Brown tree snakes (Boiga irregularis) are an invasive species on Guam responsible for the collapse of native bird populations, repeated power outages, and ongoing biosecurity risk to the wider Marianas and Pacific. BTS SnakeWatch is a civic environmental intelligence platform — powered by the BTS Open Brain intelligence framework — that serves two users at once:
A human-readable geospatial COP.
Public reports, K9 sweeps, bait stations, cargo inspections, grid events, and AI inferences all surface in one map. Stakeholders see only what their role allows. Anonymous viewers never see exact coordinates — only generalized cells.
A machine-readable intelligence architecture.
Every report, media asset, response action, and field event becomes structured data. AI triage, semantic search, hotspot inference, confidence-of-absence scoring, and MCP-style tool connections live as explicit, named surfaces — so the underlying data model is ready for real AI as it comes online.
This is a v1 demo. AI, semantic search, and MCP integrations are clearly labeled mocks; the backend, geospatial layers, reporting, verification, and exports are real.
Three surfaces, one platform.
BTS SnakeWatch is the public reporting gateway. BTS Open Brain is the geospatial intelligence and mission workflow backbone used by authorized teams. The CIVTAC Map is the common operating picture shared with stakeholders. The public flow stays simple — submit a report, capture evidence, share location, add context, and track your report.