Physical AI for
Protective Systems
Centinus is the hardware-agnostic autonomy layer for protective systems, built to reduce uncertainty, compress timelines, and coordinate response across contested and high-consequence environments.
Dominion
C-UAS Defense
Mission
Protect airspace against unmanned threats and their controllers.
What it Does
DOMINION links passive sensing, airborne investigation, and coordinated response to provide early warning, extend the sensing envelope, and compress the timeline from detection to decision.
Key Outcomes
- Provide early warning
- Extend the envelope beyond static sensing
- Cue airborne investigation rapidly
- Reduce operator burden in high-tempo threat environments
- Support counter-UAS workflows, including passive RF cueing and controller detection
Bastion
Base, Infrastructure, and Force Protection
Mission
Keep distributed protected sites secure without increasing patrol personnel.
What it Does
BASTION supports sustained coverage across perimeters and interior zones, maintains custody of suspicious people and vehicles, and coordinates patrols based on detected activity rather than routine manual monitoring.
Key outcomes
- Sustain coverage across large or distributed areas
- Maintain custody across sensors and time
- Route autonomous patrols based on activity
- Shift from routine patrol to targeted ISR
- Reduce manual tasking and monitoring burden
Vanguard
Incident Response
Mission
Autonomously dispatch and support real-time response to emerging incidents.
What it Does
VANGUARD enables rapid dispatch, airborne observation, and prioritized alerting, helping operators respond faster while maintaining continuity across missions.
Key Outcomes
- Quick dispatch and arrival
- Observe incidents in real time
- Escalate prioritized alerts
- Support rapid verification
- Reduce operator burden across missions
See Physical AI in Action
Experience how Centinus turns alerts, sensors, and airborne assets into coordinated protective operations. Request a live demo for your team.