Before GridWatch, our team spent years inside U.S. government programs focused on the security and resilience of industrial control systems. We worked on the offensive and defensive sides of ICS and IoT infrastructure — understanding how these systems fail under adversarial conditions, and what it takes to keep them running when someone is actively trying to take them down.
That background is not marketing. It shaped every architectural decision we made when designing GridWatch.
The first lesson is that availability and security are the same problem. In OT environments, a system that can be disrupted is a system that can be weaponized. Ransomware against a grid operator is not a data breach — it is a physical event. Software designed only for the normal operating case is not safe software; it is software waiting to fail in the worst possible moment.
The second lesson is that the trust boundary matters more than the perimeter. Classic IT security builds walls at the network edge. OT security taught us that every device, every protocol translation, every data handoff is a potential trust boundary violation. When a Modbus device hands data to a MQTT broker which hands it to a cloud analytics layer, you have three distinct trust contexts. Each one needs to be explicit, not assumed.
The third lesson is about failure modes. In OT, you design for graceful degradation, not uptime alone. A system that fails safely — shedding load in a controlled way, preserving the most critical functions, alerting operators with actionable data — is more valuable than a system that claims five nines of uptime and takes the whole grid down when it misses.
These principles are embedded in how GridWatch handles authentication, event routing, and edge-to-cloud communication. We are not applying security as a layer on top of a product. We built the product around the threat model.
Distributed energy infrastructure is becoming a target. NERC CIP compliance is a floor, not a ceiling. Operators who understand their own attack surface will be in a materially better position when the next significant incident occurs — and it will.