For years, geopolitical risk lived in the domain of supply chain teams and government affairs functions. IT was largely insulated. The assumption was that global connectivity was a given and that enterprise infrastructure would continue to operate regardless of what was happening on the world stage.
That assumption no longer holds. Conflicts, sanctions, regional lockdowns, and state-sponsored cyberattacks are now directly interfering with the IT systems that distributed workforces depend on. When a regional crisis unfolds, it does not just disrupt physical movement. It disrupts access to corporate systems, strands remote workers on the wrong side of a policy or border, and exposes the fragility of IT architectures that were never designed for location-based failure.
IT leaders today need to confront a harder question than whether a geopolitical disruption will affect their infrastructure. The real question is whether their infrastructure was built to keep functioning when it does.
What Location-Based Disruption Actually Looks Like
Location-based disruptions do not announce themselves in advance. They escalate quickly and unevenly, creating conditions where a portion of the workforce loses access while the rest continues working normally. That asymmetry is precisely what makes them so operationally damaging.
The scenarios share a common thread. A government imposes an internet shutdown during a period of civil unrest. A conflict region sees VPN tunnels become unreachable because routing infrastructure has been disrupted. Employees in a specific country suddenly cannot connect to headquarters systems because of sanctions compliance requirements. In each case, the technology did not fail in a conventional sense. It was simply never designed for the geography it was suddenly operating in.
Nine in ten of the world’s largest organizations have already reworked their cybersecurity strategies because of geopolitical volatility, according to the WEF Global Cybersecurity Outlook 2026. That tells you the strategic recognition is there. What lags behind is the architectural response.
The WFH Infrastructure Gap
The COVID-19 pandemic forced most organizations to build remote access capabilities at speed. Many treated it as a temporary measure and never fully hardened the underlying architecture. The common pattern was VPN-based access, centrally managed devices where possible, and an expectation that offices would eventually reopen.
Geopolitical disruptions expose the limits of that model in ways the pandemic did not. VPNs route traffic through fixed infrastructure. When that infrastructure sits in or routes through a disrupted geography, access breaks. More critically, VPNs grant broad network access once a connection is established. In a crisis scenario where a device is stranded, seized, or operating under duress, the consequences of that architecture become severe quickly.
Governments across multiple regions are already exploring compressed work weeks and WFH mandates as responses to energy constraints driven by regional instability. Organizations may not get to choose when their workforce shifts to fully remote. That decision may be made for them. The question is whether their infrastructure is ready for it.
Building the Geopolitical Crisis Playbook
A geopolitical crisis playbook for IT is not a document. It is an architectural posture: a set of decisions made in advance about how access, identity, and continuity will be maintained when normal conditions no longer apply. Several principles are non-negotiable.
Geography cannot be a single point of failure. Organizations that concentrate access infrastructure in a single region, or depend on routing through a specific country, create concentration risk that a location-based disruption can exploit without warning. Distributing infrastructure and access control across geographies is a baseline requirement, not an advanced architecture consideration.
The March 2026 AWS outage in the Middle East makes this risk harder to dismiss. A single misconfigured routing update cascaded into a multi-hour service blackout across an entire region, and organizations with no fallback had no path forward. AWS, Microsoft Azure, and Google Cloud collectively control the majority of global enterprise cloud infrastructure, and none of them are structurally immune to this kind of failure. The geopolitical dimension matters here: the Middle East is precisely the kind of region where a cloud outage and political instability can arrive in the same window. Organizations that have retired their on-premises infrastructure entirely have eliminated the one fallback that cloud architecture cannot provide.
Access must follow identity, not location. Zero Trust Network Access decouples application access from network routing, granting rights based on verified identity, device posture, and contextual signals. When a geography becomes unreliable, this model continues to function. Organizations still tying access to network location are depending on a foundation that external events can remove. Role-Based Access Control and Privileged Access Management complement this by ensuring that even under a valid login, users reach only what their role requires and no more.
Device posture must be assessable under degraded conditions. In a crisis, employees use what is available: personal devices, unfamiliar networks, hardware that was never enrolled in corporate management. The ability to assess device health and selectively grant or restrict access based on that assessment is what separates organizations that maintain security posture during a disruption from those that simply lose visibility. Virtual desktop and browser-based access models address this directly: data stays inside the secure environment regardless of what device is being used.
Privilege must be bounded and revocable in real time. An employee who cannot be reached, a device that has been seized, a credential that may have been compromised: these are realistic scenarios in a crisis. Least-privilege access, session-level controls, and the ability to instantly revoke access without physical recovery of the endpoint are not edge-case requirements. In a geopolitical playbook, they are foundational.
Monitoring When the Environment Is Not Normal
One of the subtler challenges of geopolitical disruptions is that they turn normal anomaly signals into noise. A user connecting from an unrecognized country, at an unusual hour, on an unfamiliar device: under normal conditions, those signals warrant immediate investigation. During a widespread disruption, many of those signals are legitimate. Employees who have relocated, employees working irregular hours because of power restrictions, employees on personal hardware because their office was inaccessible.
Organizations with mature monitoring can distinguish between these situations. They have behavioral baselines, contextual access signals, and the ability to respond proportionately: prompting re-authentication rather than immediately suspending access, or flagging a session for review rather than terminating it. Organizations without this capability apply blunt responses that create their own disruption on top of the external one. Continuous monitoring is not optional in a volatile environment. It is the mechanism through which organizations maintain visibility when the ground is shifting beneath them.
Preparedness Is an Architecture Problem
Most organizations are aware of geopolitical risk. Awareness is not the gap. The gap is between knowing that location-based disruptions can affect IT operations and having built infrastructure that will actually hold when they do. Effective crisis planning means defining triggers: at what point does a developing situation activate contingency access protocols? It means mapping workforce geography against infrastructure geography to identify where dependencies concentrate. And it means testing those scenarios before they occur.
Organizations that build access systems with regional autonomy baked in are far better placed to isolate and work around a disruption than those running centrally dependent architectures. The design principle is straightforward: no single geography should be able to take down access for the entire workforce. Building to that standard is the difference between an organization that absorbs a disruption and one that is paralyzed by it.
Conclusion
Geopolitical disruptions are no longer events that happen to other industries or other geographies. They are operational risks with direct IT consequences, and the distributed workforce model that most enterprises now depend on makes those consequences more immediate than ever.
The organizations that will maintain continuity when the next disruption occurs are the ones building the architecture today: identity-centric, geographically resilient, continuously monitored, and capable of functioning under conditions that no one fully anticipated. That architecture is not a contingency plan. It is the infrastructure itself, and the time to build it is before the disruption arrives, not during it.
The article has been written Vijender Yadav, CEO and Co-founder, Accops
