Six stages, from territory risk mapping to full operational deployment.
The same disciplined process whether it's forty circuit miles or four thousand, and whether you're building a network from scratch or densifying an existing one.
Service Territory Risk Mapping
A full review of your circuit topology, terrain, historical fire activity, and existing weather station coverage to identify exactly where the gaps are.
Station Network Design
Station placement engineered to close identified coverage gaps at the circuit-segment level, not just improve regional averages.
Station Deployment & Field Installation
Physical installation of pole-top and remote stations, with commissioning and calibration completed before any station goes live in the console.
Console Integration & Circuit-Level Alert Configuration
Connecting the new station data to your operational console, with alert thresholds configured to match your existing PSPS protocol.
Shadow-Mode Validation
The new network runs alongside your existing decision process for a defined period, so operators can compare outputs before relying on it for a live shutoff decision.
Full Operational Deployment & Ongoing Monitoring
The network moves into full operational use, with continued station maintenance and console support through every fire season that follows.
Almost never the station installation. Almost always the shadow-mode period.
Physically deploying stations across a service territory is a logistics problem we solve on a predictable timeline. Getting operators genuinely comfortable trusting circuit-level data over the regional judgment they've relied on for years takes longer, and we think that trust is worth earning properly before a real decision depends on it.