Mutable Tactics, a Cambridge-based robotics and defense technology startup, announced that it has raised $2.1 million in a pre-seed funding round to accelerate development of software designed to enable coordinated operations among fleets of unmanned systems.
The funding round was led by Seraphim Space, with additional participation from the National Security Strategic Investment Fund (NSSIF), Koro Capital, Entrepreneurs First, and Transpose Platform.
Mutable Tactics is building software to enable mixed fleets of unmanned platforms—such as drones and other robotic systems—to operate as coordinated teams. The company’s technology enables these systems to function effectively even in challenging environments where communications are degraded or GPS signals are unreliable.
Such environments are common in defense and security scenarios, where maintaining reliable connectivity and positioning can be difficult. By enabling autonomous coordination among robotic platforms, Mutable Tactics aims to ensure that fleets can continue operating collectively despite disruptions to traditional communications infrastructure.
The company’s platform is designed to manage the complex dynamics involved in coordinating multiple autonomous systems simultaneously. Instead of operating independently, the robots can work together as a cohesive group, sharing tasks and adapting to changing conditions in real time.
At the same time, the company emphasizes preserving meaningful human control over autonomous operations. The goal is to enable operators to oversee and direct robotic fleets while allowing the software to handle the real-time coordination required for complex missions.
With this funding, Mutable Tactics plans to further develop its technology platform and expand its team as it continues to build solutions that support collaborative robotics and autonomous system coordination.
The company is positioning its technology to support future deployments of robotic fleets in defense and security operations, where the ability to coordinate multiple autonomous platforms can significantly expand operational capability.
