Texas-based startup Breaker Industries has raised $6 million in seed funding to develop AI software that lets a single military operator control multiple autonomous systems at once.
The platform allows users to issue voice commands over existing military radios to multiple autonomous systems simultaneously, moving autonomy from one operator per robot to one operator managing many.
“Today, autonomy still means one operator controlling one robot, with remote controls or laptops, which fundamentally limits the number of autonomous systems that can be deployed,” said Breaker co-founder Matthew Buffa.
“In this drone warfare era, the next frontier is orchestration: how to manage and coordinate robotic teams at speed, at scale and under pressure.”
Scalable Autonomy
A key design feature is that the software runs fully onboard, without reliance on cloud connection and external networks. This enables continuous operation even when communications are jammed, denied, or intermittent.
Investors, including Bessemer Venture Partners and Main Sequence Ventures, backed the round.
Bessemer said the investment reflects growing demand for scalable autonomy as uncrewed systems proliferate.
“By enabling small teams to safely control large numbers of robots through intuitive, natural language interfaces, Breaker is tackling one of the hardest and most important problems in defense technology,” said David Cowan, a partner at Bessemer.
The funding also aligns with a broader Pentagon push on autonomy orchestration.
In January, the Defense Innovation Unit launched a $100 million challenge focused on one-to-many control of autonomous systems.
