Autonomous Perimeter Systems

Sensor fusion, coordinated response, and human-authorized protection for facilities and mobility corridors.

Response envelope18 s

Command modelHuman authorized

CoverageCampus + route

Discuss deployment

Product overview

A protected environment that moves with the people and assets inside it.

Autonomous Perimeter Systems combine sensing, coordinated machines, route assurance, and named human command. The system is designed to detect, classify, and contain risk while preserving explicit civilian and operational boundaries.

Sensor fusion

Facility, vehicle, aerial, and identity signals combine into one operating picture.

Coordinated response

Autonomous units reposition, escort, and contain under policy-defined limits.

Human command

Named operators authorize consequential actions and retain immediate override.

System in operation

A protected perimeter that adapts without surrendering command.

Perimeter deployments combine a centimeter-scale site model, distributed sensing, and coordinated ground and aerial units. Named operators retain direct override and authorize every consequential action.

Sensor channels: 18 / unit
Site-model resolution: 5 cm
Command latency: < 250 ms
Override path: Direct

System architecture

A complete operating environment.

Hardware, software, custody, and governance are designed as one product boundary.

01Sensing layer
Distributed detection and identity context.
02Coordination core
Formation, route, and resource planning.
03Response units
Purpose-built ground and aerial platforms.
04Command ledger
Authority, exclusions, and action receipts.

Deployment

Controlled introduction. Measurable handover.

Each deployment is modeled around the facility, route, authority structure, and civilian exclusion requirements before any autonomous operation begins.