A Cybersecurity Checklist for Load-Shedding Season

With the risks load-shedding introduces now well understood — degraded monitoring, power-cycling vulnerabilities, physical security gaps, opportunistic attacks, and third-party exposure — Innovo Networks put together a practical checklist organization can use to assess and strengthen their own readiness before the next outage schedule hits.

Power and Infrastructure

• Have you mapped which security appliances (not just core business systems) are covered by UPS or generator backup?
• Is backup power capacity sized to account for security infrastructure specifically, not just general connectivity and business applications?
• Do critical devices shut down gracefully on backup power depletion, rather than losing power abruptly?

Monitoring and Detection

• Do your logging and SIEM systems have local buffering to queue events during connectivity gaps, rather than losing them entirely?
• Is there clear, assigned ownership for security monitoring during active outages, separate from operational recovery staff?
• Have you tuned alerting to distinguish outage-related noise from genuinely anomalous activity?

Network and Access Architecture

• Are VPNs and secure tunnels configured to be re-established automatically and securely after a power interruption?
• Have you tested failover and reconnection behavior under realistic, repeated power-cycling conditions?
• Does your access architecture (ideally Zero Trust Network Access) avoid over-reliance on a single persistent tunnel that might push users toward less secure workarounds?

Physical Security

• Do you know explicitly how each access control and alarm system behaves during a power loss — fail-secure or fail-open?
• Are server rooms and network closets specifically prioritized for backup power to their physical security controls?
• Are remote alarm and camera monitoring resilient to the same outages affecting the site itself?

People and Process

• Has your security awareness training been updated to cover outage-themed phishing tactics specifically?
• Do you have a documented policy for remote employees dealing with home load-shedding, including approved fallback connectivity options?
• Are patch and maintenance cycles designed to withstand outage-driven delays rather than being indefinitely deferred?

Third-Party and Vendor Risk

• Have you assessed the load-shedding resilience of vendors with privileged access to your network?
• Do vendor contracts address maintaining security discipline (not just uptime) during outage-driven support situations?
• Is remote vendor access reviewed and revoked promptly after outage-related emergency support is completed?

Putting the Checklist Into Action

A checklist is only useful if it drives action, not just awareness. Innovo Networks recommends using this as a starting point for a structured load-shedding resilience audit — one that produces a prioritized remediation plan rather than a static compliance document filed away and forgotten.

How Innovo Networks Can Help

We work with organizations to walk through exactly this kind of assessment, turning it into a concrete roadmap: identifying the highest-risk gaps first, and building both the technical and procedural resilience needed to keep security posture intact through every stage of load-shedding, not just the lights.