Every internet-connected inverter, every SCADA endpoint, every monitoring device—they're all potential entry points. Autonomous AI defense that responds in seconds, not hours.
Modern solar farms have multiple digital entry points that attackers actively exploit.
Grid-connected inverters are the #1 attack vector per DOE. Remote access = remote exploitation.
Legacy industrial control systems weren't designed for internet connectivity. Most lack basic authentication.
IoT sensors and data loggers create a sprawling attack surface. One compromised device = network foothold.
Third-party monitoring portals aggregate access. Credential theft = control over entire fleets.
Legacy operational tech connected to modern IT networks. The seam between them is where attackers live.
VPNs, cellular modems, and remote management tools. Every remote pathway is a potential breach vector.
Solar farms have unique constraints that break conventional cybersecurity approaches.
Average time to detect and contain a breach: 277 days. Attackers need minutes to shut down your grid connection or pivot to connected systems.
Traditional managed security services are priced for Fortune 500 companies. Solar operators face the same threats with a fraction of the budget.
Most SCADA security products generate alerts. Alerts require humans. At 2 AM when the attack hits, who's watching?
Your solar farm is in a field, not a data center. Physical response time is measured in hours. Cyber attacks execute in milliseconds.
Finding security professionals who understand both IT and industrial control systems is nearly impossible. The talent gap is real.
Checking NERC CIP boxes doesn't stop attackers. Compliance is the floor, not the ceiling. You need active defense.
AI agents coordinate autonomous response. Human oversight with machine-speed execution.
Traditional SOC: Hours to days
Automedon: Seconds
Purpose-built for solar and renewable energy infrastructure.
AI agents continuously monitor your infrastructure. No human fatigue. No shift changes. No gaps in coverage.
Don't just detect—respond. Automatic isolation, blocking, and containment before threats spread.
Purpose-built for industrial control systems. Understands Modbus, DNP3, IEC 61850, and solar-specific protocols.
Automated documentation for NERC CIP, insurance requirements, and regulatory audits. Prove your security posture.
Continuously updated with the latest solar/renewable-specific attack patterns, IOCs, and TTPs.
You stay in control. Real-time visibility into agent decisions with the ability to intervene at any time.
Watch Automedon coordinate autonomous agents to detect and contain a simulated attack.
Find out how exposed your solar infrastructure really is. Our team will analyze your attack surface and show you exactly where you're vulnerable.