Mutable Tactics develops an AI-in-a-box system called the Mastermind to unify disparate, inexpensive robotic hardware platforms into a coordinated squad. This centralized subsystem provides superior sensing, reasoning, and compute capabilities, enabling complex mission execution even in contested, disconnected environments. The technology effectively multiplies force effectiveness by transforming simpler robots into a highly capable, unified team.
Funding
Funding not disclosed
Founders
Product
Problem
Modern defense systems require enhanced autonomy and real-time decision-making capabilities to effectively counter emerging threats in dynamic and communication-denied environments. Traditional defense hardware often lacks the advanced AI needed for coordinated responses, particularly in scenarios involving unmanned aerial vehicles (UAVs) and hostile drone neutralization.
Solution
Mutable Tactics develops multi-agent systems that equip existing defense hardware with advanced AI autonomy, enabling real-time decision-making and adaptive responses. Their technology facilitates effective coordination among UAVs, transforming them into powerful, coordinated squads capable of tackling complex operational challenges. The system leverages edge intelligence to minimize latency and maintain operational effectiveness even in communication-denied environments. Mutable Tactics' autonomous interception AI primitives quickly identify and neutralize hostile drones, ensuring airspace security and protecting critical infrastructure.
Target Audience
Mutable Tactics primarily serves governments and defense hardware providers seeking to enhance their existing systems with advanced AI autonomy capabilities.
Features
- AI autonomy primitives with stringent safety protocols for reliable and controlled autonomous capabilities.
- Edge intelligence for real-time decision-making and adaptive responses in dynamic combat situations.
- Squad-based coordination enabling UAVs to tackle complex operational challenges effectively.
- Autonomous interception AI for rapid identification and neutralization of hostile drones.
- Mapless and map-based navigation primitives based on computer vision techniques for autonomous navigation in GNSS-denied environments.
- Machine-speed integration of intelligence, surveillance, and reconnaissance (ISR) feeds into squad decision-making.
- Information fusion techniques for a unified situational awareness view continuously updated with field data.