P · 01
Smoke beats sensors.
Single-mode thermal triggers fire only after combustion. By then plume already spreads — minutes lost before a human is even alerted.
Real-time fire detection, aerial assessment, and coordinated response across industrial, defense, and critical infrastructure environments. Thermal anomaly to authorized suppression in one closed loop.
The same pattern across every deployment we've audited. Point products solve a slice; the operator carries the seams.
Single-mode thermal triggers fire only after combustion. By then plume already spreads — minutes lost before a human is even alerted.
Untuned thermal stacks alert on hot pipes, flares, and machinery. Operators learn to ignore the panel. Real fires arrive into a numb queue.
Detection in one console, ISR launch in another, suppression task in a third. By the time air assets are on station, the picture has changed.
During an active fire, calls are made on radio. Post-incident, no one can reconstruct who authorized what at which minute.
A composite of recent industrial fire patterns: dual-thermal confirmation on a crude manifold, ISR overwatch within minutes, suppression authorized on cited ROE, contained before secondary ignition.
This is not a tool replacement. It is a doctrine shift — from console-per-mode to fused, governed, audited operations.
The simulator below renders an industrial thermal incident in the operator's view. Click the phase tabs to jump the timeline. Detect, dispatch, authorize suppression.
Performance envelope from pilot deployments. Numbers reflect end-to-end chain.
The four MESH OS capabilities map directly onto the operating loop for this domain.
Multi-modal fusion separates real fires from hot equipment, flares, and ambient anomalies. Re-ID survives ISR handoff.
Command AI selects the suppression effector and platform allowed for this asset class, this proximity, this site policy. It cites the rule. The operator authorizes.
Detect-to-track stays sub-second even if the uplink is degraded. Critical at remote energy and infrastructure sites.
Models, sensor histories, and suppression logs stay inside the regulatory boundary. No data leaves the site.
We integrate with what you already run, prove the chain end-to-end, then go live one zone at a time.
MESH ingests existing thermal, SCADA, and EO/IR feeds. Re-ID validated against historical alarm data and known equipment baselines.
Operator workflow runs against live site. Suppression tasking simulated against test ignitions. ROE matrix tuned to the site authorities.
Cutover by zone. Suppression effectors come live one at a time, each behind a named operator authority. AAR after every dispatch.
Run a six-week pilot on one industrial site. Ingest your existing thermal and SCADA layer, validate the chain end-to-end, prove the delta against your incident log. We do not replace your suppression — we bring it under one cited, audited decision chain.