For years, cybersecurity leaders have focused on protecting endpoints, networks, applications, and data. Those investments remain critical. But the way attacks actually work has changed, and attackers have found a far more efficient path into enterprise environments.

Attackers are no longer breaking in. They’re logging in.

Phishing, credential theft, MFA fatigue attacks… attackers have figured out that the front door is easier than the window. Why exploit a vulnerability when you can just log in?

As a result, identity has become one of the most important battlegrounds in cybersecurity. Yet many organizations continue to focus their resilience strategies on data recovery while overlooking the systems that control access to that data. At WEI, we鈥檙e increasingly having conversations around a concept that wasn鈥檛 part of most cybersecurity discussions just a few years ago: identity resilience. It鈥檚 a topic we explored recently on the with Patrick Haverty and Parker Gaines from Rubrik, and the conversation reinforced just how wide the gap remains between where most organizations think they are and where they actually need to be.

Identity resilience may be one of the most important cybersecurity discussions happening today, yet many organizations have not addressed it directly. The data supports that concern. Investigations Report found that credential abuse was responsible for 22 percent of breaches analyzed, underscoring how often attackers gain entry through trusted identities rather than technical exploits.

Security leaders should ask a fundamental question: if an attacker compromises identity infrastructure, can the organization quickly recover? More importantly, can it recover with confidence?

The Stryker Lesson

A more recent example comes from the March 2026 cyberattack against medical technology giant Stryker. found that attackers gained administrative control over identity and device management systems and used that access to remotely wipe corporate endpoints across the organization, with no traditional ransomware involved.

The incident demonstrated a reality many organizations are only beginning to appreciate: attackers don’t need malware to create disruption. Control over the identity infrastructure is enough. And recovery gets especially hard when the systems you’d use to fix the problem are the same ones that got hijacked.

For security leaders, the lesson extends beyond healthcare. The same exposure exists whether the environment runs on Active Directory, Microsoft Entra ID, Okta, or a mix of identity platforms. Prevention alone doesn’t solve it. What matters is how quickly the organization can recover once trust in that infrastructure is gone.

What We’re Seeing in the Field

WEI is seeing a growing disconnect between identity protection and identity recovery. Most organizations have done the work. MFA, PAM, Zero Trust, conditional access. Those investments matter. But every one of them is built around keeping attackers out. None of them answer the harder question: what happens when someone is already in?

The MGM breach in 2023 is a good example. Scattered Spider didn’t exploit a technical vulnerability. They called the help desk, impersonated an employee, got an MFA reset, and walked straight through the front door. Then they went after the identity layer itself. Whether that’s Active Directory, Microsoft Entra ID, Okta, or a combination of identity providers, compromising the systems that control authentication gives attackers a powerful path to disrupt business operations. The damage ran north of $100 million.

When we ask organizations how they would recover from a compromised identity platform, the conversation often becomes much less certain.

Today鈥檚 identity environments span Active Directory, Microsoft Entra ID, Okta, SaaS applications, cloud services, and hundreds of interconnected business systems. As those systems get more tightly woven together, a disruption in one identity provider ripples across the whole organization fast. Many have tested their backups. Far fewer have tested the recovery of the systems responsible for authenticating users, enforcing access policies, and establishing trust across the enterprise.

Most have invested heavily in protecting identities. Far fewer have a clear answer for what happens when those protections fail.

The New Reality: Attackers Target Trust

Recent high-profile attacks continue to demonstrate a common pattern. Attackers compromise a user account through phishing, credential theft, social engineering, or password reuse. Once inside, they escalate privileges, establish persistence, and begin targeting identity infrastructure.

Accessing data is often only part of the objective. What attackers really want is control over the environment itself. Who gets in, who gets locked out, and who decides. They get there by manipulating administrative accounts, group policies, identity providers, or access controls. Restoring that control is a harder problem than most recovery plans account for.

Why Traditional Recovery Strategies Fall Short

When identity infrastructure is compromised, organizations often face two difficult options.

The first is restoring from backup. Determining whether a backup represents a truly clean recovery point is where things become difficult. If an attacker maintains persistence in the environment before discovery, organizations risk restoring malicious changes alongside legitimate configurations.

The second option is rebuilding identity infrastructure from scratch. Whether the environment is centered on Active Directory, Microsoft Entra ID, Okta, or a hybrid identity architecture, recovery can quickly become a complex and time-sensitive exercise. Rebuilding forests, domain controllers, trusts, policies, permissions, and integrations can become a lengthy and error-prone process that places significant operational pressure on IT teams.

Neither option inspires confidence, and confidence is exactly what organizations need during a cyber crisis.

Most recovery strategies were built around attackers exploiting systems rather than authenticating into them. When a trusted identity becomes the vector, you need more than backup plans. You need to be able to rebuild confidence in the environment itself. It鈥檚 a problem Rubrik has spent considerable time solving, and it鈥檚 what drew us to partner with them on this.

How Rubrik Addresses the Identity Recovery Gap

Some of what Rubrik鈥檚 incident response team has documented stopped me cold. When companies try to rebuild Active Directory from scratch after an attack, the process fails roughly 80 percent of the time. The manual runbook runs about 150 pages. One step out of sequence and you go back to the beginning. And the people who know that process well enough to execute it when you are under real pressure? In most organizations, that鈥檚 one or two people. If they鈥檙e traveling, or on vacation, you have a serious problem on top of an already serious problem.

The 鈥渓ast known good鈥� problem also came up in our conversation, and it鈥檚 worth dwelling on. Restoring from backup sounds straightforward until you realize you can鈥檛 always be certain the backup itself is clean. If an attacker had been sitting in the environment for weeks before discovery, you risk pulling their persistence right back in. Rubrik identifies clean recovery points automatically and won鈥檛 let you restore to a state that contains ransomware or anomalous activity. During an incident, that takes one very difficult question completely off the table.

At WEI, we talk a lot about being 鈥渓eft of bang鈥� versus 鈥渞ight of bang鈥� 鈥� preparing before an attack versus responding after one. Rubrik is genuinely built for both. Their posture monitoring identifies misconfigurations and overprovisioned privileges before anyone exploits them. The recovery side handles what comes next if prevention fails. What I keep coming back to is that they treat identity the same way mature security programs treat data: not just something to protect, but something you actually have to be able to recover. That鈥檚 a different standard than most of what I see in the market.

Are You Prepared to Recover Trust?

Most security leaders can identify their RTO for data recovery, although fewer know how long it would take to restore a compromised Active Directory, Entra ID, or Okta environment, or whether they’d even know what a clean recovery point looks like.

That鈥檚 the gap worth closing. No prevention strategy is perfect, and the organizations that weather attacks best are the ones who鈥檝e already thought through what comes next.

MFA matters. Backups matter. But neither tells you what to do when authentication infrastructure itself is what鈥檚 been compromised. If your identity infrastructure went down tomorrow, would you know what to do? If the answer isn’t an immediate yes, that’s worth a conversation before it becomes a crisis.

Next Steps: A few years ago, identity recovery wasn鈥檛 on most security roadmaps. That鈥檚 changed fast. It is now a core component of cyber resilience, operational continuity, and business risk management.

WEI helps organizations evaluate identity risks, validate recovery strategies, and identify gaps that traditional security and disaster recovery assessments often miss. Whether you鈥檙e assessing Active Directory, Microsoft Entra ID, or Okta dependencies, modernizing identity architecture, or evaluating your ability to recover from an identity-based attack, our team can help you develop a practical path forward. If you鈥檇 like to see Rubrik鈥檚 identity recovery in action before making any decisions, we can also arrange access to their hosted lab environment where you can run real recovery scenarios without touching your production systems.

If you’re not completely confident in the answer, now is the time to find out, not during a cyber incident.

Frequently Asked Questions

What is identity resilience in cybersecurity?

Identity resilience refers to an organization’s ability to recover its identity infrastructure, including Active Directory, Entra ID, Okta, and access management systems, after a cyberattack or outage. It goes beyond identity protection to address what happens when prevention fails.

How do organizations recover Active Directory after a ransomware attack?

Recovery typically involves restoring from a known clean backup or rebuilding from scratch, and the same challenge applies to Entra ID and Okta environments. Both options are complex. The bigger challenge is confirming the backup itself is free of attacker persistence before restoring it.

What did the 2026 Stryker attack reveal about identity resilience?

The Stryker attack gave attackers administrative control over the company鈥檚 identity and device management systems, which they used to remotely wipe devices across the organization. No ransomware was involved, since control over identity alone was enough to cause the damage.

What is the difference between identity security and identity resilience?

Identity security focuses on preventing unauthorized access through tools like MFA, Zero Trust, and privileged access management. Identity resilience focuses on recovering trust and access after those protections have been breached.

The post When Identity Infrastructure Fails, Can Your Business Recover? appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Businesses today are managing distributed applications, remote users, and workloads across multiple platforms. In this context, the role of the next-generation firewall has fundamentally shifted from a perimeter control to a central pillar of enterprise security strategy.

Why the Next-Generation Firewall Matters 

A next-generation firewall is expected to deliver deep packet inspection, application awareness, and real-time threat intelligence in one platform. This capability is essential when businesses consider that the average cost of a data breach has reached $4.4 million, underscoring the financial exposure tied to inadequate protection. As organizations expand across hybrid and cloud environments, traditional firewall models cannot keep pace. 

Hybrid Cloud Firewall StrategyandMulti-Cloud Security Challenges 

One of the challenges businesses face is managing a hybrid cloud firewall strategy that spans on-premises infrastructure, private cloud, and public cloud services. More than 60 percent of organizations are expected to operate multiple firewall deployment types by 2026, which introduces policy fragmentation and operational gaps. Without a cohesive hybrid cloud firewall strategy, security teams often struggle to maintain consistent controls and governance.

At the same time, multi-cloud security requirements are increasing. Business applications often run across platforms such as AWS, Azure, and private environments, each with its own configuration. This fragmentation creates blind spots that attackers can exploit. A modern next-generation firewall addresses this by enforcing consistent policies across environments, enabling organizations to align security controls regardless of where workloads reside.

Fortinet provides a useful example of how vendors are responding to these demands. Its FortiGate platform integrates firewalling, SD-WAN, and zero trust capabilities into a unified system designed for hybrid deployments. 疯情AV like this demonstrate how a next-generation firewall can consolidate multiple functions into a single control point.

Operationally, many enterprises rely on disconnected tools that increase administrative burden and slow response times. A well-implemented hybrid cloud firewall strategy simplifies this by centralizing policy management across distributed environments. Unified management across on-premises and cloud deployments is essential to maintain consistent security policies and reduce operational overhead.

Real-World Impact and Emerging Threats 

Real-world outcomes reinforce this approach. In one large-scale deployment scenario, an organization improved security team productivity by 60 percent while completing over 5,000 site deployments in just 15 months. These results highlight how a next-generation firewall, when integrated into a hybrid cloud firewall strategy, can directly impact operational outcomes.

Approaches to multi-cloud security must also account for the rise of AI-driven threats. By 2025, 80 percent of cyberattacks are expected to involve AI in some form. This shift requires advanced detection capabilities embedded within the next-generation firewall itself. AI-powered threat intelligence enables faster anomaly identification and reduces reliance on manual intervention.

Aligning Next-Generation FirewallStrategy with AI and Business Outcomes 

As organizations invest in AI, the intersection of security and innovation becomes more important. Partnering with an AI infrastructure partner can help align firewall strategies with broader digital transformation goals. Many enterprises are turning to AI infrastructure consulting to ensure their security architecture supports new workloads and data pipelines.

The best enterprise AI integration services align network security with application performance and data governance. A next-generation firewall plays a foundational role by securing data flows across environments, which is essential for supporting AI initiatives and protecting critical workloads. Without a strong hybrid cloud firewall strategy, AI initiatives may introduce additional risk rather than a business advantage.

Another important consideration is cost control. Organizations that transitioned to integrated firewall platforms have reported up to 40 percent reductions in connectivity costs and significant savings in infrastructure spend. These outcomes demonstrate that a well-designed multi-cloud security framework not only protects assets but also contributes to financial efficiency.

Ultimately, success depends on how effectively security is unified across environments. A next-generation firewall, when deployed as part of a cohesive hybrid cloud firewall strategy, enables consistent policy enforcement, supports multi-cloud security requirements, and aligns with modern application architectures. This approach ensures that businesses can manage complexity without sacrificing control.

Final Thoughts

As enterprise environments continue to expand, aligning a hybrid cloud firewall strategy with broader digital initiatives is essential. WEI brings deep expertise as an AI infrastructure partner, offering consulting and delivering the best enterprise AI integration services to help organizations accelerate AI time to value. Contact WEI to design a next-generation firewall approach that supports long-term security and innovation goals.

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Designing a cyber recovery strategy for hybrid cloud environments is a priority for enterprise IT leaders responsible for always-on operations. As applications and data are distributed across on-premises infrastructure and cloud platforms, unplanned disruptions such as cyberattacks, outages, and data corruption become primary availability threats.

Enterprise recovery expectations increasingly require recovery point objectives measured in seconds and recovery time objectives measured in minutes. Meeting these expectations requires more than traditional recovery planning. A cyber recovery strategy for hybrid environments must support continuous data protection, application-level recovery, and frequent validation without impacting production systems.

The Limits of Traditional Hybrid Cloud Disaster Recovery Approaches

Hybrid cloud disaster recovery is difficult when recovery solutions rely on backup-centric systems with scheduled recovery points. These approaches create gaps between recovery checkpoints and limit the ability to restore applications to precise points in time.

Zerto contrasts this model by highlighting its always-on replication and continuous data protection, which create thousands of recovery points seconds apart. In addition, recovery plans lacking orchestration depend on manual processes, increasing complexity during recovery events. Hybrid cloud disaster recovery requires recovery models that treat multi-VM applications as cohesive units and support coordinated restoration across environments.

Why Continuous Testing Is Essential to a Cyber Recovery Strategy

A cyber recovery strategy must validate continuously to remain effective as environments change. Infrastructure updates, application changes, and new workloads can quickly make recovery plans outdated.

Zerto enables non-disruptive testing of failover, failback, and other recovery scenarios at any time without production impact. Continuous data protection and journal-based recovery allow IT teams to validate recovery readiness using real recovery checkpoints seconds apart. This approach allows testing to become a regular operational practice rather than a disruptive, infrequent exercise.

Data Protection Services Designed for Hybrid Cloud Operations

Enterprise data protection services must operate consistently across on-premises, private cloud, and public cloud environments. Point solutions designed for individual platforms introduce operational intricacy and limit recovery options.

Zerto combines disaster recovery, ransomware resilience, and cloud mobility in a single, software-only solution. Always-on replication removes the need for scheduling, agents, and appliances while supporting recovery to, from, and between cloud environments. More than 350 managed service provider offerings are built on this model, providing organizations with multiple deployment and management options aligned with business requirements.

Hybrid Cloud Disaster Recovery and Strategic Technology Alignment

Hybrid cloud disaster recovery increasingly intersects with infrastructure modernization and artificial intelligence initiatives. As organizations deploy analytics and AI workloads, recovery architectures must protect data pipelines that span environments while maintaining low recovery objectives.

Working with an AI infrastructure partner such as WEI, that understands both resilience and modernization, helps ensure recovery planning aligns with broader technology strategies. Enterprises pursuing AI infrastructure consulting benefit when recovery architectures support advanced workloads, integrate with best enterprise AI integration services, and help accelerate AI time to value without compromising recoverability.

How WEI Delivers Cyber Recovery Strategy With Zerto

WEI helps organizations design and operationalize cyber recovery strategy frameworks aligned with business priorities and operational requirements. By leveraging Zerto鈥檚 continuous data protection, orchestrated recovery, and non-disruptive testing capabilities, WEI enables enterprises to protect applications and data across hybrid environments with confidence.

As a trusted advisor, WEI brings together recovery planning, infrastructure design, and AI infrastructure consulting for enterprises. This approach ensures data protection services support both operational continuity and long-term innovation. Organizations working with WEI gain a recovery framework that integrates with hybrid environments while supporting best enterprise AI integration services and helping accelerate AI time to value.

Final Thoughts

Enterprise resilience depends on more than backups. A well-designed cyber recovery strategy must support continuous protection, frequent testing, and application-centric recovery across environments. Hybrid cloud disaster recovery requires modern data protection services built for distributed architectures and future technology initiatives.

WEI brings deep expertise in designing recovery solutions for enterprise hybrid environments using proven platforms like Zerto. If your organization is reassessing its approach to hybrid cloud disaster recovery or looking to modernize data protection services, contact WEI to discuss how your recovery strategy can support both business continuity and long-term innovation.

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