Engineering & Threat Intelligence
Technical perspectives, field notes, and architecture guides authored by our OT security engineers and power systems researchers. Exploring the intersection of industrial protocol security, embedded firmware integrity, and grid-scale energy storage.
Why standard enterprise IT controls, generic endpoint agents, and traditional IT vulnerability management fail to protect high-voltage battery storage facilities. An examination of cyber-physical attack vectors, thermal dynamics, and grid curtailment risks.
How long-term OEM warranty agreements create persistent, unmonitored backdoors into site control networks. Why just-in-time (JIT) access, ephemeral credentials, and protocol-aware session recording must replace static VPN concentrators.
A detailed architectural analysis of how commands flow from market dispatch to individual cell contactors. We dissect Modbus TCP, DNP3, and CAN bus vulnerability points where spoofed telemetry can compromise physical battery safety.
Hyperscale data centers spend millions securing server racks while leaving lithium-ion UPS batteries, EPMS meters, and automatic transfer switches exposed to mechanical contractor network bridges.
A practical engineering framework for integrating OT cybersecurity into factory and site acceptance testing. Checklist for auditing default credentials, controller firmware hashes, and EPC network configurations prior to grid connection.
Ongoing Research Agenda