Benjamin Sullivan

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About

Benjamin Sullivan is a pioneering researcher in distributed robotics and multi-agent systems, with a focus on scalable swarm intelligence and accessible robotic platforms. His major contributions center on collaborative object manipulation, where he developed geometric formation control laws enabling a swarm of mobile robots to autonomously transport oversized objects to predefined locations—a breakthrough for logistics and manufacturing. This work, detailed in his 2015 paper "Distributed object manipulation using a mobile multi-agent system," has garnered 5 citations, demonstrating its foundational impact in the field. More recently, Sullivan introduced the Arachne System (2025), a groundbreaking miniaturized, cost-effective microrobot swarm platform designed to democratize robotics research and education. With 3 citations already, this system emphasizes accessibility for users with minimal technical background, featuring scalable, low-cost Arachne Bots that lower barriers to entry. Sullivan’s achievements bridge theoretical swarm algorithms with practical, deployable hardware, making him a key figure in advancing both the science and accessibility of multi-robot systems. His work inspires new generations of researchers to explore collaborative autonomy.