The edge-AI
intelligence layer
for critical infrastructure.
One platform. Three layers. Multi-vertical from day one. Pipelines, power grids, defense perimeters, and healthcare — monitored continuously, with AI running at the edge and decisions made in seconds.
Critical infrastructure is monitored with 20th-century tools.
Utilities, pipeline operators, and hospitals rely on annual patrols, delayed satellite snapshots, and disconnected point sensors — leaving thousands of miles of assets blind between inspections.
Edge AI just became cheap and good. Multi-link communications — LTE, 5G, WiFi HaLow, satellite — killed the dead zone. And regulators and insurers are moving live monitoring from "nice to have" to required. The opportunity is no longer to build a sensor — it's to own the live operational data layer for the infrastructure that everything else depends on.
Military, homeland security, and clinical operations face the same pressure: bases, borders, and emergency rooms need real-time situational awareness in conditions where standard systems can't reach.
Thousands of miles of corridor. One continuous intelligence layer.
A closed-loop intelligence platform.
Sensors continuously detect and prioritize risks while field tools document, verify, and guide remediation — turning raw signal into the moment-to-moment decisions that protect what matters.
Early plume and flame signatures
On-device vision detects fire and smoke signatures in seconds — long before traditional patrols or satellite snapshots would surface a developing event.
IR + AI vision
Infrared imaging and AI vision detect surface anomalies and gas-leak signatures along midstream corridors and around critical facilities.
Camera + LiDAR temporal analysis
Continuous ground-truth monitoring of slope stability and erosion using camera and LiDAR temporal analysis — a category that satellite snapshots cannot serve.
ESG-grade habitat data
Multi-modal sensing produces high-fidelity vegetation health and biodiversity data — the same node protects infrastructure and supplies ESG and conservation reporting.
Behavioral threat detection
Edge-AI behavioral models identify intrusion, theft, and other threats in the right-of-way and around facility perimeters, without streaming raw video off-site.
One device. One dashboard.
All monitoring domains feed a single operator console — live map, real-time event pulses, and dispatch workflows — instead of three disconnected vendors.
One platform. Three layers.
NetSAW field nodes
Solar- or grid-powered, AI-on-edge multi-sensor units (cameras, LiDAR, IR, gas, acoustic, weather). Self-register, self-heal, store-and-forward. Multi-link comms — LTE, 5G, WiFi HaLow, Starlink — auto-failover across whatever path is available.
Private cloud intelligence
Zero-trust communication layer with explicit human approval as the only path to credentialing. Multi-tenant from day one. Live event streaming, geospatial queries, and integrations with the operational tools your teams already use.
Operator portal & field apps
Live map, real-time event pulses, task dispatch, role-based access for energy operators, defense commanders, and clinical teams. Mobile PWA and AR/VR clients for crews on the ground.
Built for the places traditional monitoring can't reach.
Three independent layers of trust. Three independent kill switches per device.
The same platform is deployable inside pipelines, defense perimeters, and HIPAA-regulated hospitals — without re-architecting per customer.
Identity
Every device carries a unique cryptographically-issued identity — not a shared key, not an IP address. Identity is the only thing the network trusts. Revoke one device without touching any other.
Communication
Zero-trust encrypted channels. No exposed ports, no implicit network trust. Every connection mutually authenticated and end-to-end encrypted, regardless of path. Default-deny everywhere.
Authorization
Explicit human approval. No device receives any credential without an admin click. No automatic trust based on network location, time, or hardware. Quarantine in one click.