Protect substations, worksites, and critical grid infrastructure from wildfire ignition — with autonomous detection and suppression that operates without putting personnel in the fire zone.
Utilities face strict liability for wildfire damage caused by their infrastructure — regardless of negligence. A single ignition event can generate billions in claims.
Line workers and vegetation management teams operate in high-fire-threat areas during the most dangerous conditions. When ignition occurs near a worksite, there’s no suppression infrastructure protecting the crew or equipment.
Current wildfire mitigation is entirely preventive — vegetation clearing, covered conductors, camera networks. When ignition happens anyway, there’s nothing between the spark and a catastrophic fire.
Wildfire mitigation plan requirements increase every year. Regulators and the public expect utilities to demonstrate they’re doing more — not just maintaining the status quo.
Autonomous suppression protects substations and switching equipment from ember intrusion and radiant heat exposure.
Computer vision detects ignitions within seconds and triggers autonomous suppression — closing the gap between detection and response.
Documented active suppression provides demonstrable risk mitigation for regulators, insurers, and inverse condemnation defense.
Trailer-mounted units travel with field crews doing line work, vegetation management, or emergency restoration in high-fire-threat areas — providing active suppression on site.
Autonomous suppression adds a new capability to your existing mitigation portfolio — the only technology that actively engages ignition at the point of origin.
Autonomous suppression infrastructure strengthens WMP filings and demonstrates proactive investment beyond minimum compliance.
Every detection and suppression event logs full telemetry — creating a demonstrable record of proactive wildfire defense.
Let’s discuss how FireWall integrates into your wildfire mitigation plan.
Get in Touch