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Thermal cameras alarm constantly.
Sun on a manifold, hot exhaust, equipment cycles — every site has a baseline of false thermal events. Operators learn to mute the camera that cried wolf.
Persistent thermal and visual ISR across critical industrial sites and protected ecosystems. Anomalies caught at the first ΔT excursion, classified across modalities, and pushed into a coordinated response chain — ISR overwatch, suppression, evacuation — under one operator's view.
Industrial sites, energy infrastructure, and protected reserves all share the same problem: the first temperature or visual anomaly is real, but the path from "sensor noticed" to "operator acts" is full of friction. By the time someone confirms, the window for cheap action has closed.
Sun on a manifold, hot exhaust, equipment cycles — every site has a baseline of false thermal events. Operators learn to mute the camera that cried wolf.
Pressure spikes and visual smoke happen simultaneously, on different systems. Confirmation requires an operator to switch panes during the most time-critical minute.
When a confirmed event triggers ISR overwatch, the dispatcher calls a UAV operator on a different floor. Minutes evaporate before the first orbit.
The team that suppresses talks on one channel; the team that evacuates is on another. The shell that should coordinate both is a clipboard.
A composite drawn from confirmed industrial-site ignition events: a single manifold thermal excursion, dual-sensor confirmation, ISR overwatch in 3 minutes, suppression mission authorized, no process upset, no personnel injury.
MESH OS does not add another camera or another suppression drone. It collapses the time and tools between the first ΔT excursion and a closed, audited event — by fusing the channels and pre-staging the response.
The simulator below renders a BRG-4 thermal event in the operator's view. Watch dual-sensor confirm, SCADA correlation, ISR auto-cue and authorized suppression — all under one seat.
Operator-measured deltas from a brownfield onshore-energy pilot, instrumented against the legacy alarm baseline on the same thermal and SCADA footprint.
Fire and ISR is a perception-first solution that depends on the rest of the chain to actually close events. The four MESH OS capabilities turn alarms into closed actions.
Dual-sensor thermal confirmation cross-checked against SCADA pressure and visual ISR. False alarms collapse; real events surface in under a minute.
Command AI proposes the response sequence — who evacuates, which UAV launches, when suppression authorizes — and cites the SOP clause for each step.
Each sector runs its own perception and decision node. Thermal events confirm and ISR cues even when the centre is offline. Reconciles on reconnect.
Models and event logs stay inside the operator's regulatory boundary. Air-gap-capable for sensitive industrial sites and protected ecosystems.
MESH OS deploys against the thermal cameras, SCADA tags and ISR drones already on site. We do not replace your detection layer — we replace the layer between detection and response.
MESH ingests existing thermal feeds and SCADA tags. Baseline ΔT and pressure profiles built per asset. Historical alarm log replayed against the new fusion layer.
Operators run their current workflow; MESH runs in shadow. We tune dual-confirm thresholds and SOP-cited drafts against the site's incident log and SOP binder.
Crew transitions to the MESH shell on one sector. ISR cueing live. Suppression authorization remains with the operator. Authority widens sector-by-sector.
Run an eight-week pilot on one sector. We integrate against the thermal, SCADA and ISR fleet you already operate. The crew keeps their workflow. We prove the delta against your incident log — alarm-to-confirm, confirm-to-action, action-to-close.