THE FUTURE OF
SECURITY IS HERE

Game Theory World Model

Purpose-Built for Tactical Combat & Conflict

Cerberus AI

Bastion Robotics recognized as a Vetted Innovator for:

SelectUSA Tech Pitching Session, Defense
Monday, May 4, 2026 1:00 p.m. - 2:30 p.m. - Woodrow Wilson B

Our Goals

> 70%

REDUCTION IN CIVILIAN CASUALTIES

< 15s

INCIDENT-TO-INTERVENTION TIME

Forward-looking metrics derived from Cerberus simulation environment v2026.3. Data represents technical objectives based on current modeling as of March 2026. These targets are experimental projections and do not constitute performance guarantees or contractual obligations.

MISSION

Revolutionizing asset protection with Physical AI

Cerberus is revolutionizing asset protection through unique Game Theory World Model AI, transforming security operations into a proactive, precise, and innovation-driven ecosystem. We deliver engineered efficiency to safeguard mission-critical assets, empowering leaders with high-fidelity data for strategic decision-making.

SERVICES

We deliver

end-to-end autonomous

defense systems

World Model
Tactical Simulation

We construct high-fidelity digital twins of high-risk sites to serve as a synthetic training ground for robot guards. This environment enables thousands of tactical simulations to pre-identify security blind spots and eliminate operational errors before physical deployment.

Immediately Counter Adversary Tactics

Concealed robots utilize swarm intelligence to intercept and neutralize threats with surgical, non-lethal precision. By deploying from strategic ambush points, these units ensure immediate asset protection while strictly minimizing human risk and collateral damage.

WHY CERBERUS

A different approach, using a new method of AI Physical Security.

At the core of our innovation, Cerberus AI undergoes millions of simulated scenarios using synthetic data to achieve high-fidelity intelligence for real-world execution. These capabilities are seamlessly deployed through a flexible robot SDK, providing unified command and control across a diverse range of commercial robotic hardware.