AI datacenters deploy massive behind-the-meter DER fleets — solar, battery, and fuel cell arrays — with no dedicated OT security. A compromised power system could take offline compute capacity worth millions per hour.
DERSec Sentry monitors and protects datacenter DER assets in real-time — from inverter firmware integrity to battery management system commands. DERSync secures utility interconnection protocols, while DERSim validates cybersystem posture before deployment.
Real-time monitoring for UPS and fuel cells to prevent remote displacement or failure in critical backup systems.
Detect firmware manipulation and unauthorized commands targeting battery energy and UPS systems.
Secure participation in demand response without exposing internal OT networks to the public grid.
Unified security across solar, storage, diesel backup, and grid-tie ports in a single monitoring view.
Continuous monitoring during grid disconnection. Security posture when your microgrid runs solo.
Meet NIST, CIP and DoD CMMC requirements while maintaining operational resilience in any environment.
Military microgrids and remote installations operate on air-gapped or semi-connected DERMS and rely on diverse DER fleets. Standard IT security tools can't parse OT protocols or operate in disconnected environments.
DERSec Sentry provides protocol-native monitoring for isolated and hybrid microgrids. DERSync Kage translates protocols locally — even when upstream connectivity is unavailable. DERSim Digital Twins validates configurations offline before field deployment.
Rooftop solar, community batteries, and behind-the-meter DERs are the fastest-growing attack surface in the energy sector. Thousands of endpoints, dozens of vendors, minimal security oversight.
DERSec Sentry scales from hundreds to hundreds of thousands of DER endpoints — providing unified monitoring regardless of manufacturer, protocol, or deployment model. DERSync Protocol Gateway ensures every device speaks to Sentry, no matter the protocol.
See every DER asset across all locations from a single dashboard with real-time anomaly detection.
Deep packet inspection for SunSpec, IEEE 2030.5, SunSpec Modbus, DNP3, and MQTT — every command inspected.
Automatic documentation for NERC CIP, state interconnection rules, and audit requirements across jurisdictions.
Monitor charging operations to ensure fleet readiness and prevent demand charge manipulation.
Bidirectional discharge flows enhance security posture for vehicle-to-grid battery state and safety.
Continuous analysis of OCPP and IEEE 15118/2030.1 to prevent unauthorized charge commands.
EV chargers communicate over OCPP, connect to payment systems, and interact with grid services via OpenADR. Each charger is a networked device with multiple attack vectors — deployed in public, uncontrolled locations.
DERSec Sentry monitors OCPP and OpenADR traffic across your charging network — detecting session hijacking, unauthorized firmware updates, and EV manipulation attacks. DERSync translates mixed-protocol fleets into a single security view.
VPP and DERMS platforms orchestrate thousands of third-party DERs. A single compromised device can inject false telemetry, destabilize grid services, or provide lateral access to the platform itself.
DERSec Sentry provides device-level security monitoring for every DER enrolled in your VPP or DERMS — detecting rogue devices, false telemetry injection, and unauthorized control commands. DERSim Digital Twins models fleet behavior to spot anomalies before they cascade.
Verify every device identity and authorization. Prevent mass-coordination state changes and spoofing attacks.
Detect coordinated subfleet manipulation in real-time across thousands of enrolled DER assets.
PKI-based authentication and secure provisioning for all new DER assets joining your platform.
