Imagine for a moment that you just successfully invented the world鈥檚 first time machine, a device so powerful it could alter the course of history, economics, and even the fate of nations. The immediate question might be: Would you publicize your breakthrough or keep it quiet?

After all, going public would instantly attract the attention of governments and powerful organizations. They might seize your invention for national security reasons or pass laws making private ownership illegal. Aside from notoriety, there would be no real advantage in drawing attention to your achievement.

Now consider the things you could do with such a device. You could travel back in time and invest in companies like Apple or Amazon at their inception to amass unimaginable wealth without attracting attention. You could correct past mistakes or influence key historical moments to steer the world in a different direction. The potential power of such capabilities would far outweigh any recognition as its inventor.

The Advantage of Being First

At the very least, any formal announcement of a successful time machine would trigger a global race as every government, corporation, and research institution poured resources into building their own. Any lead you had would erode quickly. The world might descend into chaos as everyone began trying to rewrite history for their own benefit.

In track and field, the first one out of the blocks has an advantage. But in technology, the first one usually doesn鈥檛 say a word, especially when the power at stake is total.

A Familiar Pattern: Quantum Computing

Chances are you’ve heard of . It’s not just hype. It’s a radically different approach to computation based on quantum mechanics鈥oncepts like superposition and entanglement that, unless you studied physics past high school, probably feel like they belong in a Marvel movie.

The main thing to know? Quantum computers, once they reach a critical size and stability, could break the asymmetric encryption algorithms that secure the modern digital world鈥擱SA, Diffie-Hellman, Elliptic Curve. These algorithms underpin everything from email to banking, VPNs to authentication systems.

Imagine If Nothing Was Secret

If you had a powerful enough quantum computer, you could decrypt almost anything. Think about that: every secured government communication, every medical record, every financial transaction, every corporate trade secret could be unlocked.

It鈥檚 not hard to see why the first nation (or group) to get there won鈥檛 shout about it. Instead, they’ll quietly collect power, insight, and leverage.

Harvest Now, Decrypt Later

Here鈥檚 where things get particularly interesting and relevant, right now.

Say you’re a adversary, and you believe quantum computers will be ready in 5 to 10 years. Why wait to collect data then? Instead, you start sweeping up encrypted communications now. You can’t read them today, but you store them, knowing that tomorrow鈥檚 quantum machines might make them transparent.

That鈥檚 what 鈥淗arvest Now, Decrypt Later鈥� means. And it鈥檚 not theoretical. Cybersecurity agencies in the U.S. and Europe have warned that nation-state adversaries are already deploying this tactic. They’re not just hoarding missile secrets and embassy chatter鈥hey鈥檙e grabbing trade deals, source code, patent applications, and diplomatic correspondence.

Some of this data might age out and become useless. But for anything long-lived such as nuclear facility layouts, industrial R&D, legal contracts, or biometric identities, it could still matter years from now.

What This Means for IT Leaders

Even if you don鈥檛 manage security directly, you likely oversee the infrastructure, systems, and strategy that rely on public-key cryptography. That includes:

• VPNs, TLS, HTTPS, and S/MIME
• Federated identity and access controls (SAML, OAuth)
• Application backends and APIs with embedded keys
• Encrypted archival data with multi-decade retention policies

Your entire architecture is likely built on encryption you assume is unbreakable. That assumption is now on a timer.

So what should you do?

1. Inventory Where Asymmetric Encryption Is Used

Start by identifying which systems use asymmetric encryption, especially during key exchange. These are your weak links. This is harder than it sounds. Many apps bury crypto inside third-party libraries or firmware. But it鈥檚 critical groundwork.

Modern tools for software bill of materials (SBOMs) and asset discovery can help. WEI and our partner Pulsar Security recommend using passive network analysis to identify TLS handshakes, public key cryptography calls, and encrypted tunnels that may be vulnerable once quantum machines come online.

2. Think Critically About Long-Term Data

Ask your teams: 鈥淲hat encrypted data are we storing today that still needs to be secure in 2035?鈥�

If you’re in healthcare, that could be patient data. In financial services, it might be transaction logs or payment histories. In manufacturing, it could be intellectual property or confidential vendor contracts.

These datasets should be prioritized for post-quantum crypto adoption.

3. Begin Experimenting with Post-Quantum Cryptography

Here鈥檚 the good news: you don鈥檛 need a quantum computer to defend against one. NIST (National Institute of Standards and Technology) has selected a new class of 鈥渜uantum-safe鈥� encryption algorithms, like Kyber and Dilithium, that run on traditional hardware.

We鈥檙e entering a phase much like Y2K. The problem is real, the timeline is tight, but the tools to solve it already exist.

What鈥檚 the Timeline for Quantum-Safe Tools from Cloud and Tech Vendors?

The major cloud and platform providers have already started integrating quantum-resistant cryptography into their services. Microsoft, Google, and AWS are offering early access to new algorithms recommended by NIST, including Kyber and Dilithium, within their key management, TLS, and VPN ecosystems. Microsoft has introduced hybrid post-quantum TLS support in Windows 11 and . AWS is piloting quantum-safe encryption within its KMS and CloudHSM environments. While these capabilities are not fully production-ready, they are available today for testing and development use.

This is important because shifting to post-quantum cryptography is not a quick swap. It will require interoperability testing, vendor engagement, and careful alignment across infrastructure and application layers. The organizations that begin experimenting now will be far better positioned when quantum risks accelerate. IT leaders do not need to roll out a full deployment today. What matters is understanding how your environment will respond when the time comes to transition and knowing which tools and partners are already one step ahead.

The Future Isn鈥檛 All Risk

Quantum computing isn鈥檛 just a threat. It also promises breakthroughs in drug discovery, advanced materials, and climate forecasting. And it may even help build better encryption.

But for now, its first major impact will likely be felt in how we secure data and whether we鈥檙e prepared to protect it.

Next Steps: Now is the time to begin preparing, and WEI can help. Download Shawn Murphy’s tech brief, , to get started and contact our expert cyber team for questions. We leverage our proven partnerships with world-leading post-quantum encryption providers, specific to your tech stack.聽

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The growing complexity of cybersecurity threats makes traditional SOC methods less effective. The overwhelming volume of data and constant alerts can lead to analyst burnout and delayed response times. GenAI offers a solution by modernizing SOC operations, streamlining alert triage, and optimizing log management workflows.

Industry experts have highlighted , emphasizing how AI is driving SOC modernization through transformation, AI-driven applications, data modernization, and log management. We explore these insights and how GenAI for cybersecurity can help enterprise SOC teams be more efficient.

Watch: AI In The SOC – Cutting Through The Noise With GenAI And Smarter Logs

Transforming The SOC With AI

The constant influx of alerts makes it challenging for SOC teams to differentiate between genuine threats and false positives. Analysts often spend excessive time constructing queries and deciphering data, rather than addressing critical incidents.

AI in security operations speeds up threat detection by automating routine tasks. Rather than manually reviewing alerts, analysts can rely on AI-driven threat detection to identify patterns and prioritize incidents. This shift allows teams to concentrate on strategic security initiatives instead of getting bogged down in repetitive processes.

Key advantages of AI in the SOC include the following:

• Faster alert analysis: AI quickly reviews tons of past incident data and matches it with current alerts. This gives security analysts valuable context and actionable intelligence so they can quickly find the root cause of an alert, assess its potential impact, and determine the proper response. The result is drastically reduced investigation time and faster threat containment.
• Automated triage: AI-powered tools classify and prioritize threat alerts based on their severity and potential impact on the organization. Automating the triage process ensures that security analysts see the most critical and urgent threats first, allowing them to allocate their time and resources effectively. This reduces the risk of overlooking critical alerts and improves the overall efficiency of the SOC.
• Less alert fatigue: AI refines detection capabilities, thus reducing false positives. By continuously learning from past data and adapting its algorithms, AI more accurately identifies genuine threats and filters out noise, resulting in fewer alerts and improved threat detection accuracy.

As AI plays a larger role in SOC modernization, ensuring security data is properly processed before reaching analysis tools is essential. Without structure and optimization, analysts can become overwhelmed by raw data.

疯情AV that refine data processing help SOC teams focus on meaningful insights. , for example, improves data management by filtering, routing, and enriching security data before it reaches SIEM and SOAR tools. This ensures analysts work with high-value data instead of excessive, unstructured information.

Watch: WEI Roundtable Discussion – Cyber Warfare & Beyond

Practical AI Applications In The SOC

AI is becoming an integral part of SOC operations, helping teams achieve efficiency across multiple areas. From AI-driven threat detection to smarter security logs, automation is transforming the way security teams analyze data, prioritize threats, and respond to incidents. One particularly impactful application is using GenAI to simplify query generation. Analysts frequently struggle with complex queries, slowing down investigations. AI streamlines this process by enabling a conversational approach to data retrieval.

Other AI use cases in the SOC include:

• Threat hunting: AI identifies suspicious behaviors based on past attack patterns.
• Incident response: AI-powered automation speeds up remediation actions, reducing response times.
• Policy enforcement: AI ensures compliance by monitoring deviations in access logs and configurations.

Managing and analyzing vast amounts of security data is time-consuming for SOC teams, often diverting attention from critical threats. Efficient tools for query building and log analysis can help streamline this process, making it easier for analysts to access relevant insights without unnecessary delays.

One such capability comes from Cribl, which offers solutions designed to simplify data exploration. provides intelligent search and summarization tools, enabling analysts to quickly extract key insights from large datasets without manually sifting through extensive logs.

Watch: Harnessing A Diverse Talent Pipeline For Cybersecurity Personnel

Data Modernization In Security

SOC teams generate and store massive amounts of security data, but not all of it is useful and relevant. The challenge is determining what data to retain and how to store it cost-effectively.

Rather than storing everything, AI in the SOC helps create smarter security logs by filtering out unnecessary data while preserving valuable insights. This data modernization has several benefits:

• Better governance: AI categorizes data and retains only what’s relevant.
• Efficient storage: AI-driven data summarization reduces log sizes without sacrificing critical information.
• Improved query performance: Well-structured data enables faster searches and analysis.

Organizations need reliable data processing solutions while maintaining compliance. Cribl supports this with tools like Cribl Stream and , which normalize and compress security logs before storage, reducing storage demands and helping maintain compliance.

Optimizing Log Management For Efficiency

As security data expands at an estimated 28% CAGR, organizations need to reevaluate their log management strategies. AI can play a key role in security operations by summarizing logs and reducing noise, making the vast amount of data more manageable. Smarter log management strategies include:

• Log compression and truncation: AI reduces redundant data, lowering storage costs.
• Dynamic retention policies: AI prioritizes storing logs that are critical for investigations while archiving less relevant data in cost-effective storage.
• Automated data classification: AI categorizes logs based on security relevance, making retrieval easier.

For example, AI can condense large volumes of NetFlow data from switches into a concise summary of key network activity. Cribl offers tools to support these strategies, enabling organizations to refine their log management strategies. With tools that help route logs intelligently and store high-volume logs in cost-effective locations, SOC teams can avoid overwhelming their SIEM and analytics systems while maintaining access to meaningful security insights.

Final Thoughts

GenAI is reshaping security operations by automating threat detection, improving alert triage, and optimizing data management. AI-driven threat detection reduces alert fatigue, while smarter security logs help SOC teams focus on valuable insights. As enterprises face growing cyber threats, integrating AI into security operations is now a practical requirement to address sophisticated attacks and data challenges.

WEI鈥檚 team of cybersecurity experts helps organizations implement AI-driven SOC modernization strategies. From smarter log management to AI-powered automation, we guide enterprises in optimizing security workflows. If you鈥檙e looking to integrate AI-driven solutions in your SOC, reach out to WEI today and take the first step toward a more efficient security operation.

Next Steps: Protecting your organization from cyber threats requires a proactive approach and the right expertise. 

Led by WEI鈥檚 cybersecurity experts and partnering with industry leaders, our available cyber assessments provide the insights needed to strengthen your defenses. Whether you need to identify vulnerabilities, test your incident response capabilities, or develop a long-term security strategy, our team is here to help. Click here to access our assessment services. 

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Cyberattacks have grown in sophistication and frequency, so safeguarding infrastructure has never been more critical. Organizations need solutions that prioritize security, streamline operations, and adhere to zero-trust network principles.

A cyber-resilient server architecture provides the foundation for protecting, detecting, and recovering from threats. Let’s discuss how modern server platforms integrate cybersecurity and zero-trust strategies into every phase of the server lifecycle, offering a resilient foundation for today’s IT environments.

The Cybersecurity Imperative In Modern Infrastructure

Modern IT environments have grown complex, with servers deployed across on-premises, multi-cloud, and edge locations. This complexity increases the attack surface, giving cybercriminals more opportunities to exploit vulnerabilities. According to a study, global cybercrime damages are projected to reach $10.5 trillion annually by 2025.

As threats advance, businesses require secure, scalable infrastructure that anticipates and withstand the following changes:

• Sophisticated cyberattacks: Threat actors increasingly leverage automation, AI, and advanced tools to exploit vulnerabilities.
• Regulatory requirements: Compliance with dynamic cybersecurity mandates demands secure, verifiable infrastructure.
• Infrastructure security gaps: Traditional systems may lack the agility to adopt modern security frameworks like zero-trust networks.

A secure, cyber-resilient architecture tackles these challenges by embedding security into every aspect of server design, from hardware and firmware to supply chain integrity and data protection.

Core Principles Of Zero Trust

A zero-trust network assumes no entity, inside or outside the organization, is automatically trusted. Access is granted only after verification based on identity, behavior, and other risk factors. Organizations adopting this principle must ensure their servers and teams observe the following:

1. Continuous authentication and authorization: Every user, device, and process is verified before gaining access.
2. Principle of least privilege: Access is restricted to what’s necessary for each role or task.
3. End-to-end data protection: Encryption secures data at rest, in transit, and in use.
4. Real-time monitoring and response: Integrated tools detect, alert, and recover from anomalies.

The Security Advantage Across The Server Lifecycle

Creating a secure IT environment is an ongoing journey, requiring consistent vigilance and proactive measures. Dell PowerEdge Cyber Resilient Architecture addresses these needs by delivering comprehensive security controls that safeguard infrastructure at every stage of the server lifecycle:

1. Secure Development And Design

Security starts with the design of Dell PowerEdge servers. The Dell Secure Development Lifecycle ensures that hardware and firmware are developed with stringent security standards in mind. Threat modeling, penetration testing, and secure coding practices help identify and mitigate vulnerabilities early in the design phase.

Key highlights include:

• Silicon-based Root of Trust (RoT): Immutable hardware anchors that validate server integrity during the boot process.
• Cryptographically signed firmware: Protects servers from malicious code injections.
• Compliance readiness: Dell PowerEdge meets critical certifications, including FIPS 140 and standards, which provide confidence in secure deployments.

2. Supply Chain Security

Supply chain vulnerabilities can introduce counterfeit components or malware into IT infrastructure. Dell PowerEdge servers address this risk with end-to-end supply chain assurance:

• Secured component verification (SCV): Ensures that shipped servers match factory configurations with cryptographically verified certificates.
• Software bill of materials (SBOM): Provides transparency into firmware components for vulnerability assessments.
• Tamper detection: Hardware intrusion sensors log and alert administrators to unauthorized physical access.

3. Efficient Deployment And Configuration

Dell PowerEdge simplifies secure deployment with automated tools and controls. Zero-touch provisioning and secure boot processes minimize manual errors while maintaining system integrity. Features include:

• Trusted boot process: Verifies firmware authenticity using Intel Boot Guard and AMD Platform Secure Boot.
• Data encryption: Self-encrypting drives (SEDs) and Secure Enterprise Key Management (SEKM) protect sensitive data at rest.
• Dynamic USB port management: Allows administrators to disable ports to prevent unauthorized access.

4. Ongoing Security Monitoring And Management

Real-time visibility is critical to detecting and mitigating threats. Dell PowerEdge servers integrate advanced tools for monitoring server health, activity, and security status:

• BIOS live scanning: Detects unauthorized changes to BIOS in real-time.
• Persistent event logging: Tracks configuration changes, login attempts, and hardware events.
• CloudIQ integration: Provides predictive analytics and centralized monitoring across the server fleet.

These features enable IT teams to identify anomalies quickly, take corrective actions, and maintain a secure server environment.

5. Secure Decommissioning

When it’s time to retire or repurpose servers, Dell PowerEdge ensures data remains protected. Secure Erase capabilities wipe data from storage devices, preventing accidental data leaks. Options include:

• Instant secure erase (ISE): Erases data quickly and securely.
• Physical disk sanitization: Ensures drives are safe for reuse or disposal.

With these features, organizations mitigate risks associated with server decommissioning and repurposing.

Final Thoughts

Securing IT infrastructure requires a proactive, integrated approach to cybersecurity. By building zero-trust capabilities directly into its servers, Dell PowerEdge ensures that your infrastructure remains resilient, compliant, and prepared for modern challenges.

At WEI, our team of experts specializes in helping organizations deploy secure, efficient, and resilient IT solutions. With expertise in server architecture and cybersecurity best practices, WEI can help you design and implement a zero-trust strategy that aligns with your business goals. Contact WEI today to learn how Dell PowerEdge Cyber Resilient Architecture can protect your organization’s IT infrastructure and enhance your cybersecurity posture.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

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Today’s fast-paced demands of cybersecurity require a workforce that is both highly skilled and diverse. However, many large and medium enterprises face ongoing challenges in attracting and retaining cyber talent. Economic uncertainties have led to hiring slowdowns and cutbacks, despite the rising need for cybersecurity due to increasing threats. Key skills in demand include programming, threat analysis, and cloud security, with soft skills like communication also being crucial. Upskilling and internal training are highlighted as strategies to address workforce gaps.

Recognizing these challenges, WEI has partnered with CyberTrust Massachusetts while also creating an innovative solution: This apprenticeship service not only addresses the critical need for skilled cybersecurity professionals but also fosters a more inclusive IT environment. Companies are increasingly valuing diversity in IT and cybersecurity teams, recognizing that diverse perspectives enhance problem-solving in the face of evolving digital threats.

Watch: Harnessing A Diverse Talent Pipeline For Cybersecurity Personnel

Why The WEI Apprenticeship Offering Stands Unique

Graduates from the CyberTrust program who enroll in the WEI Technical Apprenticeship benefit from a smoother transition from academia to the corporate world. Our cyber apprenticeship program stands out by prioritizing attitude and aptitude over existing skill sets, ensuring that we equip individuals with the necessary skills through role-specific and tech stack-specific training. Unlike other programs that focus on generic tech stacks, our training aligns directly with the technology actually deployed by the customer.

The program follows an iterative process combining on-the-job training with classwork, allowing apprentices to absorb and apply material in real-world settings, ensuring a deeper understanding and practical application. Additionally, we provide comprehensive mentoring for both apprentices and hiring managers to facilitate early course corrections and maximize program success.

To integrate WEI’s apprenticeship service into their existing talent development strategies, clients can leverage it to fill difficult early-career roles in niche or emerging technologies, establish a reliable entry-level technical talent pipeline, and enhance their team’s skills by incorporating apprenticeship training into their broader upskilling initiatives. Furthermore, the program can support a targeted Diversity, Equity, and Inclusion (DEI) hiring strategy, helping clients build a more diverse and skilled workforce tailored to their specific technological needs.

WEI’s proven apprenticeship service features a four-step process designed to ensure the successful transition of apprentices into full-time cybersecurity roles. There is zero obligation from the client to hire the apprentice to a full-time position, although that is the case in 99% of our engagements. Here’s how it works:

1. Identify Apprenticeship Plan & Expectations: WEI collaborates with the client to develop a role-specific apprenticeship plan, identifying expectations and recruiting individuals with the potential to excel in cybersecurity careers. This step aims to tap into underutilized talent pools, fostering a more inclusive workforce.
2. Hire Apprentice: Candidates undergo a job suitability assessment and participate in client interviews. While they may not possess all the required skills initially, their attitude and aptitude are key factors in the hiring decision. WEI then provides essential technical training.
3. Deliver Development Plan: Apprentices are paired with experienced cybersecurity professionals who offer guidance, support, and career development opportunities. This mentorship is crucial for shaping the trainees’ professional growth and ensuring a smooth transition into the workforce. This phase often lasts 12 months.
4. Transfer Apprentice to Full-time Employment: Upon successful completion of the program, apprentices are offered full-time positions with the client. This commitment helps bridge the cybersecurity skills gap and strengthens the regional cybersecurity landscape. As mentioned above, clients are not obligated to hire the apprentices, but WEI does boast a 99% success rate in job placements.

Addressing the Cybersecurity Skills Gap With CyberTrust Massachusetts

At WEI’s recent renowned cyber thought leader Rick Howard said the perception of a cyber staffing shortage actually has more to do with the mismanagement of existing talent within many enterprises.

“In my opinion, we don’t have a shortage of new talent coming into the field,” said Howard. “There’s lots of training programs for that. When you’re a security manager hiring a disposition manager, you’re not looking for the new talent, though. They are looking for the person with 25 years of experience and 17 certifications that they can pay them $150 an hour for. That’s why when you hear everyone say there’s a shortage of cybersecurity professionals, there’s not. As a profession, we manage it poorly. We don’t bring in new talent and train them up the scale. We try to find the unicorns, the super stars, and we don’t pay attention to all that stuff. That’s a complete mindset that needs to change in our industry if we are going to fix that problem.”

Watch: WEI Cyber Warfare Roundtable Discussion

Identifying and sustainably developing tomorrow’s IT talent is more pertinent than ever. That’s why WEI’s partnership with CyberTrust Massachsuetts comes at a time when many organizations are struggling to retain and upskill IT personnel. WEI is working to help customers alleviate this challenge by offering the apprenticeship.

The collaboration leverages the state-of-the-art Cyber Range at Bridgewater State University (BSU), where students and interns can simulate real-world cyberattacks, test defense strategies, and hone their skills in a controlled environment. CyberTrust is also affiliated with the Center For Cybersecurity Education at MassBay Community College and will also be leveraging an additional cyber range at Springfield Technical Community College later in 2024.

Our leaders at WEI passionately champion diversity by actively fostering inclusive practices and building strategic partnerships. Our DEI initiatives aren’t just about avoiding pitfalls, it’s about embedding diversity as a core value that fuels innovation across our business. CyberTrust’s comprehensive approach ensures that students receive both theoretical and practical training, making them well-equipped to handle real-world cybersecurity challenges.

Supporting a Sustainable Talent Pipeline

The sustainability of the cybersecurity talent pipeline is crucial for the long-term success of any enterprise. With WEI and CyberTrust Massachusetts, organizations can:

• Invest in Continuous Learning: Support ongoing training and development to keep pace with the evolving cybersecurity landscape.
• Foster Culture of Inclusivity: Create an environment where diverse talents can thrive and contribute to the organization’s success.
• Strengthen Community Relations: Engage with local educational institutions and community programs to build a robust talent pipeline.

The WEI Technical Apprenticeship for Diverse Candidates focuses on developing a comprehensive set of technical and soft skills that are essential for success in the cybersecurity field. Here’s a proven breakdown of some learned technical skills:

Network Security: Apprentices learn to design, implement, and manage security measures for network infrastructure. This includes configuring firewalls, intrusion detection systems, and other security protocols to protect data and prevent unauthorized access.

Cloud Security: Training covers security practices for various cloud environments, including public, private, and hybrid clouds. Apprentices learn about cloud security frameworks, identity and access management (IAM), and how to secure data in transit and at rest.

Security Operations Center: Apprentices gain hands-on experience in a SOC environment, learning to monitor networks for security breaches, analyze security incidents, and implement response strategies. This includes familiarity with security information and event management (SIEM) tools.

Incident Response: Apprentices are trained in incident detection, response, and recovery processes. They learn to develop and execute incident response plans, conduct forensic investigations, and report on security incidents.

Risk and Compliance Management: Apprentices learn about regulatory requirements and frameworks such as GDPR, HIPAA, and NIST. They are trained to conduct risk assessments, implement compliance controls, and ensure that security practices meet legal and regulatory standards.

Vulnerability Management: This includes identifying, assessing, and mitigating security vulnerabilities in software and hardware. Apprentices learn to use vulnerability scanning tools and develop remediation plans.

Endpoint Security: Training covers the deployment and management of security measures on endpoint devices such as computers, smartphones, and tablets. Apprentices learn to protect these devices from malware, unauthorized access, and other threats.

Penetration Testing: Apprentices are introduced to penetration testing techniques to identify and exploit vulnerabilities in systems and networks. They learn to use tools like Metasploit, Wireshark, and Nmap.

Data Protection: Apprentices learn about data encryption, data loss prevention (DLP) strategies, and secure data handling practices to protect sensitive information.

DevOps Security: Training includes integrating security practices into the DevOps process, ensuring that security is considered at every stage of the software development lifecycle.

Conclusion

The in partnership with CyberTrust Massachusetts, provides a comprehensive solution to the ongoing challenges of talent shortages and lack of diversity in cybersecurity. By adopting this program, medium and large enterprises can ensure a steady flow of skilled, diverse cybersecurity professionals who are well-prepared to meet the demands of the industry. This initiative not only benefits the participating companies but also contributes to a more secure and inclusive digital ecosystem.

Next Steps: To learn more, please contact or anyone from the WEI cybersecurity team to learn more on how we can help build you a sustainable IT talent pipeline for cybersecurity-based roles.

In the meantime, please download and read this original WEI white paper, As a SOC leader, you have the option to modernize your security approach by incorporating AI and ML technologies. AI-enabled security solutions are designed to directly address the challenges posed by gaps in knowledge, unfilled expert roles, growing digital footprints, and the rapidly evolving threat landscape, as adversaries also harness AI for nefarious purposes.

The post Build Your Cybersecurity Talent Pipeline With WEI’s Technical Apprenticeship For Diverse Candidates appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The Internet browser has become an indispensable tool in the modern workplace – even outperforming other commonly used software like Microsoft Office or the CRM apps commonly found in corporate settings. However, traditional browsers weren’t designed with enterprise needs in mind; they were built for consumers, focusing on shopping, streaming, and social media. This challenge forces IT teams to develop a browser cybersecurity strategy, resulting in a complex, fragile, and costly environment that often frustrates users with delays and disruptions.

Imagine a browser built specifically for enterprises, a tool designed to meet the unique security, IT, and productivity demands of organizations while maintaining the familiar user experience. This is the promise of the enterprise browser, a secure-by-design solution that offers solid protection and a simplified and cost-effective platform, all while delivering a seamless and efficient experience for employees. In this article, we explore the value of the enterprise browser and share implementation insights for organizations considering this technology as a core component of their cybersecurity strategy.

What Is An Enterprise Browser?

Enterprise browsers are specialized web solutions built to meet the specific requirements of businesses, unlike traditional consumer browsers. They integrate reliable security measures, centralized IT controls, and performance enhancements into the core browsing experience.

predicts that enterprise browsers or extensions will play a role in about 25% of web security scenarios in the near future, making them essential for organizations aiming to enhance their cybersecurity strategies. By offering security, adaptability, compatibility, and cost-effectiveness in a single platform, these browsers empower businesses to create a secure and efficient work environment.

Eight Enterprise Browser Use Cases

As part of a comprehensive cybersecurity strategy, an enterprise browser addresses various challenges and has the potential to transform your organization’s digital workspace through the following benefits:

1. Solve The SaaS Data Leakage Problem

The shift to software-as-a-service (SaaS) and web applications has exposed critical data and workflows to consumer browser vulnerabilities. To mitigate these risks, organizations have traditionally relied on a patchwork of tools which is often ineffective and complicated.

An enterprise browser offers a fundamentally different approach to cybersecurity. By securing data directly within SaaS and web applications, it eliminates the need for multiple, and often contrasting, security solutions. Businesses can benefit from the following capabilities:

• Granular Access Control: Protect any application’s specific pages, workflows, and data through seamless IdP integration. For example, secure legacy in-house web applications with multi-factor authentication (MFA) without requiring code modifications.
• Comprehensive Data Protection: Control how data moves within and outside applications. Prevent sensitive information, such as customer records, from being inadvertently shared or copied.
• Conditional Access: Ensure devices meet stringent security requirements before granting access to critical SaaS applications. Continuously assess devices for factors like patch levels, disk encryption, and endpoint protection status to enforce a strong security posture.

Organizations gain a closed-loop system where security and access policies can be enforced consistently across all applications. This results in reliable data protection without compromising user experience or IT complexity.

2. A Radical And Sensible Departure From VDI

Many organizations have turned to virtual desktop infrastructure (VDI) to provide remote access to critical applications. However, VDI often introduces substantial costs, complexity, and user frustration.

An enterprise browser offers a modern, secure, and efficient alternative. Organizations can significantly reduce VDI reliance, thereby reducing costs, and enhancing user experience. Key features of include:

• Data segregation and application isolation: Enterprise browsers protect sensitive data by isolating it from the device. For example, when used on unmanaged devices, it can prevent data from being saved, downloaded, or copied from enterprise applications.
• Remote access capabilities: Enterprise browsers enable secure remote access to internal enterprise resources without requiring a separate virtual private network (VPN) client, supporting hybrid and remote workforces.
• Broad application support and native user experience: Enterprise browsers support a wide range of applications, including web applications, secure shell (SSH) access, and remote desktop protocol (RDP) sessions, without the performance penalties associated with virtualization.

3. Zero Trust Integration

Zero trust is a critical security model that shifts focus from static network perimeters to user identity, device health, and restricted resource access.

Unlike consumer browsers, an enterprise browser actively incorporates zero trust practices directly into the browser environment, where most application and data access occurs. This approach strengthens enterprise browser security and aligns with the overall cybersecurity strategy.

To effectively implement a seamless and end-to-end zero trust experience, an enterprise browser must possess the following key capabilities:

• Verify user identity: An enterprise browser natively integrates with your Identity Provider (IdP) and offers customizable multi-factor authentication (MFA) options for accessing sensitive applications.
• Assess device posture: The enterprise browser evaluates device security configurations, including OS patch levels, disk encryption, and the presence of Mobile Device Management (MDM) and Endpoint Detection and Response (EDR) agents, network connection, and location.
• Enable zero trust network access (ZTNA): The enterprise browser establishes a secure ZTNA connection to private applications only after validating user identity, device posture, and application access permissions.

4. Third-Party Access Management

As organizations expand their workforce through contractors or business process outsourcing (BPOs), ensuring efficient and secure access becomes a critical challenge. Managed laptops or virtual desktops are usually the solutions, but these often introduce significant costs, delays, and user frustrations.

An enterprise browser provides a streamlined alternative. Organizations can rapidly grant access by enabling contractors to use their existing devices while maintaining complete control over enterprise browser security and data. Unlike virtual desktops, these eliminate performance bottlenecks and simplify administration.

Enterprise browsers offer several key benefits:

• Ease of deployment: Contractors can independently install the enterprise browser on their devices without IT intervention, streamlining the onboarding process.
• Data protection: Application and data boundaries prevent sensitive information leakage through actions like copying, pasting, screenshots, or downloads.
• Seamless connectivity: Integrated zero-trust network access allows contractors to securely connect to private applications without complex configurations.

By adopting an enterprise browser as part of your cybersecurity strategy, you can balance productivity and protection, mitigating risks associated with third-party access.

5. Building Data Loss Prevention

Modern work environments extend beyond the office, involving unmanaged devices, networks, and a growing array of SaaS and web applications. However, legacy data loss prevention (DLP) platforms are not equipped for these conditions.

The enterprise browser embeds data loss protection within the platform, creating a more effective and efficient cybersecurity strategy tailored to diverse work settings and businesses. The following features ensure enterprise browser security and protect sensitive information from unauthorized access and leakage:

• Application and data boundaries: Enterprise browsers keep sensitive data within defined enterprise applications, preventing leakage through any means of egress. For example, employees handling sensitive financial records can transfer data between various financial reporting applications. However, an enterprise browser prevents this data from being moved to personal emails or downloaded to desktops.
• Data masking: Enterprise browsers hide sensitive data on a page until it is needed. For instance, customer support staff see redacted personal contact information, which they can selectively unmask if necessary to resolve an issue. Each unmasking event and the user who viewed it is logged for auditing purposes.
• DLP detectors: Enterprise browsers detect and flag sensitive data to prevent leakage, regardless of the application it originates from. For example, they can detect attempts to download files containing credit card numbers or social security numbers, preventing leakage and alerting internal review teams.

6. Integrating Apps From Mergers, Acquisitions, And Divestitures

Merging or acquiring another company can be complex, as integrating IT systems alone can take months or even years. This could hinder communication and collaboration precisely when they are most crucial.

An enterprise browser can accelerate this integration by addressing key pain points during a merger and acquisition:

• Providing immediate and extensive access to all private and internal applications, resources, and communication tools across diverse networks – all while enforcing consistent IT and security policies such as ZTNA, thus bypassing VPN or infrastructure changes
• Allows new employees to use their personal laptops or other devices to seamlessly connect with their colleagues.

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion

7. Adaptability And Compatibility With Various Devices

With the rise of remote work, enterprise browsers have become essential for enabling secure access to applications from any location. Additionally, these offer a flexible solution for employees who frequently use personal devices at work to enable secure access to company resources while keeping personal data separate. This capability provides a more user-friendly and cost-effective alternative to traditional VPN or VDI solutions, making enterprise browsers a key component of a modern cybersecurity strategy.

These browsers are built on the Chromium engine, the same technology that powers Chrome, Edge, Brave, and other popular consumer browsers. They support a wide range of web applications, including SaaS platforms, internal web apps, and legacy applications. This broad compatibility ensures a seamless user experience and new employee onboarding across different tools and systems. Additionally, new applications can be introduced to the workforce effortlessly, eliminating the need for complex installations.

8. Support Continued Operations During Security Incidents

To contain cyber threats, IT teams often shut down endpoints and disable network segments during incident response. This forces employees to halt work or use alternative devices, causing significant business disruptions.

The enterprise browser empowers staff to maintain uninterrupted operations during severe cybersecurity incidents by enabling self-service installation on personal devices or other hardware. This allows employees to access critical communications and business applications instantly, strengthening the overall cybersecurity strategy.

Moreover, the security features of an enterprise browser automatically adapt to device conditions, which is important in safeguarding against data breaches. This centralized management also streamlines incident response and facilitates a gradual restoration of business operations.

Enterprise Browser Deployment Experience

Deploying an enterprise browser built on the Chromium engine can be streamlined for compatibility with a wide range of web applications. The deployment process typically involves the following steps:

1. Planning and assessment: IT teams assess the organization’s current infrastructure and identify which security and productivity tools can be integrated into the enterprise browser. This step ensures that the deployment will meet the organization’s specific needs.
2. Configuration and customization: The enterprise browser is configured to align with the organization’s security policies, access controls, and productivity requirements. Customizations might include branding the browser with the organization’s logo or setting up specific workflows and automation.
3. Deployment: The browser is deployed across the organization through a centralized management console or by allowing users to self-install on their devices. This flexibility ensures the deployment can scale according to the organization’s size and needs.
4. Monitoring and support: Post-deployment, IT teams monitor browser activity to ensure compliance with security policies and gather data to optimize performance. The centralized management console allows for quick adjustments and updates, ensuring the browser remains aligned with evolving organizational needs.

Final Thoughts

While developing a basic browser might seem simple, creating a truly reliable enterprise-grade solution requires more than just the software. It demands a vendor who can provide a comprehensive suite of supporting services, exceptional customer support, and unparalleled scalability.

Choosing the right enterprise browser vendor is crucial for ensuring a resilient cybersecurity strategy. Organizations should look for vendors with extensive experience, comprehensive security features, mobile compatibility, a user-friendly interface, and flexible deployment options.

Fortunately, WEI and our team of experts – together with the enterprise browser expertise and resources of – provide a tailored solution that recognizes businesses’ specific cybersecurity hurdles. Contact our cyber experts today to learn how our approach can significantly enhance your overall cybersecurity strategy.

Next Steps: WEI provides enterprises with increased visibility at all touch points of the IT estate, and that includes at the edge and applications within the data center. How can we help your enterprise with its current and future cybersecurity architecture? Contact our team to get started.

The post Why The Enterprise Browser Is Key To A Strong Cybersecurity Strategy appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Cybersecurity has become one of the most critical aspects of modern business operations, especially for IT executives tasked with safeguarding their organization’s digital assets. As cyber threats evolve in complexity and scale, understanding their progression and learning from past incidents is crucial for building resilient defenses. The insights shared during WEI’s recent event provide IT security leaders a valuable perspective on the major cybersecurity incidents of our time and how they have shaped current strategies.

Understanding Major Cybersecurity Incidents

Several high-profile cybersecurity incidents have dramatically influenced the cybersecurity landscape. Two notable examples are the SolarWinds and Colonial Pipeline attacks. These events not only exposed significant vulnerabilities but also underscored the importance of robust cybersecurity practices and the need for continuous evolution in defense strategies.

SolarWinds Attack

The SolarWinds attack, first identified in 2020 and regarded as one of the most sophisticated cyber espionage campaigns ever seen, was a stark reminder of the vulnerabilities inherent in supply chain security. In this attack, Russian hackers infiltrated SolarWinds’ software development process, embedding a backdoor into a widely used network management tool, Orion. This malicious code was distributed to thousands of SolarWinds customers, including several U.S. government agencies and Fortune 500 companies.

Although the SolarWinds event took place four years ago – an eternity in the cyber world – the lessons learned from this incident still carry heavy weight, which are explained in greater detail later in this article. The implications of this breach highlighted the need for organizations to scrutinize their supply chains and enforce stringent security measures throughout. Additionally, it emphasized the importance of having robust incident response plans and advanced threat detection capabilities. Organizations had to reassess their security postures and adopt a zero-trust approach to mitigate such risks in the future.

Colonial Pipeline Ransomware Attack

The Colonial Pipeline ransomware attack demonstrated the crippling potential of cyber threats on critical infrastructure. In May 2021, a ransomware group named DarkSide targeted Colonial Pipeline, one of the largest fuel pipelines in the U.S. The attack forced the company to shut down its operations, leading to fuel shortages and highlighting the vulnerability of essential services to cyberattacks.

This incident underscored the importance of not only protecting IT networks but also securing operational technology (OT) environments. It drove home the necessity for cross-sector collaboration between government and private entities to safeguard critical infrastructure. Moreover, it spurred discussions on the role of regulatory frameworks and the need for organizations to develop robust cyber resilience strategies, including comprehensive backup and recovery plans.

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion

Key Lessons Learned, According To Cyber Thought Leader Michael Sikorski

WEI’s Cyber Warfare & Beyond roundtable discussion featured several prominent panelists to offer their take on the geopolitical landscape and how cybersecurity fits into that equation. Among them was Chief Technology Officer of Palo Alto Networks’ Unit 42, Michael Sikorski. Known as “Siko” in cyber circles, the highly respected thought leader and colleague of mine offered several key lessons from these events for IT executives to consider when enhancing their cybersecurity posture. They include:

1. Investing in Advanced Threat Detection and Response
   

Advanced persistent threats (APTs) and sophisticated ransomware attacks require equally advanced detection and response capabilities. As WEI has emphasized its “Left of Bang” approach to cybersecurity in the past, investing in next-generation security tools, such as artificial intelligence (AI) and machine learning (ML) driven solutions, can help organizations detect anomalies and respond to threats in real-time. Endpoint detection and response (EDR) and extended detection and response (XDR) solutions are becoming increasingly vital in this regard.

To expand on XDR, the solution is typically capable of working across all valuable data sources, including network, endpoint, cloud, and identity, to deliver a unified view of the attack landscape. It integrates this valuable data to help analysts expose complex attack patterns by breaking down siloes.

The solution, when optimally deployed, uses the latest threat data combined with powerful ML and analytics to provide key insights into system behavior, network traffic, and user activity. By integrating multiple endpoint security tools, it allows security teams to address the full scope of security operations without deploying additional software or hardware.

2. Importance of Supply Chain Security
   

The SolarWinds attack was a wake-up call regarding the security of supply chains. Organizations must extend their cybersecurity practices beyond their internal networks to include third-party vendors and partners. Implementing rigorous security assessments and continuous monitoring of supply chain partners is crucial. Additionally, organizations should adopt a zero-trust approach, assuming that any component of their supply chain could be compromised and planning their defenses accordingly.

“There’s another SolarWinds (breach), multiple SolarWinds out there that we don’t know about yet,” said Sikorski. “And I think that we need to think about the building of software that gets distributed to these companies as a national security issue. And until we do that and think about how to get the production, worry about the supply chain down, the risk is just going to get bigger and bigger.”

WEI Webinar: Cloud App Protection Using Code To Cloud Intelligence With Prisma Cloud

3. Need for Comprehensive Incident Response Plans
   

Both the SolarWinds and Colonial Pipeline incidents highlighted the importance of having a well-defined incident response plan. Such plans should include clear protocols for detecting, responding to, and recovering from cyber incidents. Regularly testing these plans through simulations and drills can help ensure that all stakeholders are prepared to act swiftly and effectively in the event of a breach.

Combining our mentioned left-of-bang approach with right-of-bang technologies creates a stronger incident detection and response system. The left-of-bang mindset focuses on preventing attacks, while the right-of-bang approach analyzes post-attack data to improve prevention strategies. Information from post-attack analysis, such as how the attack occurred and specific threat indicators, enhances situational awareness and helps prevent future incidents. IT security leaders should aim to disrupt any indicator of an attack early on, as early detection and prevention are the most effective strategies.

4. Embracing a Zero Trust Architecture
   

The Zero Trust model, which assumes that threats could exist both inside and outside the network, is becoming a cornerstone of modern cybersecurity strategies. This approach involves continuously verifying the identity and integrity of devices, users, and applications accessing the network. Implementing Zero Trust principles can help organizations limit the potential impact of breaches and enhance overall security.

WEI, a leader in network security, has embraced Zero Trust as a core guiding principle even before the term was coined. WEI focuses on robust segmentation and micro-segmentation strategies to minimize the impact and blast radius of attacks. While no single product can deliver Zero Trust, WEI prioritizes Zero Trust network access (ZTNA) solutions to ensure clients have secure access to critical applications.

5. Enhancing Collaboration and Information Sharing
   

Cyber threats often transcend organizational boundaries, making collaboration and information sharing vital. Public-private partnerships, like those seen in the response to the Colonial Pipeline attack, can enhance collective cybersecurity efforts. Organizations should participate in information sharing and analysis centers (ISACs) and other industry groups to stay informed about emerging threats and best practices.

6. The Role of Cybersecurity Leadership
   

For IT executives, these lessons underscore the need for proactive leadership in cybersecurity. As stewards of their organizations’ digital security, IT leaders must advocate for and implement comprehensive cybersecurity strategies that address both current and emerging threats. This involves not only investing in the right technologies but also fostering a security-first mindset across the organization.

Additionally, IT executives should lead efforts to identify and mitigate risks before they materialize into full-blown incidents. This involves conducting regular risk assessments, vulnerability scans, and penetration testing to identify and address weaknesses in the organization’s defenses. By taking a proactive approach to risk management, IT leaders can reduce the likelihood of successful cyberattacks.

7. Strategic Investment in Cybersecurity
   

Allocating sufficient resources to cybersecurity is essential. IT executives must ensure that their organizations invest in the latest security technologies and maintain up-to-date defenses. This includes not only purchasing advanced security tools but also investing in ongoing training and professional development for cybersecurity staff.

Conclusion

The evolution of cybersecurity threats demands constant vigilance and adaptation. High-profile incidents like the SolarWinds and Colonial Pipeline attacks have provided valuable lessons that can guide IT executives in strengthening their organizations’ defenses. By focusing on these proven strategies, organizations can better protect themselves against the ever-changing landscape of cyber threats.

As cybersecurity continues to evolve, the role of IT executives in leading these efforts is more critical than ever. Through proactive risk management, strategic investment, and effective stakeholder engagement, cybersecurity leaders can ensure that their organizations are well-prepared to face the challenges of today and tomorrow. Contact WEI’s proven cybersecurity experts if you would like to learn how your enterprise can conduct any of these strategies more efficiently.

Next Steps: Palo Alto Networks’ commitment to developing a groundbreaking solution for modern SOCs has culminated in the creation of a new security platform, Cortex XSIAM. This next-gen platform is designed to propel SOCs beyond the capabilities of traditional SIEM systems, setting a new standard in the industry.

o learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

The post The Evolution of Cybersecurity Threats: Lessons from the Frontlines appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Today’s interconnected world means cybersecurity is no longer a concern that is confined to just the realm of IT departments and tech companies. It has become a critical aspect of global geopolitics, influencing international relations, national security, and economic stability. For IT security leaders at medium and large enterprises, understanding the geopolitical implications of cybersecurity is an important component to developing a resilient cyber strategy.

Echoing thoughts that were shared at WEI’s recent Cyber Warfare & Beyond event, let’s explore the intersection of cybersecurity and geopolitics, highlighting best practices for IT security leaders to navigate this complicated environment. Panelists that joined WEI for this powerful roundtable discussion were former U.S. Ambassador to Ukraine Marie Yovanovitch, Palo Alto Networks Unit 42 Chief Technology Officer, Michael Sikorski, and N2K Chief Security Officer and Chief Analyst at The CyberWire, Rick Howard.

The Geopolitical Impact on Cybersecurity

As recent history has demonstrated, geopolitical tensions significantly impact cybersecurity, and vice versa. Nation-states often engage in cyber warfare, targeting each other’s critical infrastructure, government agencies, and private companies. As we’ve seen, such attacks are not just about data theft as they are also designed to disrupt essential services, causing widespread economic and social disruption. While cyberattacks have occurred for decades, their appearances in mainstream media are much more prevalent as events are growing in severity and frequency.

For instance, the increasing rivalry between major powers like the United States, China, North Korea, and Russia has led to a surge in state-sponsored cyberattacks. These attacks are often sophisticated, leveraging advanced persistent threats (APTs) to infiltrate networks, gather intelligence, and sabotage operations. Such activities underscore the need for IT security leaders to be in their cybersecurity efforts.

Photo: Former US Ambassador to Ukraine Marie Yovanovitch and cyber thought leader Michael Sikorski share a thought during WEI’s Cyber Warfare & Beyond roundtable discussion on June 20, 2024.

“We’re in a world that is changing with lots of threats out there, and everyone in the cyber community is very well aware of those threats that are coming from criminal actors as well as (nation-state adversaries),” Ambassador Yovanovitch remarked at the WEI Cyber Warfare & Beyond roundtable discussion. “The actions that we take now are going to determine the kind of world we’re living in in the future.”

The Rise of State-Sponsored Cyberattacks

State-sponsored cyberattacks are typically aimed at achieving strategic objectives, such as gaining a competitive economic advantage, undermining political stability, or demonstrating technological prowess.

For example, the 2017 WannaCry ransomware attack originating out of North Korea, compromised over 200,000 computers across 150 countries, causing billions of dollars in damage. Similarly, the SolarWinds hack in 2020, believed to be orchestrated by Russian intelligence, compromised multiple U.S. government agencies and numerous private companies, highlighting the far-reaching consequences of such breaches.

WEI roundtable panelist Michael Sikorski, a renowned cyber thought leader, was part of the incident response team to both the SolarWinds and Colonial Pipeline hacks. Sikorski emphasized that the serious degree of these infrastructure hacks is what prompted President Joe Biden to issue an executive order to enhance American cybersecurity defenses. This included efforts to improve collaboration between public and private sectors and to establish more robust security protocols across critical infrastructure.

“We need to think about how we are going to train up our students, our young generation to provide that capability,” said Sikorski. “The cyber war is only getting closer and closer as it creeps up, especially as we see (our nation-state adversaries) hacking the critical infrastructure.”

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion

The Role of International Collaboration

According to the panelists, international collaboration is crucial in combating cyber threats that transcend national borders. Organizations like the United Nations and NATO are increasingly focusing on cybersecurity, promoting norms and best practices for responsible state behavior in cyberspace. Meanwhile, IT security leaders should stay informed about these international efforts and participate in information-sharing initiatives to enhance their cyber defenses.

“I’m glad we are having these conversations here in government circles and industry circles,” Ambassador Yovanovitch said. “We are being tested and we need to be thinking hard about what we are going to do when one-too-many buttons have been pushed and when that magical threshold gets crossed.”

Watch: Harnessing A Diverse Talent Pipeline For Cybersecurity Personnel

Best Practices for a Resilient Cyber Strategy

As digital operating models advance and threat actors become more sophisticated, the need for a modern security operations center (SOC) is clear. SOC analysts are recognizing the benefits of integrating automation and analytics into their systems, as potential threats can be detected sooner and swiftly responded to for minimal impact. This “Left of Bang” approach, something WEI has documented and preached to our network in the past, helps organizations strengthen their overall cybersecurity posture and prevent costly incidents before they occur.

Given the geopolitical landscape, IT security leaders must adopt a multi-faceted approach to cybersecurity. Here are some best practices that were discussed at the roundtable to help an enterprise build a proactive and resilient cyber strategy:

1. Comprehensive Risk Assessment
   

Conducting a comprehensive risk assessment is the first step towards developing a proactive cyber strategy. This involves identifying what the attack surface is of your entire IT environment, identifying critical assets, assessing potential threats, and evaluating known vulnerabilities.

2. Implementing Multi-Layered Defense
   

A multi-layered defense strategy, often referred to as defense in depth, is essential to protect against sophisticated cyber threats. This concept includes:

• Perimeter Defense: Firewalls, intrusion detection systems (IDS), and intrusion prevention systems (IPS) to protect against external threats.
• Internal Security: Network segmentation, access controls, and encryption to safeguard sensitive data within the organization.
• Endpoint Protection: Anti-malware solutions, endpoint detection and response (EDR), and regular patching to secure devices.
• Behavioral Monitoring: Continuous monitoring and anomaly detection to identify and respond to suspicious activities.

3. Advanced Threat Detection and Response
   

Investing in advanced threat detection and response capabilities is crucial to mitigate the impact of cyberattacks. SOCs equipped with artificial intelligence (AI) and machine learning (ML) can enhance the ability to detect and respond to threats in real-time. AI-driven tools can analyze vast amounts of data to identify patterns and anomalies that may indicate a cyberattack.

4. Supply Chain Security
   

Supply chain attacks, where cybercriminals target third-party vendors to infiltrate an organization, are on the rise. IT security leaders should implement stringent supply chain security measures, including:

• Vendor Risk Assessments: Evaluating the security posture of third-party vendors and requiring them to adhere to the organization’s security standards.
• Continuous Monitoring: Regularly monitoring the supply chain for vulnerabilities and suspicious activities.
• Secure Procurement Practices: Ensuring that all hardware and software procured meet stringent security requirements.

5. Employee Training and Awareness
   

An organization’s cyber posture is only as strong as its weakest link. And to no surprise, human error remains one of the weakest links in an enterprise’s overall cybersecurity posture. Regular training and awareness programs can help employees recognize and respond to potential cyber threats. Topics should include phishing awareness, safe internet practices, and the importance of strong, unique passwords.

6. Incident Response Planning
   

An effective incident response plan is critical to minimize the damage caused by cyberattacks. This plan should outline the steps to be taken in the event of a security breach, including communication protocols, roles and responsibilities, and procedures for containment, eradication, and recovery.

7. Regular Security Audits and Assessments
   

Regular security audits and assessments help identify and address vulnerabilities before they can be exploited. These assessments should include penetration testing, vulnerability scanning, and compliance checks to ensure that the organization’s security measures are up to date and effective.

Building a Culture of Security

Creating a culture of security involves more than just implementing technical controls. It requires buy-in from the entire organization, from top management to frontline employees. This can be achieved through:

• Executive Support: Gaining commitment from top executives to prioritize cybersecurity and allocate necessary resources.
• Clear Policies and Procedures: Establishing clear and enforceable cybersecurity policies and procedures.
• Continuous Education: Providing ongoing education and training to keep employees informed about the latest threats and best practices.
• Encouraging Reporting: Encouraging employees to report suspicious activities and potential security incidents without fear of repercussions.

Staying Ahead of Emerging Threats

The cyber threat landscape is constantly evolving, with new threats emerging regularly. IT security leaders must stay ahead of these threats by:

• Threat Intelligence: Leveraging threat intelligence to stay informed about the latest attack vectors and tactics used by cybercriminals.
• Research and Development: Investing in research and development to explore new security technologies and methodologies.
• Industry Collaboration: Participating in industry groups and forums to share knowledge and best practices.

Conclusion

IT security leaders must recognize the importance of holistic asset management and Zero Trust principles as foundational elements of their cyber strategy. If there was anything to take away from WEI’s powerful Cyber Warfare & Beyond event, it’s that IT leaders must realize that without a clear understanding of their systems, endpoints, users, and applications, establishing an effective security program is impossible.

Zero Trust has been a core principle at WEI for 35 years, demonstrating its efficacy in creating secure networks. Additionally, SOC modernization is highlighted as a vital area for reducing detection and resolution times, with WEI’s expertise ensuring that security operations are agile and responsive. By adopting a proactive approach to cloud security through practices like “shift left and shield right,” IT security leaders can better protect their organizations.

“We are at a hinge moment in history,” said Ambassador Yovanovitch. “There are a lot of threats out there. There are a lot of challenges, and we need to be on top of it. We need to figure out how to go forward so that our interests and our values are taken into account. There’s no roadmap for how to do this whether it is on the cyber front or the diplomatic front or the military front. But the other part of this is there are a lot of opportunities as well, so it really matters that we get this right. And I think we can.”

Next Steps: Following a cyber incident, cybersecurity teams often resort to their data sources to identify how the incident transpired. While analyzing these data sources, a critical question must be asked what prevented cyber personnel from stopping the cyberattack in real time? 

In this data-driven era, cybersecurity practices have increasingly focused on the prevention phase, made possible by leveraging the data already present in a cybersecurity environment. Prevention is your first line of defense, it is time to leverage its power and potential.

to learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

The post Cybersecurity And The Geopolitical Landscape: What IT Security Leaders Need To Know appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The enterprise cybersecurity landscape is currently undergoing a significant transformation. Server platforms are evolving into complex ecosystems with numerous components relying on firmware for configuration and orchestration. This complexity is further compounded by the exponential growth in data generation, both in speed and volume, which is often geographically dispersed, creating additional challenges for management and security.

The expanding attack surface resulting from these digital transformation efforts has elevated data privacy and cybersecurity in companies to the forefront of concerns. IT professionals now face the critical challenge of implementing robust security controls to effectively manage these risks.

To address this challenge, let’s explore a five-stage approach rooted in zero-trust principles. This framework ensures comprehensive data protection across the entire server lifecycle.

Maintaining A Secure Environment

Understanding the five stages of the server lifecycle is crucial for implementing comprehensive security measures that adapt to the growing threat landscape.

Stage 1: Prioritizing Security From The Start

The foundation of a secure server environment begins with the selection process. Incorporating cybersecurity technologies from the initial design phase ensures that security measures are baked into the architecture rather than added later.

For instance, Dell PowerEdge servers incorporate security features like SecureBoot and System Guard, which act as the first line of defense. These solidify the server’s security posture by reducing the attack surface and mitigating potential vulnerabilities, preventing unauthorized modifications to the server’s core firmware and boot process.

Stage 2: Configuring With Zero-Trust In Mind

After server selection, the focus shifts to secure configuration. Zero-trust principles align perfectly with this approach. This can be implemented by enforcing granular access controls, such as:

• Role-based access control (RBAC) restricts access only to authorized personnel and minimize potential damage if a breach occurs.
• Layered authentication through strong password policies and multi-factor authentication (MFA). MFA adds a layer of verification, ensuring that even if a password is compromised, only authorized users can access sensitive data.

Once the server design is finalized, the next stage integrates security measures directly into the server’s firmware and software stack. Dell PowerEdge servers offer comprehensive features that enhance overall security:

• Hardware-Based Security: PowerEdge servers leverage silicon-based security features to shield against firmware attacks. This hardware-level protection adds a significant layer of defense to the server’s core functionality.
• Secure Firmware Updates: Secure firmware update protocols and cryptographically signed firmware ensure the authenticity and integrity of any updates applied.

These measures are critical for maintaining the server’s integrity throughout its lifecycle – from development to deployment.

Stage 3: Maintaining Vigilance During Deployment

The deployment phase presents a unique enterprise cybersecurity challenge. While establishing the initial environment, it’s crucial to prioritize ongoing vigilance to mitigate potential risks.

When looking for cybersecurity technologies to enhance your infrastructure, consider looking for solutions that come with an Integrated Dell Remote Access Controller (iDRAC) for continuous system health monitoring. This proactive approach empowers IT professionals to identify and address security concerns before they escalate. Furthermore, a comprehensive vulnerability management program with routine scans and patching remains a cornerstone of a robust cybersecurity posture. By consistently patching vulnerabilities, organizations stay ahead of evolving cyber threats and ensure a secure foundation for their IT infrastructure.

Stage 4: Continuous Monitoring And Mitigation

Traditional manual monitoring methods are insufficient in today’s landscape. Here’s how a proactive approach can streamline security management and empower your team to stay ahead of evolving threats:

• Enhanced Visibility And Response: As server operations progress, SIEM solutions provide security teams with a comprehensive view of system activity. This allows for in-depth analysis to identify anomalous behavior and swift response to potential security incidents. Additionally, real-time telemetry and user behavior monitoring can be valuable in detecting compromised accounts by flagging unusual activity patterns.
• Streamlined Maintenance And Threat Defense: Modern server architectures, like Dell PowerEdge, incorporate zero-trust principles by automating security updates and patch management. This ensures systems are always running the latest, most secure software, significantly reducing the attack surface for potential threats. They also offer advanced threat detection and response capabilities, enabling proactive mitigation and a faster time to resolution.

This combined approach empowers organizations to gain a comprehensive view of their servers, automate security processes, and proactively address threats that will strengthen their overall enterprise cybersecurity posture.

Stage 5: Ensuring Secure Decommissioning

Data breaches can occur even from seemingly harmless sources like retired hardware. When it comes to cybersecurity in companies handling various amounts of data, secure server decommissioning is a critical but often overlooked step. One solution that is equipped with advanced removal functionalities is Dell PowerEdge servers.

How does this service ensure sensitive information is permanently removed from storage devices? Dell’s operates on zero-trust and complements your organization’s existing cybersecurity technologies. This feature permanently removes data to ensure even physically disposed drives remain inaccessible. This eliminates a potential vulnerability within your IT infrastructure and simplifies compliance with data security regulations.

Final Thoughts

In today’s dynamic threat landscape, enterprise cybersecurity demands a flexible approach rooted in best practices like server lifecycle stages. Partnering with cybersecurity specialists can further enhance your organization’s security posture.

WEI’s cybersecurity specialists offer unparalleled expertise to design and implement a zero-trust strategy in your organization. This strategy can adapt to emerging threats and new business requirements by building on the strengths of Dell PowerEdge servers’ security features and scalability, fostering an agile server environment. Contact us today to discuss how zero trust can empower your organization.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Enterprise Cybersecurity: The Five-Stage Approach To Server Security In The Zero-Trust Era appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The digital ecosystem is booming with innovation, driven by a surge in applications and enterprise hybrid cloud adoption. From high-fidelity 10K video, real-time gaming, AI-powered automation, and IoT expansion, to immersive VR/AR experiences, businesses need agile and secure networks to support a number of cutting-edge applications. Additionally, the rise of 5G requires secure and adaptable network infrastructure.

To address these challenges, organizations are increasingly turning to software-defined networking (SDN) frameworks. SDN offers agility across data centers, whether private or hybrid cloud networks, to improve business outcomes. Let’s identify and explore some solutions that provide a comprehensive, secure, and open SDN approach to navigate the complexities of the modern digital landscape.

The Roadblocks to Digital Transformation

Many organizations are still grappling with network architectures designed for a bygone era. These legacy systems suffer from several key shortcomings that impede digital transformation efforts:

• Manual Configuration: Traditionally, network configuration tasks were performed manually, line by line. This approach is time-consuming, error-prone, and creates a significant burden for IT staff. As the network grows and evolves, the complexity of manual configuration increases exponentially.
• Slow Application Deployment: Provisioning new applications or network resources in a manual environment can be a lengthy process. This delay in application deployment can significantly impact time-to-market initiatives and hinder the organization’s ability to respond to changing business needs.
• Inconsistent Security: Traditional networks often rely on a patchwork of cybersecurity controls implemented at different points. This inconsistency creates major vulnerabilities and makes it difficult to enforce siloed security policies. Furthermore, manual processes for security configuration are prone to human error, further increasing breach risk.
• Limited Visibility: Legacy monitoring tools often provide limited visibility into network traffic and application performance. This makes it difficult to identify and troubleshoot problems proactively, leading to downtime and disruptions.

SDN offers a solution by separating the control plane, which dictates network intelligence, from the data plane, which handles the physical movement of data packets. This separation allows for programmatic configuration and automation, empowering organizations to achieve greater network agility across data centers and cloud environments.

SDN 疯情AV for the Enterprise

Organizations rely on agile, secure, and efficient networks to drive successful transformations. , a leading SDN solution, disrupts traditional data center management with its application-centric approach. By centralizing network policies, Cisco ACI streamlines operations and simplifies complex data center networks. This powerful framework extends beyond data centers, seamlessly integrating with wide area networks (WANs), campus networks, and even cloud environments.

Cisco ACI offers a trifecta of benefits:

• Network Optimization: Centralized policies simplify and automate operations, bringing order to complex data center networks.
• Enhanced Security: Extensive cybersecurity measures, zero-trust principles, and automated policy enforcement safeguard your business.
• Multi-cloud Acceleration: Seamless connectivity across on-premises and cloud environments fosters agility and simplifies managing workloads in enterprise hybrid and multi-cloud deployments.

This comprehensive approach empowers businesses with several key advantages: dynamic network provisioning, robust cybersecurity, and automated infrastructure services – all fueled by automation and policy-based control. Ultimately, translates to streamlined application deployment, agile IT operations, and accelerated digital transformation for organizations.

Key Use Cases for Cisco ACI

Cisco ACI empowers organizations to streamline network management and fortify security – contributing to successful digital transformation. This unique solution tackles several key challenges faced by modern IT organizations:

• Security Through Microsegmentation And A Zero-Trust Policy: Cisco ACI enhances network security with a zero-trust model and microsegmentation to reduce attack surfaces. Organizations can enforce strict security policies and ensure continuous compliance with business rules by segmenting the network into isolated segments.
• Unified Network Management: Cisco ACI delivers a single-view management platform to provide comprehensive network visibility into health, performance, and overall operational status. Embedded automation and operations tools further modernize your workflow by ensuring consistency and efficiency. The net effect is increased network visibility, expedited operations, and significant error reduction.
• Private Cloud Networking: Cisco ACI unlocks business agility by seamlessly integrating with industry-standard virtualization platforms. This creates a cloud-like experience within your on-premises data center. This translates to a dynamic private cloud network that automatically adjusts to your application lifecycle in real-time, enabling the swift deployment of critical applications. Cisco ACI delivers enhanced network agility, faster application delivery and deployment, and reduced time for network changes.
• Automation and Integrations: The platform optimizes network administration workflows by leveraging APIs and integrating with ecosystem partners. This programmability reduces errors and accelerates the rate of change, allowing increased operational efficiency, reduced operational costs through automation, and more time for strategic initiatives.
• Business Continuity and Disaster Recovery (BC/DR) Readiness: Leveraging Cisco ACI’s workload portability across geographically distributed data centers, organizations can achieve exceptional business continuity. This strategic approach ensures application availability during outages, simplifies migrations, and empowers robust business continuity/disaster recovery (BC/DR) plans. The benefits translate to sustained application uptime and a significantly reduced risk of downtime, ultimately safeguarding mission-critical operations.
• Public and Private Cloud Integration: Cisco ACI empowers businesses to leverage the full potential of multi-cloud environments by ensuring consistent network and cybersecurity policies across on-premises data centers and public clouds (like ACI cloud). This uniformity translates to reduced risk and increased agility. Organizations can expect a multitude of advantages:
  • Seamless public cloud integration
  • Uniform application of network and security rules
  • Faster time-to-market
  • Reduced hybrid cloud connection errors

Selecting the Perfect Partner for SDN Solution Implementation

In selecting a Cisco ACI solutions provider and partner, a critical factor is expertise tailored to your organization’s specific needs. The ideal partner will possess not only a comprehensive understanding of your business goals but also proven experience with the Cisco ACI platform itself.

WEI stands out as a leader with our extensive experience and in-depth knowledge of Cisco ACI. We are dedicated to empowering organizations in maximizing the platform’s capabilities so you can achieve seamless integration, robust security, and enhanced operational efficiency – all within your Cisco ACI environment.

Final Thoughts

In today’s digital landscape, traditional networks struggle to keep pace with evolving business needs. Cisco ACI acts as a bridge, enabling secure automation and streamlined management for complex cloud environments (including private cloud networks and enterprise hybrid cloud deployments). This ensures your network remains agile and adaptable. Partnering with a company like WEI unlocks the full potential of your digital transformation journey, delivering security, agility, and operational excellence. Contact our team to learn more.

Next steps: As businesses undergo digital transformation, the need for updated corporate networks and IT architectures becomes critical. Cisco ACI aids this shift by providing a network foundation that integrates with cloud environments and adapts to changing business needs.

It offers policy-driven automation to streamline infrastructure deployment and management, facilitates workload transfers across various frameworks, and enhances security. This technology simplifies and speeds up the application deployment process, helping organizations manage digital transformation complexities and prepare for future challenges.

below to find out more about this proven solution.

The post Transforming Data Center Operations: Ensuring Security And Agility In The Digital Age appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The goal of every security organization is to protect its data. This mission has become increasingly complex in the face of an expanding attack surface and increasingly sophisticated and frequent attacks waged by relentless adversaries. Effectively responding to security incidents requires the Security Operations Center (SOC) to validate alerts and provide the IR team with critical details on the scope of the threat so they can quickly and reliably remediate the issue. However, several obstacles hinder the SOC from gaining the necessary visibility to deliver this critical insight.

Today’s SOC must monitor security across a wider digital footprint that can span multiple data centers, multi-cloud, software-as-a-service (SaaS) providers, various domains and more. Gaining visibility across this enlarged IT surface can be challenging as many environments require their own tools. The lack of integration between specialized tools greatly increases the volume and frequency of alerts, making it difficult for SOC analysts to keep pace. This often results in a high burnout rate of Tier 1 SOC analysts, who typically triage alerts.

The existing three-tiered SOC structure also limits understanding of the threat landscape. Tier 1 SOC analysts manage individual alerts, without an opportunity to view them in a larger context. This restricts their ability to build threat intelligence, assess alert efficacy and deliver a comprehensive picture of the incident to the IR team. Without the necessary experience and visibility, many Tier 1 analysts escalate alerts unnecessarily to higher tiers, pulling senior analysts away from verified events that need their attention.

To manage today’s more complex security demands and provide the IR team with the intelligence it needs to address threats quickly and effectively, the SOC model needs to evolve. WEI can help organizations maximize their IR capabilities with a modern SOC.

Modernizing the SOC

When it comes to security, time is of the essence. The inherent siloes of the legacy SOC can impact an analyst’s ability to triage and tune alerts and arm the IR team with a full view of a threat. Without this thorough understanding, IR can lose precious time trying to piece this information together.

The modern SOC requires a new level of integration that speeds its team’s ability to assess alerts for efficacy and deliver the full scope of a threat, including the impacted systems, users and networks; the incident timeline; the initial access vector; identified activities and behaviors; and the tools utilized, to IR. This enhanced visibility can help IR remediate issues quickly and contain them at a micro level without impacting more systems, business units and users than necessary. It can also help IR understand root cause to ensure a threat is not lying dormant, waiting to reestablish a foothold.

To improve threat awareness, organizations must modernize three key areas of their SOCs:

• The SOC team structure
• The security platform
• The SOC-IR relationship

Integrate the SOC Team

By moving away from the tiered, legacy SOC structure, in favor of a more integrated SOC, analysts can see other aspects of the security investigation and response pipeline to help build their awareness of the threat landscape. This broader context helps the SOC more definitively verify existing alerts and provide IR with the critical details it needs to remediate the threat, identify its root cause and return the environment to a healthy state. This awareness also helps analysts fine tune alerts to improve their future efficacy.

Many organizations are also outsourcing triage duties to managed security service providers (MSSP), staffing their internal SOCs with more experienced analysts.

Utilize an Integrated Platform

The modern SOC should also employ a holistic platform, enabled by artificial intelligence (AI), analytics and automation, to aggregate alerts across disparate sources. These advanced technologies can identify alert commonalities to form a more comprehensive understanding of a potential threat. They can also group similar alerts to reduce the volume of notifications the SOC must manage. This can help temper the burnout rate of SOC analysts, helping organizations retain knowledgeable analysts.

With improved insight into a threat, the SOC can provide the IR team with a concise package of intelligence to help them more quickly contain a threat. Additionally, by automating specific security tasks, the platform helps speed responses to limit potential damage and better protect the organization.

Foster a Symbiotic Relationship Between the SOC and IR

While the SOC commonly feeds data to the IR team, IR should also relay its findings back to the SOC. This reciprocal relationship helps strengthen threat intelligence, offering a more complete, real-world security picture that bolsters alert management, IR and the overall security posture. This closed-loop feedback cycle should also extend beyond the SOC and IR teams to include cloud engineers, service providers and other IT stakeholders to ensure all reoccurring issues and vulnerabilities are addressed fully and do not continue to impact the organization.

Video: Harnessing A Diverse Talent Pipeline For Cybersecurity Personnel

Strengthening IR with Preparedness Training

To be truly impactful, the modern SOC should carry forward the best practice of preparedness training. Simulations such as tabletop exercises enable security teams to rehearse their IR, ensuring all team members recognize and can execute their duties seamlessly during a real incident. Conducting frequent simulations of specific security events also allows the team to iron out issues and adapt specific responses, if necessary.

In addition to regular exercises with the security team, an enterprise-wide simulation should be performed at least annually to encourage mindfulness that security is everyone’s responsibility. Additionally, the security team should involve nontechnical stakeholders, such as general counsel, business partners and the public relations team, in select sessions to ensure they understand their roles as well.

WEI is Your Trusted Partner

Modernizing the SOC can be challenging for organizations without deep-seated security experience. WEI’s seasoned security experts can help organizations redesign their SOCs to integrate the structure, technology and practices required to effectively triage and tune alerts in a fast-paced and ever-evolving threat landscape.

WEI partners with the world’s most lauded technology providers, yielding expertise in the modern tools designed to address increasingly complex security demands. Working as an extension of an organization’s internal team, WEI gains a thorough understanding of the organization’s goals, direction and requirements. Our knowledgeable team can help organizations navigate the full spectrum of security needs, from assessing the current environment and building an innovative security strategy to implementing the tools, platforms and processes necessary to manage risk effectively. Contact us today to get started.

Next Steps: Following a cyber incident, cybersecurity teams often resort to their data sources to identify how the incident transpired. While analyzing these data sources, a critical question must be asked –what prevented cyber personnel from stopping the cyberattack in real time? 

In this data-driven era, cybersecurity practices have increasingly focused on the prevention phase, made possible by leveraging the data already present in a cybersecurity environment. Prevention is your first line of defense, it is time to leverage its power and potential.

o learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

The post Maximizing Incident Response with a Modern SOC appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Time is a precious commodity, something that most people wish they had more of. This includes the security operations center (SOC), as analysts are constantly under pressure to stay ahead of cyberattack methodologies to better ensure business continuity. And as sharp as our experts are, the team at WEI cannot create more hours for the day. Still, we can streamline and automate your security operations to effectively make it seem like we have done just that. Enhanced time efficiency is just one of six proven benefits that WEI, in collaboration with Cortex XSIAM by Palo Alto Networks, can offer.

1. Improved MTTD & MTTR

It may sound simplistic, but staying ahead of attackers is crucial for securing your enterprise. By reducing mean time to detect (MTTD), cyber teams are provided more time to respond effectively. Meanwhile, lowering your mean time to respond (MTTR) minimizes the impact of attacks, prevents their spread, and ensures greater business continuity. While the technology behind this is complex, let’s focus on a single impactful metric to illustrate it. One customer success story with saw their MTTR improve dramatically from 3 days to just 16 minutes. What’s more, this was achieved while handling 10 times more data to analyze. Another key metric was a 75% reduction in the number of incidents that required an investigation. All this highlights how AI-driven outcomes and an automation-first approach can significantly streamline security operations and speed up incident response.

2. Consolidation Of Disparate SOC Tools

A war chest of security tools may seem advantageous on paper, but managing a multitude of disparate SOC tools often leads to increased workload, inefficient workflows, and reduced clarity. Navigating between multiple products and consoles can and will make the difference when under serious attack, especially if your team is not proficient in all tools.

WEI’s modern SOC specialists can demonstrate how consolidating data from various security tools into a single platform like Cortex XSIAM not only offers a more cohesive view of your security landscape but also simplifies the management of these tools. Remember, a unified defense is often the most effective defense. By centralizing operations into a single platform, training requirements are reduced, and management tasks are streamlined, enhancing overall SOC efficiency.

Figure 1: Analyst Incident Management View

Figure 1: The analyst incident management view provides a full summary of actions automatically taken, the results, and all remaining suggested actions. A drill-down incident timeline is presented to the analyst if further investigation and response is required. This is also complemented by broad XSIAM intelligence from all analytics and functions.

3. Leverage Native AI And ML Models

AI and ML models are streamlining workloads across today’s organizations, making it clear that business processes can no longer depend on manual tasks. The same goes for the modern SOC. Amid intensifying attacks, it’s essential to expand your visibility into potential security threats. With so many alerts pouring in from so many tools, SOC analysts struggle to prioritize which alerts to handle first and struggle in correlating events to piece the puzzle together.

WEI believes it is time to redefine SOC architecture into an automation-first approach. This involves leveraging historical data with machine learning to anticipate potential future security threats and vulnerabilities. It also means using machine learning and behavioral analysis to profile users and entities to identify patterns that may suggest a possible threat. Even better is the predictive capability of XSIAM that allows SOCs to proactively address security gaps and strengthen defenses before attackers can exploit them. By integrating AI and ML, WEI can transform your traditional reactive SOC operations into proactive, predictive security powerhouses that are designed to significantly enhance the security posture of your organization.

WEI Podcast: Discussing The Modern SOC, IR & Threat Hunting

4. Extend SOC Visibility And Control

Has your security visibility kept pace with the expansion of your IT estate? Amid intensifying attacks, it’s essential to expand your visibility into potential security threats. If you utilize the cloud, then you need eyes in the sky as well as visibility into your remote computer edges. WEI knows how to consolidate data from various sources across the network, including endpoints, cloud environments, and third-party security tools.

This capability starts with full visibility into the logs and alerts from all your external sources. By seamlessly integrating with your existing security infrastructure, including firewalls, intrusion detection systems, and endpoint protection platforms, you gain enhanced visibility across all these layers. This integration enables more coordinated control over your security environment, allowing for a more comprehensive and effective security strategy. By centralizing data into one platform, SOCs gain a holistic view of their security posture.

5. Minute-By-Minute Threat Detection

As threat actors enhance their tactics, it’s crucial to advance your threat detection methods accordingly. XSIAM’s integrated threat intelligence platform allows it to process and analyze vast volumes of data at high speed to ensure that any anomalous or potentially harmful activity is identified in real time. Security threats are seldom signaled by a single, clear indicator. XSIAM’s intelligence capabilities are designed to piece together low-confidence events and detect patterns that warrant high-confidence alerts. XSIAM then uses predefined security playbooks and AI recommendations to initiate responses without human intervention, enabling immediate action against threats to mitigate risks. WEI can provide you with a cloud-native architecture that can automatically scale dynamically based on the volume of data and threat intensity to ensure constant security even during peak loads.

6. MITRE ATT&CK Leading Endpoint Protection

Security professionals increasingly acknowledge the importance of integrating the MITRE ATT&CK Framework into their security strategies. XSIAM features a dedicated dashboard for this comprehensive framework, providing teams with a detailed view of the protection modules and detection rules tailored to each specific MITRE tactic and technique. This integration enables XSIAM to precisely understand the techniques and tactics used by adversaries, allowing for the customization of its detection mechanisms.

This heightened sensitivity to known adversarial patterns enhances both the accuracy and relevance of incoming alerts. WEI security specialists have been guiding clients on how to effectively integrate the MITRE ATT&CK framework to achieve their desired security outcomes, and we are ready to do the same for you.

Talk To WEI

If all of this seems new to your organization, please know this is common practice for the cybersecurity experts at 疯情AV Contact us today to learn how our next-gen approach to security operations drives improved outcomes through integration and automation.

Next Steps: Palo Alto Networks’ commitment to developing a groundbreaking solution for modern SOCs has culminated in the creation of a new security platform, Cortex XSIAM. This next-gen platform is designed to propel SOCs beyond the capabilities of traditional SIEM systems, setting a new standard in the industry.

to learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

The post 6 Benefits That WEI And Palo Alto’s Cortex XSIAM Can Offer Your SOC appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

See Bill Frank’s biography and contact information at the end of this article.

This article is Part Two of my series on managing cyber-related business risks. In Part One, I discussed the relationship between Defensive Controls and Performance Controls. Defensive Controls directly block threats. Performance Controls measure the effectiveness of Defensive Controls and suggest improvements.

In Part Two here, I discuss the relationship between Performance Controls and Cyber Risk Quantification (CRQ). The purpose of CRQ is to help CISOs collaborate with business leaders who set cybersecurity budgets and decide on the organization’s cyber risk tolerance. CRQ can provide a useful and credible method for connecting security metrics to cyber-related business risks expressed in dollars.

These three cybersecurity functions – Defensive Controls, Performance Controls, and Cyber Risk Quantification – taken together make up the Cybersecurity 3-Layer Wedding Cake. I see these three functions as layers because Performance Controls analyze information drawn from the Defensive Controls and CRQ analyzes information drawn from Performance Controls.

Performance Controls, whether manual or automated, generate recommendations and security metrics that help security teams work more effectively and efficiently by (1) highlighting gaps in threat coverage and misconfigured or under configured Defensive Controls, and (2) prioritizing vulnerability and control deficiency remediation recommendations.

CRQ software can also use this information to improve its accuracy and credibility to business leaders if the CRQ software model includes factors for individual and aggregate Defensive Control effectiveness, threats, vulnerabilities, attack surfaces, and especially attack paths through an organization’s IT/OT estate.

In addition, the CRQ’s data model must be open enough to support whichever Performance Controls security teams to select.

In this article I discuss (1) how the Cybersecurity 3-Layer Wedding Cake supplements traditional GRC frameworks, (2) the potential value of CRQ, (3) the requirements of CRQ if it is going to achieve its potential, and (4) CRQ vendor business models – SaaS software and Advisory Services.

Finally, I will provide an example of a CRQ offering that meets these requirements.

Part One Article – Performance Controls Summary

In Part One I defined the two types of cybersecurity controls which reduce the Likelihood and Impact of cyber-related Loss Events:

1. Defensive – Controls that directly block threats or at least detect suspicious activities which are then resolved by an in-house or third-party security operations team.
2. Performance – Indirect controls that measure and report on the effectiveness of Defensive Controls, evaluate the quality of their configurations, and make specific recommendations for improvements. I categorize Offensive security tools as Performance Controls.

Given the number and complexity of deployed Defensive Controls, only automated Performance controls can provide continuous visibility and management. Having said that, highly skilled human pen testers surely add value for detecting the types of vulnerabilities that automated tools might miss.

I defined and discussed five types of automated Performance controls: Attack Simulation, Risk-based Vulnerability Management, Metrics, Security Control Posture Management, and Process Mining.

Why The Cybersecurity 3-Layer Wedding Cake

The limitations of current GRC frameworks

Despite spending billions of dollars on cybersecurity controls and implementing a variety of Governance, Risk, and Compliance (GRC) frameworks, the frequency and impact of cyber incidents are still increasing. How can this be?

I suggest the root cause is lack of meaningful executive involvement in strategic cybersecurity decision-making. None of the GRC frameworks that security teams labor under provides a mechanism to enable business leaders to actively collaborate with CISOs to assess and set their organizations’ cybersecurity risk appetites or provide meaningful criteria for setting their cybersecurity budgets.

Business leaders want this involvement because they recognize that revenue generating business processes rely on information technology. They understand that strategic cybersecurity decisions can no longer be left to security teams.

CISOs are also frustrated because they too understand that cyber risk is business risk. They are looking for an approach that will enable them to collaborate with business leaders who are ultimately responsible for deciding on the amount of cyber risk, expressed in dollars, they are comfortable with.

Government and industry regulatory bodies understand this as well and are moving to require executive responsibility for cybersecurity.

The 3-Layer Wedding Cake Model Supplements GRC Frameworks

I am surely NOT saying that the GRC frameworks don’t have value. They do. But an overarching approach is needed to enable business leadership to take its rightful role in an organization’s cybersecurity program – setting cyber risk tolerance and budget.

Figure 1: The 3-Layer Wedding Cake model enables business leaders to collaborate with the CISO to set cyber risk tolerance and budget

The “3-Layer Wedding Cake” model solves this problem. The technical language of cybersecurity teams must be translated to the financial language used by business leaders to manage the organization’s other strategic risks.

Defensive Controls are the direct controls that block threats or at least alert on suspicious behavior.

Performance Controls are indirect controls that measure the performance of Defensive Controls and make recommendations for improvements.

Cyber Risk Quantification (CRQ) interprets the output of Performance Controls and translates technical metrics to business risks expressed in dollars. CRQ bridges the technical metrics – business risk gap.

Cyber Risk Quantification (CRQ)

Whichever combination of Defensive and Performance Controls you select, these questions remain:

• How best to communicate the effectiveness of your security program to business leaders, particularly to those who set your budget?
• How do you gain approval for the additional budget you are requesting?
• How do you collaborate with business leaders on the likelihood of a material incident?
• How do you determine risk appetite / tolerance?
• How do you obtain cooperation from the IT teams responsible for deploying and maintaining Defensive Controls and remediating IT infrastructure vulnerabilities?
• How do you obtain cooperation from the software development teams that are responsible for remediating application vulnerabilities?
• How do you gain support from the business operations teams who would be impacted by a successful cyber attack?

In theory, Cyber Risk Quantification (CRQ) provides the process and tools to answer these questions by translating technical control metrics to cyber-related business risk expressed in dollars.

More specifically, security teams rely on technical metrics to measure and manage the cyber posture of their organizations. But business leaders rely on financial metrics when assessing business risks. This creates a cyber metrics – business risk gap that in theory CRQ bridges.

But in practice, for the last 10+ years the purveyors of CRQ have fallen short due to their inability to model the efficacy of controls individually and collectively, in the context of threats, vulnerabilities, attack surfaces, and attack paths into and through an organization.

CRQ Software Requirements

For CRQ software to be of value to both security teams, business leaders, IT teams, software development teams, and business operations department leaders, it must:

• Support control investment decision-making by showing how control changes, additions, enhancements, and reductions affect cyber-related business risk in dollars.
• Explicitly factor: (1) the efficacy of Defensive Controls individually and collectively, (2) the range of strength of adversarial tactics, techniques, and procedures based on MITRE ATT&CK庐, and (3) attack surfaces and attack paths into and through the organization’s IT/OT estate in the context of the loss events of concern to business leaders.
• Provide a defensible method for calculating Aggregate Control Effectiveness, i.e., the overall effectiveness of all Defensive Controls working together, in concert. The only credible way to do this is by using information from Performance Controls to map Defensive Controls’ effectiveness against the attack paths.
• Provide a set of open, standardized parameters across all Defensive Control types so that the efficacy of controls across all domains can be compared.
• Accept input from any combination of Performance Controls an organization chooses to deploy. This means that the CRQ software places no restrictions or limitations on Performance Control selection.

CRQ Vendor Business Models

There are two prevalent business models for CRQ vendors – SaaS software and Advisory Services.

Most security teams are not ready to make a major commitment to a SaaS annual subscription for two reasons. First, lack of a resource with CRQ experience. Second, simply the expense.

A better approach is to work with an experienced CRQ Advisory Service that can also assist with the selection and implementation of Performance Controls.

A pilot program using an Advisory Service can be inexpensively implemented with very limited client resources.

What follows is a discussion of how Monaco Risk’s CRQ Advisory Service and software platform meets the above requirements.

Monaco Risk’s Cyber Defense Graph

We architected Monaco Risk’s CRQ software to be the CRQ layer of the Cybersecurity 3-Layer Wedding Cake. More specifically our patented Cyber Defense Graph software offers a useful and credible method of calculating individual and Aggregate Control Effectiveness in the context of threats, vulnerabilities, attack surfaces, and attack paths.

Modeling attack paths is critical to understanding how a change to a Defensive Control affects the risk of a Loss Event. Put another way, evaluating a new Defensive Control in isolation cannot predict how that control will perform in concert with the other deployed controls to reduce the likelihood and impact of loss events of concern to business leaders.

Here’s why. A Defensive Control can test very well individually but not reduce risks significantly, even if it’s well configured, for two reasons. First, the control may be on a path that does not see very many threats. Second, the control is on a path with several other strong controls.

Below is a partial example of a Cyber Defense Graph (CDG) generated by Monaco Risk’s software.

Figure 2: Monaco Risk’s patented Cyber Defense Graph showing Critical Path Weaknesses.

This CDG highlights the four key stages of a successful attack, based on MITRE ATT&CK, that results in business disruption due to ransomware: (1) Initial Access, (2) Execution on Workstations, (3) Lateral Movement including execution on workloads, and (4) Adversarial Objectives.

The arrows stand for threats that enter from the left and move along attack paths. The nodes (boxes) represent Defensive Controls that can block the adversary’s tactics, techniques, and procedures. Every Defensive Control can block some percentage of threats. Threats that make it all the to the far right represent loss events.

The shades of red of the control nodes indicate the criticality of the attack path based on the controls’ abilities to block the TTPs. The darker the shade of red, the more critical the attack path.

Sensitivity (Tornado) Charts

In addition to Critical Path Weakness graphs , Monaco Risk’s software generates a Sensitivity Charts which show the relative importance of individual controls. It’s commonly referred to as a tornado chart due to the overall pattern of the bars.

Figure 3: Sensitivity (Tornado) chart shows the relative importance of each control in the Cyber Defense Graph.

The bars to the left of the center line show the percentage decrease in Aggregate Control Effectiveness if the control was removed. The bars to the right show the percentage increase in Aggregate Control Effectiveness if the control is implemented with complete Coverage and a high level of Governance.

GRAACE

The Cyber Defense Graph software is a component of Monaco Risk’s overall approach to CRQ called GRAACE (Graphical Risk Analysis of Aggregate Control Effectiveness, pronounced grace).

GRAACE is both a CRQ ontology fully implemented in software and a process to support strategic and tactical control investment decisions.

Here is a brief description of each of these terms:

Risk is based on the probability (likelihood or frequency) and the financial impact (magnitude) of loss events for a given period of time.

Control can be any people, process, or technology that the organization has control over to reduce risk. Organizations implement Defensive and Performance Controls.

Graphical representation of the attack surfaces and attack paths adversaries can take into and through the organization’s IT/OT estate to achieve their objectives. Defensive Controls are mapped to attack paths and visualized in Monaco Risk’s Cyber Defense Graph.

Aggregate Control Effectiveness is the combined effectiveness of an organization’s portfolio of controls. It’s the inverse of Susceptibility (1-Susceptibility). It’s calculated using Defensive Control efficacy determined by Performance Controls, in the context of threats, vulnerabilities, attack surfaces, and critically attack paths through the organization. Control investment decision-making is improved by showing how one or more additions, changes, or removals of controls affect Aggregate Control Effectiveness.

GRAACE Ontology

Why call this an ontology? At some point in your investigation of CRQ, you are sure to come across the “FAIR Ontology.” Since Monaco Risk is in the same space, and you may want to compare and contrast GRAACE with FAIR, I decided to use the word ontology as well. It’s a diagram to show the factors we use for calculating risk and the relationships among them. For a more detailed comparison see,

The figure below shows the GRAACE ontology.

Figure 4: The GRAACE Ontology

Here is a brief description of each component of the GRAACE ontology.

Risk: Loss Event Taxonomy

A problem that often arises when performing cybersecurity risk assessments is determining whether you have addressed all the possible loss event types. For the last four years, Monaco Risk has been maintaining and updating a Loss Event Taxonomy that exhaustively covers all cyber loss event types.

During this period, the number of loss event types has grown from the initial 12 to 16. They are categorized as follows: (1) Exposure of Sensitive Information, (2) Business Disruption, (3) Direct Monetary, Business, or Resource attack, and (4) Non-compliance, audit, or liability.

We’ve made the Loss Event Taxonomy available at no charge under a Creative Commons license. Please contact me and I will send you the document. My contact information is available at the end of this document.

Loss Event Frequency: Cyber Defense Graph

Monaco Risk’s Cyber Defense Graph simulation software was described in an earlier section. It’s our approach to decomposing and calculating Loss Event Frequency.

Loss Magnitude – Financial Loss Components

Monaco Risk’s Loss Event Taxonomy provides four categories of Financial Loss Components which relate directly to the loss event types: (1) Direct Monetary Loss, (2) Lost Revenue, (3) Increased Costs, and (4) Liability & Regulatory. The full list of ten Financial Loss Components is available with the Loss Event Taxonomy under a Creative Commons license. Glad to send upon request.

GRAACE Process

GRAACE is more than a quantitative cybersecurity risk model. It’s also a risk management process which consists of three phases: (1) Identify the loss events of concern to business leaders, (2) Baseline current cyber posture using the Cyber Defense Graph, and (3) Run what-if scenarios on control changes to show changes in risk expressed in dollars.

This fosters collaboration with business leaders who set cybersecurity budgets and cooperation with IT and software development teams, and operational teams who are impacted by cyber incidents.

About The Author

Bill Frank has over 24 years of cybersecurity experience. At present, as Chief Client Officer at Mr. Frank is responsible for leading Monaco Risk’s cybersecurity risk management engagements. In addition, he collaborates on the design of Monaco Risk’s cyber risk quantification software used in client engagements.

Mr. Frank is one of two inventors of Monaco Risk’s patented Cyber Defense Graph. It is the core innovation for Monaco Risk’s cyber risk quantification software which enables a more accurate estimate of the likelihood of loss events.

Prior to Monaco Risk, Mr. Frank spent 12 years assisting clients select and implement cybersecurity controls to strengthen cyber posture. Projects focused on controls to protect, detect, and respond to threats across a wide range of attack surfaces.

Prior to his consulting work, Mr. Frank spent most of the 2000s at a SIEM software company where he designed a novel approach to correlating alerts from multiple log sources using finite state machine-based, risk-scoring algorithms. The first use case was user and entity behavior analysis. The technology was acquired by Nitro Security who in turn was acquired by McAfee.

Bill Frank’s contact information:

• Email: bfrank@monacorisk.com

The post The Cybersecurity 3-Layer Wedding Cake appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Bad actors are waging increasingly sophisticated and frequent attacks, including ransomware, cyber espionage, zero-day malware and fileless attacks, to exploit endpoint vulnerabilities. These rapid-fire, diverse attacks are generating an average of that security teams must investigate, triage and address.

Traditional cybersecurity solutions that rely on siloed security tools cannot deliver the integrated data and powerful insights security analysts need to prevent, detect and respond to advanced attacks effectively. These standalone solutions require analysts to correlate data across multiple tools to build a full picture of an attack. This manual process takes valuable time, which is at a premium when an attack is underway or when a subsequent investigation must be expedited. It can also create blind spots that can lead to unidentified threats.

To address these diverse challenges, organizations need a comprehensive security solution that can seamlessly integrate with their existing technology environments. Yet, the technical skills shortage and speed at which attack scenarios change can handcuff organizations, making it difficult to keep pace with security demands. WEI’s security experts are certified at the highest levels by many of the cybersecurity industry’s leading providers, including Palo Alto Networks. This positions us to help organizations implement cybersecurity solutions that minimize vulnerabilities, streamline endpoint security operations, and outpace evolving cyber threats.

Cortex XDR Simplifies and Reinforces Endpoint Security

Enterprises can achieve the comprehensive visibility and speed they need to protect their organizations against advanced threats with by Palo Alto Networks. The extended detection and response solution works across all valuable data sources for detection and response, including network, endpoint, cloud and identity, to deliver a unified view of the attack landscape. Ultimately, Cortex XDR stitches this valuable data together, breaking down siloes to help analysts expose complex attack patterns.

The cloud-native platform combines the latest threat data using powerful machine learning (ML) and analytics to provide key insights into system behavior, network traffic and user activity. By integrating multiple endpoint security tools, the solution helps security teams address the full scope of security operations, without deploying additional software or hardware.

Actionable Insights for Rapid Detection and Response

Addressing continually evolving threats requires growing intelligence and the ability to act quickly. Leveraging artificial intelligence (AI) and advanced analytics, Cortex XDR creates a trusted baseline of activity that can be used to identify anomalies and speed incident detection, analysis and response.

Cortex XDR also employs AI and automation to minimize manual processes and more rapidly detect and mitigate attacks. The cloud-native platform provides a scalable database that constantly collects both internal and external threat data to continually build its intelligence. Cortex XSOAR can automatically execute a response to an identified threat, accelerating reaction time and improving outcomes.

Streamlined Cybersecurity Workloads

Security teams have a lot on their plates. Cortex XDR helps simplify analysts’ responsibilities, allowing them to assess threats from a single console, rather than navigating between multiple interfaces. The platform also consolidates and automates multiple security tasks. By grouping related alerts and eliminating duplicate alerts that occur with multiple monitoring solutions, Cortex XDR reduces individual alerts by . The solution also ranks the criticality of alerts to help analysts prioritize their efforts.

AI and automation also help ease analysts’ workloads, eliminating the need to examine threat indicators manually and automating routine tasks such as alert triage and incident response. By consolidating and automating various tasks, Cortex XDR streamlines security operations, enabling security teams to focus on other strategic initiatives.

Cortex XDR Unifies Multiple Agent-Based 疯情AV for Simplified, Yet Powerful Endpoint Security

To protect their organizations, analysts must prevent, detect, analyze and respond to threats. Cortex XDR integrates multiple cybersecurity solutions to offer a complete cybersecurity stack.

Firewall: Preventing unauthorized network access is a critical first step in effective cybersecurity. The Cortex XDR host firewall allows organizations to control inbound and outbound communications on their endpoints. Organizations can set host firewall policy rules to block traffic on specific devices and apply them to endpoints. The agent also natively integrates with Palo Alto Networks WildFire malware prevention service and disk encryption capabilities to further limit risk.

Antivirus: Detecting and eliminating viruses is essential to safeguard the integrity of the IT ecosystem. Cortex XDR features next-generation antivirus to block attacks.

Endpoint Detection & Response: Cortex XDR’s Endpoint Detection and Response (EDR) agent continually monitors endpoints for lurking threats. Utilizing machine learning and analytics, the module can identify covert attacks and automatically execute the appropriate response.

Forensics: Investigating an attack is time consuming. The Cortex XDR Forensics module utilizes forensics data, artifacts and event intelligence to reveal the root cause and scope of an attack. The module allows organizations to review and analyze digital evidence, hunt for and authenticate threats, simplify triage and speed response. The ease of the module drastically reduces investigation time and enables analysts of all experience levels to triage incidents.

File Integrity Monitoring: Continually validating the health and behavior of the IT environment is critical to prevent or minimize the damage a compromised file can inflict. Cortex XDR BIOC’s can be configured to continually verify the integrity of operating system (OS), database and application software files, comparing the most recent versions to expected behavior patterns.

Device Control: USB devices can unknowingly expose an organization to risk. With the Cortex XDR Device Control agent, organizations can securely monitor and manage USB access to protect endpoints from active threats that can lead to downtime and data loss. Organizations can restrict usage by vendor, type, endpoint, and Active Directory group or user.

Search & Destroy: The best endpoint security strategies proactively seek out threats. The Cortex XDR Search and Destroy agent offers insight, manual and automated threat hunting capabilities, and custom rules to enable analysts to search for and eliminate evasive threats proactively. Analysts can also create attack hypotheses and use the module’s querying capabilities to uncover and eliminate suspicious activity.

WEI is Your Partner in Devising Your Endpoint Security Solution

As a Palo Alto Networks partner, WEI can help organizations take the critical step forward to improve their endpoint security with Cortex XDR. Our experienced team of security engineers can meet organizations wherever they are in their cybersecurity journeys, offering the deep expertise to:

• Guide the planning and implementation processes to achieve specific goals/objectives
• Identify which data sources to integrate with Cortex XDR to enhance visibility
• Customize threat detection and response strategies to address unique risks
• Develop automated responses to contain malicious activity quickly

Our customer commitment positions us as a long-term partner who can help security solutions evolve to address the ever-intensifying security landscape. When you’re ready to strengthen your endpoint security, WEI is ready to help.

Next Steps: Jeff Cassidy, the Manager of Cyber Security Operations Center at , joins WEI Cybersecurity 疯情AV Architect Shawn Murphy for an exciting discussion about modern cybersecurity. Topics the two experts dissect include the modern SOC, incident response, and threat hunting. Listen to the WEI Tech Talk here:

The post Achieve Comprehensive Endpoint Security with Cortex XDR and WEI appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

As business leaders outside of IT continue accepting cybersecurity as a business strategy rather than just as a digital defense mechanism, there are still major vacancies in the cybersecurity personnel pipeline that require addressing. Knowing this, WEI’s advanced security solutions are complemented by a focus on helping replenish the talent pipeline. This commitment is confirmed by WEI’s partnership with CyberTrust Massachusetts, a non-profit organization working to cultivate a robust talent pipeline. The support CyberTrust receives from its higher education consortium members is paramount, especially with the all-new Cyber Range at Bridgewater State University (BSU) opening earlier this year.

Bridging The Cybersecurity Skills Gap

Fundamentally, our partnership with CyberTrust is built on the collective mission to train students to create a more diverse and qualified cybersecurity workforce. This correlates with an offering that debuted last year, The program, designed to train and develop individuals with the attitude and aptitude to learn solutions across the entire IT spectrum, is directly applicable to those learning within the Cyber Range.

The Technical Apprenticeship carries a 99% success rate in placing entry-level IT professionals into a full-time IT position, a metric WEI is very proud of. As companies starving for cybersecurity talent continue relying on heavily fished talent pools and lean on expensive third-party managed services, the apprenticeship avenue is growing in popularity. In this case, an individual gaining real-world experience as an intern at CyberTrust at the BSU Cyber Range can be eligible for the WEI apprenticeship program for meaningful job training and career development. The four-step process of the Technical Apprenticeship For Diverse Candidates is:

1. Identify Apprenticeship Plan Expectations: For the apprenticeship to succeed, WEI and the respective client will develop a custom role that is specific to the client’s existing tech stack. Once the expectations are identified and agreed upon, individuals from diverse backgrounds with the potential to excel in cybersecurity careers are then recruited. This initiative aims to tap into underutilized talent pools, fostering a more inclusive and well-rounded cybersecurity workforce.
2. Hire Apprentice: All apprenticeship candidates must complete a job suitability assessment and participate in client interviews to be eligible for hiring. While a candidate will not already possess the required entry level skills to be a full-time cybersecurity employee, their attitude and aptitude regarding cybersecurity is what drives the hiring decision. This is where WEI’s guidance to equip an apprentice with the essential technical skills comes into play.
3. Deliver Development Plan: WEI pairs trainees with experienced cybersecurity professionals who offer guidance, support, and career development opportunities. Mentors play a crucial role in shaping the trainees’ professional growth and ensuring a smooth transition into the workforce. Technical and soft skills are developed in this important stage, often lasting 12 months.
4. Transfer Apprentice To Full-time Employment: Upon successful completion of the program, the apprentice will be transferred to full-time employment under the client that the apprenticeship took place with. This commitment to job placement helps bridge the cybersecurity skills gap and strengthens the regional cybersecurity landscape. The client has no obligation to hire the apprentice, however.

BSU Cyber Range: Building the Future Cybersecurity Workforce

The state-of-the-art features a sophisticated network infrastructure that replicates real-world scenarios, allowing CyberTrust interns to utilize a next-gen security operations center (SOC). Here, students participate in simulated cyberattacks, test blue team/red team strategies, and hone their incident response skills within a controlled environment. This proves invaluable in preparing students for the challenges they will encounter in their professional careers.

The Cyber Range is not just a training ground for aspiring cybersecurity professionals, however. It also serves as a valuable resource for regional organizations. Businesses, government agencies, and non-profit institutions can leverage the Cyber Range to train their IT staff and security teams on the latest cyber threats and defense techniques. This collaborative approach fosters a more secure digital ecosystem for the entire region.

The creation of this facility serves as a catalyst for strengthening the regional cybersecurity landscape in several ways:

• Collaboration And Knowledge Sharing: The Cyber Range fosters collaboration between academia, industry, and government agencies. This exchange of knowledge and expertise is crucial for staying ahead of cyber threats and developing effective defense strategies.
• Building A Talent Pipeline: By providing students with the necessary training and experience, the Cyber Range helps to build a robust pipeline of cybersecurity talent in the region. This benefits local companies and organizations seeking to fill cybersecurity gaps within their workforce.
• Economic Development: A growing cybersecurity workforce creates a more attractive environment for businesses to attract new investors and customers. This, in turn, leads to a boost in regional economic activity and the creation of new jobs across various sectors.

Through CyberTrust Massachusetts and BSU, students and interns are gaining access to at a live SOC that monitors and safeguards the IT infrastructure of local governments, non-profit organizations, and small businesses. This immersive experience allows students to observe cybersecurity professionals in action, apply their theoretical knowledge to practical situations, and gain a deeper understanding of the intricacies of SOC operations.

By integrating advanced hands-on experience with classroom learning, BSU and CyberTrust are revolutionizing cybersecurity education, as the Cyber Range equips students with real-world skills and knowledge required for entry-level positions. These obtained skills and relationships will serve as the critical foundation for many young cyber professionals. Even more, BSU will be offering an in Fall 2024. WEI is proud to support this incredible ecosystem of education, training, and inclusivity.

Next steps: Jeff Cassidy, the Manager of Cyber Security Operations Center at CyberTrust Massachusetts, joins WEI Cybersecurity 疯情AV Architect Shawn Murphy for an exciting discussion about modern cybersecurity. Topics the two experts dissect include the modern SOC, incident response, and threat hunting. Listen to the WEI Tech Talk here:

The post Building The Cybersecurity Talent Pipeline With CyberTrust & The BSU Cyber Range appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

See Bill Frank’s biography and contact information at the end of this article.

[Note: This is an updated version of the original article posted on March 21, 2024. I replaced the term “Governance” Controls with “Performance” Controls to eliminate any confusion with the NIST Cybersecurity Framework 2.0 use of the term “Governance.”

I focus here on automated controls that monitor and measure the “performance” of “Defensive” controls that directly block threats or at least alert on suspicious activities.

How well are your cybersecurity controls performing? Measuring control efficacy is challenging. In fact, under-configured, misconfigured, and poorly tuned controls, as well as variances in security processes are the Achilles Heels of cybersecurity programs.

A mismatch between risk reduction potential and performance results in undetected threats (false negatives) as well as an excessive number of false positives. This leads to an increase in the likelihood of loss events.

All controls, whether people, processes, or technologies, can be categorized in one of two ways – Defensive or Performance.

• Defensive Controls: These are controls that block threats or at least detect and alert on suspected activities. Effective Defensive Controls directly reduce the likelihood of loss events.
• Performance Controls: These are indirect controls that measure the performance of Defensive Controls, highlight Defensive Control deficiencies, and/or evaluate the maturity of Defensive Controls’ configurations. Performance includes, but is not limited to, offensive security controls.

Most controls are easily categorized. Firewalls and EDR agents are examples of Defensive Controls. We categorize Offensive Controls as Performance because their purpose includes testing the efficacy of Defensive controls.

Vulnerability management (discovery, analysis, and prioritization) is a Performance Control because vulnerabilities, whether in security controls, application code, or infrastructure, are a type of control deficiency.

Patching is a Defensive Control because patched vulnerabilities prevent threats targeting those vulnerabilities from being exploited.

Manual Performance- Human Penetration Testing

Attempting to conduct Performance functions manually is time-consuming, limited in scope, and error prone. Human Penetration Testing has been the go-to Performance Control for decades. However, only the very largest organizations can afford to fund a Red Team to provide anything close to continuous testing.

Most organizations hire an outside firm to perform pentesting. Due to high costs, the scope of human pentesting is limited. In addition, it is typically performed only once a year or once a quarter. Therefore, for most organizations, human pentesting is little more than a checkbox exercise.

Note that human pen testers use a variety of tools to address many of the standard and repetitive tasks associated with pentesting. However, in general, these tools are not revealed to the client.

Have said that, I am not here to denigrate human pen testing. There are surely many pen testers that have deep expertise and creativity that goes beyond what any automated tool can provide. This is why bug bounty programs are popular.

The cybersecurity market has responded to the need for automated Performance Controls. Since no two organizations are the same, my goal for this article is to describe different types of Performance Controls to help you decide which approach is right for you.

Automated Performance Controls

There are five types of automated Performance Controls I will discuss:

1. Attack Simulation
2. Risk-based Vulnerability Management
3. Metrics
4. Security Control Posture Management
5. Process Mining.

Note that since virtually all of these tools are SaaS platforms, factors including costs, support and training, community, data security, and compliance must always be evaluated!

1. Attack Simulation

Attack Simulation is my simplified term that covers a variety of vendors who use terms like Automated Penetration Testing, Breach and Attack Simulation, and Security Control Validation.

The one thing they all have in common is executing simulations of known threats against deployed controls. However, the vendors in this space use a variety of architectures to accomplish their goals.

The key factors to consider when evaluating Attack Simulation tools are (1) the number of agents that are required or recommended, (2) integrations with deployed controls, (3) the degree to which the simulation software mimics adversarial tactics, techniques, and procedures (TTPs), (4) the vendor’s advice on running their software in a production environment, (5) firewall / network segmentation validation, (6) threat intelligence responsiveness, and (7) the range and quality of simulated techniques and sub-techniques.

Agents. The number of agents needed for internal testing. This ranges from only one agent needed to start the test to the requirement for agents on all on-premise workstations and workloads. No agents may be needed for testing cloud-based controls.

Defensive Control Integrations. Integrating Attack Simulation tools with Defensive Controls enables blue/purple teamers to better understand how a control reacted to a specific technique generated by the attack simulation tool.

Simulation. An indicator of how close a vendor gets to simulating real attackers is its approach to discovering and using passwords to execute credentialed lateral movement. Are clear-text passwords taken from memory? Are password hashes cracked in the vendor’s cloud environment (or on the vendor’s locally deployed software)? Adversaries use these techniques regularly, your attack simulation tool should too.

Production / Lab Testing. Attack Simulation vendors vary in their recommendations regarding running their tools in production vs lab environments. Of course, it’s advisable to perform initial evaluations in a lab environment first. But to get maximum value from an attack simulation tool, you should be able to run it in a production environment.

Firewall / Network Segmentation. There is a special case for testing firewall/intrusion detection efficacy. Agents may be deployed on each side of the firewall. This allows for validating firewall policies in a production environment without running malware on any production workstations or workloads.

Threat Intelligence Responsiveness. New threats, vulnerabilities and control deficiencies are discovered with alarming regularity. How quickly does the attack simulation vendor respond with safe variations for you to test against your controls? Do you need to upgrade the tool, or just deploy the new simulated TTPs?

Range and Quality of techniques and sub-techniques. Attack simulation vendors should be able to show you their supported MITRE ATT&CK techniques and sub-techniques. As to quality of those techniques and sub-techniques, it’s very difficult to determine. The data generated via the Integrations with deployed controls surely helps. We recommend testing at least two similarly architected tools in your environment to determine the quality of their attack simulations.

2. Risk-based Vulnerability Management

Vulnerability management is a cornerstone of every cybersecurity compliance framework, maturity model, and set of best practice recommendations. However, most organizations are overwhelmed with the number of vulnerabilities that are discovered, and do not have the resources to remediate all of them.

In response to this triage problem, vendors developed a variety of prioritization methods over the years. Despite its limitations, the Common Vulnerability Scoring System (CVSS) is the dominant means of scoring the severity of vulnerabilities. However, even NIST itself states that “CVSS is not a measure of risk.” Furthermore, NIST states that CVSS is only “a factor in prioritization of vulnerability remediation activities.”

Risk-based factors for vulnerability management include the following:

Business Context. What is the criticality of the asset in which the vulnerability exists? For example, production systems vs development systems.

Likelihood of exploitability. A combination of threat intelligence and factors associated with the vulnerability itself determine the likelihood that a vulnerability will be exploited. is an example of this approach.

Known Exploited Vulnerabilities. The Cybersecurity & Infrastructure Security Agency (CISA) maintains the Vulnerabilities on the KEV list should get the highest priority for remediation.

Asset Location. What is the location of the asset with the vulnerability in question? Internet-facing assets get the highest priority.

Compensating Defensive Control. Is there a Defensive Control that can prevent the vulnerability from being exploited?

3. Metrics

Modern Defensive Controls generate large amounts of telemetry that can be used to monitor their performance and effectiveness. Automating metrics reporting enables continuous monitoring and measuring the performance of a larger number of deployed controls.

While automated cybersecurity performance management platforms are not always considered an alternative to Attack Simulation and Risk-based Vulnerability Management solutions, they do have the advantage of being less intrusive because they are passive. All they need is read-only access to the Defensive Controls. There are no agents to deploy and no risk of unplanned outages.

The key factors when evaluating automated metrics solutions include the following:

Scope of Coverage. The range of metrics based on your priorities such as vulnerability management, incident detection and response, compliance, and control performance.

Integrations. Does the metrics solution vendor support integrations to your controls? If not, are they willing to add support for your controls? Will they charge extra for that?

Reporting flexibility. How flexible is the report building interface? What, if any, constraints are there to generate the reports you want? Can you build customized dashboards for different users? Is trend analysis supported?

Ease-of-Use. How easy is it to generate custom reports?

Scalability and Performance. Given the amount of data you want to retain, how fast are the queries/reports generated?

4. Security Control Posture Management

All security controls need to be configured and maintained to meet individual organization’s policy requirements, threat profile, and risk culture. The amount of time and effort needed to initially implement the controls and then keep them up to date varies depending on the control type and the functionality provided by the vendor.

Firewalls are at or close to the top of the list of controls requiring the most care and feeding. Therefore, it’s not surprising that the first security control configuration management tools were created two decades ago to improve firewall policy (rule) management. These tools eliminate unused and overlapping rules, and improve responsiveness to the steady stream of requests for changes, additions, and exceptions.

Security Information and Event Management (SIEM) systems are also at or near the top of the list of controls requiring extensive care and feeding. One critical aspect of a SIEM’s effectiveness is the extent of its coverage of MITRE ATT&CK techniques and sub-techniques. This also maps back to the SIEM’s sources of log ingestion. Furthermore, SIEM vendors provide hundreds of rules which generally need to be tailored to the organization.

To reduce the level of effort needed to tune SIEMs, consider tools that evaluate SIEM rule sets and provide assistance to detection engineers.

The variety of tools available for managing security control configurations will continue to grow, encompassing additional types such as endpoint agents, email security, identity and access management, data security, and cloud security.

5. Process Mining

Process mining is a method used to analyze and optimize business processes by collecting and analyzing event logs generated by information systems. These logs contain details about process execution, such as the sequence of activities, the time taken to complete each activity, and the resources involved. Process mining algorithms use this data to automatically generate process models that visualize how a process is executed in reality, as opposed to how it is expected to be executed.

While process mining is not a new concept, it is new for cybersecurity processes. For cybersecurity process mining to be useful, logs must be collected from non-security sources as well as cybersecurity controls.

Process mining is actually a separate class of higher-level analysis and measurement. All the others, with the exception of security operations platforms (SIEMs) here are testing, measuring, or obtaining data on individual controls. Having said that, at present, processing mining does not specifically measure the effectiveness of defensive controls.

An example of a common cybersecurity process use case is user on-boarding and off-boarding. To perform this analysis, the process mining tool must integrate with human resource systems in addition to authentication and authorization systems.

In addition to (1) improving compliance to defined processes, process mining will (2) expose bottlenecks, (3) reveal opportunities for additional process automation, and (4) make it easier for stakeholders to understand how processes are executed using visual representations of the processes.

While scalability, performance, and integrations are important, the way processes and variances are rendered in the user interface and the way you can interact with them is critical to understand the causes of variances and opportunities for improvement.

Individual vs. Aggregate Control Effectiveness

Having reviewed the types of Performance Controls available to monitor and measure Defensive Control efficacy, it’s worth noting that they all monitor and measure control effectiveness individually.

The processing mining folks might disagree with the above statement in the sense that they aggregate multiple control functions by the processes in which they play a role. However, process mining does not actually measure the efficacy of the individual controls in processes. It focuses on improving the effectiveness of processes.

While there is no doubt about the value of discovering and remediating deficiencies in individual controls, there is another function needed from a risk management perspective. That is calculating Aggregate Control Effectiveness. How well does your portfolio of Defensive Controls work together to reduce the likelihood of a loss event?

Aggregate Control Effectiveness must consider attack paths into and through an organization. A Defensive Control that has strong capabilities and is well configured will not reduce risk as much as anticipated if it is on a path that does not see many threats or is on a path with other strong controls.

In addition to discovering and prioritizing Defensive Control deficiencies, a Performance Control measurement program will improve the accuracy and precision of Aggregate Control Effectiveness calculations.

My next article will address the issue of Aggregate Control Effectiveness and its relevance to risk management. Stay tuned!

Next Steps: WEI provides enterprises with increased visibility at all touch points of the IT estate, and that includes at the edge and applications within the data center. How can we help your enterprise with its current and future cybersecurity architecture? Contact our experts today to get started.

About The Author

Bill Frank has over 24 years of cybersecurity experience. At present, as Chief Client Officer at Mr. Frank is responsible for leading Monaco Risk’s cybersecurity risk management engagements. In addition, he collaborates on the design of Monaco Risk’s cyber risk quantification software used in client engagements.

Mr. Frank is one of two inventors of Monaco Risk’s patented Cyber Defense Graph. It is the core innovation for Monaco Risk’s cyber risk quantification software which enables a more accurate estimate of the likelihood of loss events.

Prior to Monaco Risk, Mr. Frank spent 12 years assisting clients select and implement cybersecurity controls to strengthen cyber posture. Projects focused on controls to protect, detect, and respond to threats across a wide range of attack surfaces.

Prior to his consulting work, Mr. Frank spent most of the 2000s at a SIEM software company where he designed a novel approach to correlating alerts from multiple log sources using finite state machine-based, risk-scoring algorithms. The first use case was user and entity behavior analysis. The technology was acquired by Nitro Security who in turn was acquired by McAfee.

Bill Frank’s contact information:

• Email: bfrank@monacorisk.com

The post Using聽Performance Controls to Address Cybersecurity’s Achilles Heel appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Businesses face the constant challenge of fortifying their defenses to maintain resilience, productivity, and uninterrupted operations. This is especially important given the world’s increased data breach events, server outages, and the growing volume of data and users accessing their systems.

Striking a balance between keeping servers in top condition and managing costs is an ongoing struggle for most organizations. Additionally, IT infrastructure needs to be fast enough to detect and neutralize threats before further damage is caused. How can organizations ensure their server equipment consistently performs at peak level? This article examines solutions that may help support your business’s IT and cybersecurity goals.

Servers Are Working Double Time

Servers are under increased pressure due to evolving cybersecurity threats. Key challenges include:

1. Vulnerability to malware attacks and compromised data integrity/accessibility. Cybercriminals exploit human trust to steal sensitive information through methods like phishing and baiting.
2. Some attackers compromise software components during development or distribution.
3. Advanced persistent threats (APTs) are stealthy, targeted attacks coordinated by well-funded adversaries. They persistently sneak into networks and intercept server communication, typically aimed at conducting espionage or stealing data.
4. Distributed denial of service (DDoS) attacks constantly overwhelm servers, thus rendering them inaccessible to legitimate users.
5. Security teams are always on high alert due to threats powered by artificial intelligence (AI), as well as security risks related to the Internet of Things (IoT) and cloud computing. This is particularly challenging when their infrastructure is outdated and lacks adequate monitoring and automated mitigation capabilities.

Organizations must adopt a proactive, layered approach to safeguard their servers and data. 

Invest In Robust IT Infrastructure For Optimal Performance

Imagine a scenario where vulnerabilities are embedded within the very infrastructure powering your business. Data breaches and APTs cripple operations, erode customer trust, and inflict significant financial damage. This is a harsh reality for many organizations relying on servers with inadequate security measures. More than ever, investing in a strong cybersecurity infrastructure is essential to achieve an organization’s security goals. Dell understands the challenges of modern IT teams and they answer the call to introduce more secure platforms. With the advanced features offered by the 16^th Generation (16G) PowerEdge servers, you are assured of optimal server performance and security tailor-fit for your business requirements.

Let’s explore four ways PowerEdge servers can fortify an organization’s defenses.

1. Built-in Security

Dell’s 16G PowerEdge servers address cybersecurity challenges head-on with the (DSDLC). This comprehensive approach integrates security throughout the entire development process, from initial design to ongoing monitoring.

The benefits for enterprises include:

• Proactive Vulnerability Mitigation: DSDLC identifies and addresses vulnerabilities early in the development process through threat modeling and adhering to secure coding and vulnerability testing practices.
• Rapid Threat Response: The DSDLC framework enables swift responses to emerging threats. Dell’s security experts continuously monitor the threat landscape to ensure timely patches and updates.
• Compliance Advantage: The process aligns with industry standards, providing a solid foundation for compliance.

2. Hardware-Enforced Security

Beyond secure development, PowerEdge servers boast a range of hardware-based security features at the supply chain level that provide a strong foundation for your overall security posture. These features include:

• Silicon Root of Trust (RoT): This hardware technology establishes a hardware-based foundation for Zero Trust, which is also applied in their supply chain process. RoT uses cryptography to verify that a computer’s firmware is genuine before it even starts up. This prevents hackers from tampering with the system and drastically reduces their potential targets.
• Secure Boot: PowerEdge servers leverage to ensure only authorized firmware is loaded during the boot process. This safeguards against unauthorized modifications and malicious code injection.
• Trusted Platform Module (TPM) 2.0: An integrated security chip is embedded in each server to store encryption keys and perform secure authentication tasks.

These hardware-backed security features work together seamlessly to create a more robust and trustworthy server environment.

3. Automated Security Management

Manual security configurations are time-consuming and prone to human error. PowerEdge servers address this concern with the Integrated Dell Remote Access Controller (iDRAC), a management tool that streamlines workflows to minimize errors.

iDRAC allows you to:

• Automate firmware updates.
• Centralize security policies across your entire PowerEdge server fleet.
• Monitor system health and identify potential security threats in real time. iDRAC provides comprehensive system logs and alerts, allowing you to proactively address security concerns.

iDRAC empowers IT teams to focus on higher-level security strategies while reducing the risk of human error in security configurations.

4. Flexible Security 疯情AV

PowerEdge servers offer a wide range of security options including software integrations and features that are tailored to specific workloads. For example, virtualized environments benefit from for improved isolation. This flexibility allows you to develop a thorough security strategy that correlates with your organization’s needs and the threats it is defending against.

Final Thoughts

Dell 16G PowerEdge servers offer a compelling value proposition for security-conscious enterprises. These servers combine advanced technology, automation, and flexible security to help strengthen your cyber resilience, empower your IT team, and stay ahead of evolving threats.

Well-versed in server solutions, WEI is dedicated to helping your organization strengthen its cybersecurity posture by investing in advanced solutions such as Dell PowerEdge servers. Contact us as our team of experts is committed to empowering your organization to confidently navigate the digital landscape.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Four Ways Dell’s 16G PowerEdge Servers Boost Cyber Resiliency For The Enterprise appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Inside our IT bubble, leaders are aware of the cybersecurity skills shortage that plagues enterprises. As concerning as this challenge is, it may come as a surprise to the general public despite headlines over record ransoms, data leaks, and network breaches. Simply put, there are many more position openings than individuals available to fill them. This imbalance is creating a security gap that cybercriminals are taking advantage of.

Vying for experienced security professionals is highly competitive and costly for companies and organizations of all sizes. Unfortunately, expensive recruiting campaigns can leave under sourced companies, non-profits, and government organizations left in the cold against those with greater recruiting tools. And while larger corporations may have greater access to premier and efficient cyber talent, they often find themselves repeatedly competing for the same talent pool. Still, the beat goes on with the threat landscape growing more complex by the day.

CyberTrust Massachusetts

What IT leaders are looking for is a resource to address this critical security gap by cultivating new, diverse talent pools that leverage underutilized human capital. That is why WEI is proud to announce its partnership with CyberTrust Massachusetts, a nonprofit organization focused on building cybersecurity efforts across the commonwealth through hands-on training and education. The organization is aiming to address state-wide needs including:

• Inadequate security resources/practices: Organizations across Massachusetts are facing immense challenges to identify affordable resources to help them better defend against next-gen cyber threats and sustain modern cyber resiliency. This only heightens the need for businesses, non-profits, and local government to tap into a regional hub for meaningful cybersecurity development and support.
• Skills shortage: As we’ve recently touched on, there is a shortage of trained workers available to meet next-gen cybersecurity demands. According to CyberSeek, there are currently 20,000-plus cybersecurity job openings in Massachusetts. Meanwhile, communities of color and women are underrepresented in the cybersecurity workforce. This makes this cyber workforce shortage a unique opportunity for demographics that are frequently overlooked due to a lack of opportunity to obtain hands-on cybersecurity experience.

Cyber Range Offering

To combat the challenges bulleted above, MassCyberCenter has provided grants to Bridgewater State University and Springfield Technical Community College to support the establishment of SOC and Cyber Range facilities. Students gain much more than just textbook knowledge or virtual simulation training, as these facilities are designed to equip students with highly sought-after skills. These skills are partly learned through competitive cyber war gaming – an interactive exercise that places students in a simulated cyberattack environment. This includes real-life scenarios such as a data breach, discovery of sophisticated malware, and much more. Response from participating students has been overwhelmingly positive.

WEI’s Proud Participation

At WEI, we are aware of the challenges CyberTrust is taking on. With more than 20,000 cybersecurity job openings in Massachusetts, our experts have looked for ways to close the skills gap. Just as important, however, is CyberTrust’s mission to involve students of diverse populations and backgrounds, an endeavor that WEI has committed to with its new service, the This four-step training and mentoring process is specifically tailored to customer needs, roles, tools, and tech stack. It took no time for us to realize the values of CyberTrust Massachusetts connect with those of our own. Says WEI President Belisario Rosas:

“The CyberTrust mission directly correlates with the values of WEI as we focus on building a workforce representative of a diverse community, including people of all backgrounds who are passionate about solving complex problems.”

With a proven security team anchored by some of the top security professionals in the industry, WEI is looking forward to providing invaluable insights and knowledge to these promising students. Says WEI Cybersecurity GTM Leader Todd Humphreys:

“This program provides WEI with a unique opportunity to apply its cybersecurity expertise in ways that not only help fortify the regional security landscape but to also contribute to a sustainable pipeline of cyber talent that is critically lacking right now. We believe that the next generation of security leadership is already being educated at Massachusetts’ higher education institutions. WEI can’t wait to work with them.”

Through our involvement with CyberTrust, WEI aims to contribute to an expanded and more diverse workforce that not only benefits our cyber customers, but also helps enrich the northeast region. Whether you’re a student seeking a direct path into a cybersecurity career, a business in search of emerging talent, or a company with valuable resources and expertise to offer, we welcome you to join us in this remarkable initiative.

Next Steps: WEI provides enterprises with increased visibility at all touch points of the IT estate, and that includes at the edge and applications within the data center. How can we help your enterprise with its current and future cybersecurity architecture? Contact our experts today to get started.

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As threat actors get more sophisticated and aggressive campaigns become more commonplace, it is imperative that corporations step up their game. In the age of artificial intelligence (AI), machine learning (ML), and automation, the resources for a holistic approach have never been more available. Enterprises are starting to recognize the need to modernize their security operations center (SOC) with an advanced SOC solution. Unfortunately, CISOs everywhere are finding it difficult to identify a partner dedicated enough to conduct their due diligence about customer needs, identify potential solutions on the market, and deliver the know-how to implement the best technical solutions. WEI can do that.

Legacy SOC architectures are complex with many interdependent tools and processes housed within them. Many current SOC’s were built 15 years ago when the threat landscape was very different and the threat actors being less capable. Today, these brittle and hard to maintain platforms struggle to deliver the response and resolution times that are required, which leads to SOC analyst burnout and disappointing outcomes. In an attempt to keep pace, corporations continue to try to hire their way out of this problem with little effect. It doesn’t have to be this way.

Don’t Make It A “People Problem’

There aren’t enough skilled security analysts on the planet to solve this problem. Analyst retention and burnout are very real problems. However, in what can only be described as a back-slide, many large consulting firms and Global Systems Integrators are doubling down on the “body shop” approach to security operations. For a few million bucks a year, they will set you up with a team of 30-40 tier 1 analysts to simply perform basic alert triage activities. Spending a fortune to maintain a 15-year-old model that is no longer effective doesn’t make much sense.

Forward-thinking organizations have begun to implement comprehensive automation strategies that fully automate Tier 1 activities and investigations. In many cases, much of the Tier 2 workload has been automated as well. This modern approach frees up their SOC and IR teams to focus on what is important – preventing critical incidents, hunting for threats proactively, and improving security posture.

The Modern SOC: Powered By Automation, Artificial Intelligence and Machine Learning

Ideally, all small, medium and large enterprises have some formidable solution in place for monitoring, preventing, and responding to threats. Of course, the term “formidable” has a different connotation depending on the size of the business, the industry they operate in, the type of data they store, available resources, security culture, etc. But as larger businesses are increasingly shifting to a digitalized operating model, the need for a modern SOC becomes more apparent — just ask any SOC analyst about the benefits of automation and analytics.

This cloud-delivered integrated platform reduces the duration of time between detection (MTTD) and resolution (MTTR) through the help of cutting-edge AI and ML. It combines the key functions of SIEM, SOAR, XDR, UEBA, threat intelligence, and attack surface management — essentially putting the legacy architectures mentioned above out to cyber pasture. Think about it – the traditional approach to incident response is based on the detection of a breach and conducting a historical reconstruction and root cause investigation of how the event took place…then using that new understanding to improve controls to prevent the attack from happening again.

This approach begs a serious question: If you had collected all the data needed to perform this historical analysis and to reconstruct the attack, what prevented you from detecting these attack indicators in real-time and stopping them as they were happening? You had the data. What stopped you from actively preventing the attack? Legacy SOC’s were designed specifically to support the legacy, historical investigation approach. The modern SOC is focused on automated, rapid detection, and prevention.

Components of the modern SOC:

• Functions of SIEM, SOAR, TIM, ASM in a single or tightly integrated platform.
• A single, normalized data store.
• Prevention at the core. If you have an opportunity to prevent, take it!
• Automation as the foundation – not as a last step in the IR process.
• Embedded analytics, AI, and ML models – natively provided.
• Collection of good, useful data from the network, endpoint, cloud, and user info.
• Automatic incorporation of natively provided and third-party threat intelligence.
• Profiling of device, user, and network behavior to detect anomalies.
• Case management and automated incident creation.

What are the results a customer can expect in a cloud-delivered integrated SOC platform? The key functions of SIEM, endpoint security, threat intelligence, XDR, attack surface management, UEBA, SOAR and CDR collectively offer:

• Dramatically reduced MTTD and MTTR
• Improved analyst experience by eliminating silos
• Enhanced detection of advanced attacks
• Simplified data onboarding & integration
• Accelerated investigations with intelligent alert grouping
• Reduced risk with attack surface management
• Automated response suggestions for incidents
• Extended security operations to the cloud for comprehensive visibility

AI/ML-powered SOC tools address the challenges of traditional SOC. For example, AI/ML can be used to automate many of the manual tasks that are currently performed by overburdened SOC analysts, such as alert triage and incident investigation. This frees analysts to focus on more complex tasks and improves the overall efficiency of the SOC. Personnel also experience improved visibility into their environment, including assets and data that were previously invisible. The result is detecting and responding to threats quickly and effectively.

Lastly, there is the development of new detection methods. AI/ML can be used to develop new detection methods that are more effective against new and emerging threats. AI/ML learns from historical data to identify patterns and anomalies that are otherwise difficult for human analysts to detect. It is clear why leaders are eager for an advanced SOC solution, in addition to the usual NGFW and remote access solutions. If an advanced SOC stack is too much too fast, there is SOCaaS, which WEI supports very well.

WEI’s Ongoing Mission To Deliver Premier Cybersecurity 疯情AV

Bottom line, WEI’s cybersecurity vision is to effectively deliver advanced solutions to help customers meet/exceed business objectives. So often, the WEI security team enters a project where serious voids are left behind by a customer’s tone-deaf partners. This is a result of partners “registering” every vendor within a given cyber category for every customer project, whether that is necessary or not. This leaves the customer with zero meaningful guidance. Still, the partner wins and makes their margin. This is a scenario WEI avoids.

Looking Ahead

2024 is here and so is the SEC’s ground-breaking adoption of cybersecurity risk management, strategy, governance, and incident disclosure by public companies Effective December 18, 2023, an Item 1.05 Form 8-K form will generally be due just four business days after a registrant determines that a cybersecurity incident is material. The security infrastructure of many large enterprises cannot support this required deadline. It is WEI’s job, as a value-added reseller, to educate customers about a better way to approach detection and response and enable them to meet these new reporting requirements.

Over the next year, WEI’s digital communications will feature a focus on cybersecurity. Content will dive into viable solution trends, prominently explain WEI’s security capabilities, and provide WEI’s take on the solutions its valued partners offer. This also includes a recap of the numerous events the cyber team will coordinate and attend.

For any questions about WEI’s robust cybersecurity practice or to discuss WEI’s next-gen solutions, please contact WEI here.

Next Steps: Following a cyber incident, cybersecurity teams often resort to their data sources to identify how the incident transpired. While analyzing these data sources, a critical question must be asked – what prevented cyber personnel from stopping the cyberattack in real time? 

In this data-driven era, cybersecurity practices have increasingly focused on the prevention phase, made possible by leveraging the data already present in a cybersecurity environment. Prevention is your first line of defense, it is time to leverage its power and potential.

to learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

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This is the final installment of a two-part series dissecting the Left of Bang strategy and mindset and how it applies to modern cybersecurity practices. Click here to read part one. Left of bang is a proactive cybersecurity approach that strengthens incident detection and response by identifying and addressing threats before they impact the organization.

The risk of a cyberattack is a growing concern for organizations, and with an event occurring every 39 seconds, chief information security officers (CISOs) are taking it seriously. Left-of-bang technologies help organizations proactively identify cyber threats to prevent attacks and better manage risk. With the organization’s operational integrity, financial stability and brand at stake, cyber leaders are prioritizing cybersecurity, making it an essential part of their business strategies, rather than a nice-to-have, add-on service.

However, moving cybersecurity left of bang can be difficult for organizations that lack the on-staff expertise to recognize cybersecurity vulnerabilities. A knowledgeable value-added reseller like WEI can help organizations move cybersecurity left of bang and integrate the technologies that address their cybersecurity weaknesses and industry- and business-specific needs.

The Value of Left of Bang Technologies

These solutions are designed to help minimize risk and exposure to prevent attacks before they impact the organization. The analytics and automation built into these tools can help organizations speed threat detection and response, better manage their internal resources and address the constantly changing threat landscape.

Improving Mitigation Speed

Armed with powerful analytics, left-of-bang technologies constantly scan the IT environment for threats, using automated responses to quickly remediate issues. These advanced capabilities help organizations lower the mean time to detect (MTTD) and mean time to respond (MTTR) to an attack. Organizations use these metrics to measure their cybersecurity progress.

Easing the IT Skills Shortage

Analytics and automation also minimize the strain of the IT skills shortage. Many organizations are bringing their outsourced managed detection and response (MDR) initiatives back in house, putting greater expectations on their internal teams. By automating detection and response, such technologies allow organizations to better utilize their IT resources.

Keeping Pace with Evolving Threats

Bad actors continuously evolve their attack tactics, and organizations need to keep up. 疯情AV focused on left-of-bang combine analytics and the latest threat intelligence to detect new threats and network anomalies that may indicate an attack. User and Entity Behavior Analytics (UEBA) technology help organizations recognize behavioral anomalies, such as individuals accessing systems or data outside their normal scope of work or downloading data to an external device, to address a potential issue early.

A Technologies that Assess the IT Environment

An effective cyber strategy begins with situational awareness. This is achieved through asset management, vulnerability management, and penetration testing or red teaming.

Asset Management. Asset management technologies provide visibility into an organization’s IT environment, including all endpoint devices, users, software and cloud services. By inventorying all cyber-enabled assets, organizations have a clear picture of what needs to be monitored and protected. The environment is continually reviewed as new assets are introduced and existing assets are changed and decommissioned.

Vulnerability Management. Vulnerability management technology helps organizations identify, assess and address security weaknesses and prioritize remediation efforts to better secure IT assets.

Penetration Testing and Red Teaming. Penetration testing and red teaming both stage an ethical attack on an IT environment to identify gaps that provide access to bad actors; however, their approaches are different. Red teaming more closely simulates a real-world attack. The exercise is executed over several weeks without the organization’s knowledge. During this time, the red team looks for weaknesses, attempting to penetrate as far into the network as possible. With penetration testing, the organization is aware that an attack with a pre-determined scope will occur during an agreed-upon timeframe.

Technologies that Prevent an Attack

The goal here is to stop an attack from occurring. Two of the most common prevention technologies are next-generation firewalls (NFGW) and endpoint security.

NGFW. Traditional firewalls block potential threats by monitoring and filtering network traffic according to predefined parameters. NGFWs introduce additional capabilities to improve decision-making on traffic flow and defend against modern cyber threats.

Endpoint Security. Every endpoint device provides a potential access point for an attack. To block potential threats, endpoint security technology uses artificial intelligence (AI) to assess incoming data against an ever-expanding database of threats.

Proper Deployment of Cyber 疯情AV. Simply installing left-of-bang technology is not enough. Organizations need to ensure the technology utilizes the right settings to fortify their environments. This may include having proper policies configured and set to block, or up to date versions of products that introduce the latest prevention capabilities.

Integrating Right-of-bang 疯情AV for a Comprehensive Strategy

While left of bang is ideal to prevent attacks, every organization should have a comprehensive cybersecurity strategy that includes right-of-bang technologies as well. These technologies support event detection and response as well as recovery efforts to restore the IT environment and any lost data. By addressing threats across all five cyber domains, assessment, prevention, detection, response and recovery, organizations align their strategies with the (NIST) cybersecurity framework for a powerful cyber defense solution.

Building a dynamic cybersecurity strategy that prioritizes left of bang while integrating right of bang can be challenging, especially for organizations without the necessary resources. WEI’s experienced cybersecurity engineers can help organizations shift their cybersecurity strategy left of bang and deliver additional value including:

Demonstrating ROI

While CISOs understand the value of left-of-bang solutions, business leaders may not recognize the benefits until it is too late. WEI guides CISOs to build the business case for a left-of-bang strategy to help achieve executive buy-in.

Offering Experience in the Latest Cybersecurity 疯情AV

The cyber landscape is complex and continually evolving, making it difficult for organizations to keep up. Every year, WEI helps organizations establish and continually evolve a cybersecurity plan that:

• Identifies cybersecurity weaknesses.
• Moves cybersecurity left of bang for better visibility of the threat landscape.
• Manages the ever-changing and increasingly sophisticated cyberattack landscape.
• Integrates tools to simplify and speed cyber threat management.

Ensuring Cybersecurity Products Work Together Seamlessly

An effective cybersecurity strategy integrates multiple products to address threats across the full attack continuum. Ensuring these products work together effectively can be complex, especially when organizations add new solutions over time. WEI can help ensure cybersecurity technologies are properly deployed and follow best practices to effectively protect the IT environment and business operations.

Meeting Specific Cybersecurity Requirements

Every company’s cybersecurity philosophy, risk tolerance, budget and journey are different. WEI guides companies to recognize and address their business- and industry-specific risks by assessing the criticality of confidentiality, integrity and availability (CIA). For example, financial services and healthcare organizations place a heightened focus on data confidentiality and integrity because they handle highly sensitive data and have strict compliance requirements around data security. Availability is also critical to these organizations as downtime can negatively impact earnings and patient care. Other industries are better suited to tolerate data loss, making confidentiality and integrity less critical.

Embracing Left of Bang for a More Secure Future

A left-of-bang approach is a powerful investment in a company’s cyber posture and operational integrity. WEI can help your organization adopt this proactive approach to head off an attack before it impacts the business. Ready to improve your cyber defenses? WEI is here to help. Contact us here.

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There used to be a single test to determine the effectiveness of your data backup strategy. It centered around successfully restoring your data from a backup, and you would rest easy knowing that you would, in theory, recover from a data loss event. It was really that simple.

The simplicity of these dated digital environments has given way to today’s complex and time-sensitive landscape. With digital transformation accelerating, data now spans from data centers to the computing edge, supporting mission-critical applications built on intricate layers. Business processes today crucially rely on IT, making any disruption not just inconvenient, but costly. As the highlights, business interruption costs form the bulk of losses in ransomware attacks.

The New Reality Of Ransomware Costs And A Heightened Focus On Prevention

Reflecting this reality, the manufacturing sector often shows a greater willingness to pay ransoms compared to other industries, primarily due to the high costs associated with downtime. Ransomware ganges capitalize on this and frequently demand exorbitant ransoms, sometimes exceeding $1 million from these targets. These perpetrators truly understand the critical impact of operational disruptions in this sector.

Today’s businesses can’t afford the downtime associated with recovery from such attacks as the cost of being offline can be astronomical. The simple need for uninterrupted operation is a vital truth in today’s digital era. Implementing a secure backup strategy is still important. In fact, our team has identified common mistakes that cybersecurity professionals continue to make with their backup systems. But IT security leaders must shift away from the reactive mindset of detect and respond, and turn their focus to full-on prevention.

Ransomware Attacks Are Performed In Stages

Infiltrating your network is only the first step of a multi-pronged ransomware attack. Attackers often spend extensive periods, ranging from weeks to months to years, covertly studying targeted systems. This period of surveillance is aimed at not only locating your data but also understanding its protective measures. As a security leader, this must be unnerving knowing there are unidentified eyeballs surveying your practice. During this hidden phase, attackers meticulously plan their strategy, which may involve compromising backups by deletion, corruption, or alteration, followed by targeting the virtual infrastructure to disable servers. Once these boxes are checked, the process of encrypting the data stores begins.

This multi-stage strategy is referred to as the cyber kill chain, a model used to describe the stages of a cyberattack, from initial reconnaissance to the final execution of the ransomware. This more calculated approach to attacks signifies the evolving sophistication of ransomware operations. Although recent ransomware reports suggest a slowdown in ransomware proliferation in 2022, this trend is misleading. The decrease partly stems from attackers becoming more selective, focusing on targets capable of yielding substantial ransoms. The shift from high-volume to more calculated, strategic ransomware campaigns mark a significant change in the tactics of modern cybercriminals.

Companies Turning To AI For Combatting Ransomware

Security leaders must consider the escalating complexity of threats as the primary challenge in thwarting ransomware attacks. Thankfully, WEI has long recognized the adoption of advanced technologies, particularly those powered by Artificial Intelligence (AI), Machine Learning (ML), and Deep Learning (DL) as a top priority for evolving enterprise security strategies. The unique ability of AI to detect ransomware at each stage of the cyber kill chain is essential for protecting the expansive and complex networks of modern enterprises. WEI operates in lockstep with industry leaders to ensure customers are receiving an advanced and custom-tailored security product that is infused with AI capabilities to bolster ransomware defenses. Four key benefits to this next-gen approach include:

• Efficiently handling vast amounts of event data produced by contemporary, digital-first organizations.
• Detecting anomalous and high-risk activities that often resemble legitimate operations.
• Providing complete coverage across all cyber kill chain stages to assemble a comprehensive overview.
• Seamlessly integrating with traditional security measures in a unified cybersecurity platform, enhancing simplicity and operational speed.

The sooner cyber analysts can identify a ransomware attack, the sooner eradication measures are deployed. AI can correlate data from various sources to provide a holistic view of the security landscape, which is vital to detect multi-vector ransomware attacks. Once detected, AI-driven tools automate responses to detected threats, significantly reducing the time between detection and response. In the case of ransomware, this rapid response is crucial to prevent the spread of the attack and limit damage.

Talk To WEI About Your Ransomware Prevention Strategy

A longtime partner of the industry’s top cybersecurity leaders, the seasoned experts at WEI know firsthand that AI-driven security products stand as a formidable line of defense in the ongoing battle against ransomware. By harnessing the power of advanced AI and ML technologies, automation offers unparalleled threat detection, predictive analytics, and rapid response capabilities. WEI can effectively guide organizations with the proven tools needed to not only identify and mitigate ransomware threats swiftly, but to also adapt and stay ahead of evolving cyber threats.

Further fortify their defenses, minimize vulnerabilities, and ensure a more secure and resilient digital environment against the ever-present threat of ransomware. Contact WEI today to learn how and where to start strengthening your ransomware prevention strategy.

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