Autonomous micro-drone swarm demonstrating AI collective behavior without individual control. 103-drone swarm demonstrated collective decision-making, self-healing formation, and adaptive behavior.
The Perdix swarm's distributed AI architecture meant that no individual drone was pre-assigned a specific role, with the collective emergent behavior arising from local interactions between adjacent drones rather than centralized planning. The demonstration proved that complex collective behaviors including formation flight, gap-filling when drones failed, and coordinated action could arise from relatively simple local interaction rules without a master controller. Perdix became the foundational inspiration for the DoD's Replicator Initiative which aims to field thousands of autonomous systems across all domains by 2025.
103-drone swarm released from F/A-18s 2016; demonstrated no pre-programmed behaviors; basis for DoD swarm programs
MIT Lincoln Laboratory developed Perdix under DARPA contract. AeroVironment (AVAV) and Shield AI (private) are the primary commercial beneficiaries of swarm technology derived from the Perdix program.