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Before You Trust AI with Your Data, Read This: The Case for Data Security Posture Management (DSPM)
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In March 2026, medical device manufacturer Stryker became the latest highprofile example of how a cybersecurity incident can rapidly evolve into an enterprisewide business disruption. While much of the public conversation focused on containment and attribution, the more important story lies beneath the headlines: the incident exposed how deeply modern business operations depend on identity platforms, SaaS services, and cloud management planes.
This event was not a failure of technology alone. It was a resilience test—one that many organizations across industries would struggle to pass today. As cyberattacks increasingly bypass traditional malware and instead exploit legitimate administrative tools, leaders must accept a new reality: cybersecurity incidents are inevitable; operational failure is not—if resilience is intentionally designed.
Public reporting indicates that attackers gained access to Stryker’s Microsoft Intune environment, allowing them to issue remote wipe commands across tens of thousands of corporate devices. Estimates place the number of impacted endpoints at roughly 200,000 worldwide, temporarily disrupting manufacturing, ordering, logistics, and internal productivity.
Industry analysts estimate direct recovery costs in the tens of millions of dollars—before factoring in lost productivity, delayed shipments, incident response retainers, overtime labor, or reputational impact. Importantly, this was not a classic ransomware event. No mass encryption or ransom demand was required. Instead, threat actors leveraged trusted administrative access and builtin tooling to cause largescale disruption in minutes.
This distinction matters. It highlights that identity compromise and managementplane abuse now represent some of the most destructive attack paths facing modern enterprises.
Following the incident, financial and healthcare sector commentary emphasized a critical shift: the speed and reliability of recovery now define cyber resilience—not just prevention. Even the most wellfunded security programs cannot guarantee that privileged access will never be compromised.
Resilience assumes failure and plans for it. While traditional security focuses on blocking attacks, resilience focuses on limiting blast radius, preserving core operations, and restoring functionality predictably. It demands an “assume breach” mindset, where leadership asks not only how do we prevent this? but what happens when it still occurs?
The Stryker event is a sobering reminder that organizations overly focused on detection without equal attention to recovery readiness remain exposed to disproportionate business risk.
One of the most common failure points revealed in destructive cyber events is overtrust in traditional backup architectures. When backups remain logically connected to the same identity plane as production systems, attackers with elevated privileges can delete or corrupt recovery data alongside primary workloads.
A resilient architecture requires outofline and immutable backups—recovery assets that are physically or logically isolated from everyday administrative access. These environments must require separate authorization paths and should not be modifiable by global administrators alone.
Additionally, resilience architectures should enforce operational safety limits, such as:
• Preventing mass deletions or global configuration changes from executing immediately
• Introducing builtin delays or approval thresholds for destructive actions
• Alerting on anomalous administrative behavior before irreversible damage occurs
Backups are only valuable if they survive the attack intact.
Many organizations claim to have cyber response plans, yet few have fully documented, tested, and executable recovery playbooks that account for identity compromise, SaaS outages, or administrative plane destruction.
True resilience requires clear differentiation between incident response, disaster recovery, and business continuity. These plans must be written so they can be executed under stress—not only by subjectmatter experts, but by crossfunctional teams if key individuals are unavailable.
Modern resilience programs increasingly rely on orchestration platforms that dynamically generate and update recovery documentation as systems change. This ensures plans accurately reflect reality, even in complex or frequently evolving environments. Documentation that automatically updates within minutes—not months—dramatically reduces recovery friction during real incidents.
At a minimum, all recovery documentation should be tested annually and revisited after any major architectural or operational change.
The Stryker breach reinforces a critical point: resilience extends well beyond data protection. Identity providers, SaaS platforms, MDM solutions, and cloud control planes must be safeguarded with the same rigor traditionally reserved for core infrastructure.
Key architectural resilience controls include:
• Foureyes verification, requiring two distinct credentialed administrators to approve highrisk changes
• Geolocation login monitoring, automatically blocking privileged access attempts from unusual regions pending additional verification
• Strict privileged access scoping, limiting what administrators can do, when, and for how long
• Protection of SaaS platforms such as Entra ID, Okta, Intune, and other operational control systems
Resilience is not about stopping every incident. It is about preventing a single compromised credential or misused tool from halting the organization.
For executives, the lessons from Stryker demand immediate action. Cyber resilience is no longer an IT concern—it is a business governance responsibility. Leaders should ask their organizations difficult but necessary questions before the next incident:
• How quickly could we restore core operations if our identity systems were compromised today?
• Who is authorized to make destructive changes—and what safeguards exist to prevent misuse?
• Are recovery plans documented, current, and executable without heroics?
Waiting until after an incident to answer these questions guarantees higher cost, longer downtime, and greater reputational harm.
Executives and technical leaders can use the following checklist as a starting point:
• ☐ Enforce foureyes approval for highrisk administrative actions
• ☐ Monitor privileged logins by geography and behavior
• ☐ Limit scope, duration, and blast radius of administrator privileges
• ☐ Maintain immutable, outofline backups isolated from production identity systems
• ☐ Regularly test recovery for integrity—not just speed
• ☐ Protect backups from mass deletion or modification
• ☐ Treat identity providers and MDM platforms as missioncritical assets
• ☐ Establish recovery procedures for SaaS and controlplane compromise
• ☐ Audit administrative access paths quarterly
• ☐ Maintain documented cyber, disaster recovery, and business continuity plans
• ☐ Test plans at least annually and after major changes
• ☐ Ensure plans are executable by more than one team or individual
The Stryker breach will be remembered not merely as a cybersecurity event, but as a cautionary example of how operational fragility emerges when resilience is assumed rather than engineered. True business resilience protects the entire operating model—people, systems, processes, and decisionmaking—not just data.
Organizations that invest in resilience architecture upfront safeguard revenue, reputation, trust, and longterm viability. While some enterprises maintain internal expertise, many partner with consultative specialists such as Sayers, who focus on designing and implementing business resilience architectures tailored to each organization’s risk profile and operational realities.
The choice facing leadership is simple: design resilience intentionally today—or pay significantly more to rebuild it tomorrow.
