APPLICATIONS

Research directions for mission-relevant autonomy.

Zoyem Labs applies its control and multi-agent research foundation to systems where safety, coordination, uncertainty, and computation matter.

Research drone flight test in desert terrain

Reference imagery: NASA/JPL-Caltech

AEROSPACE AUTONOMY

Space & aerial multi-vehicle systems

Formation, proximity operations, distributed guidance and control, resilient coordination, and safety-aware autonomy for groups of flight and space vehicles.

Reference imagery: NASA/JPL-Caltech

COOPERATIVE ROBOTICS

Networked robot teams

Safe formation, consensus, obstacle avoidance, heterogeneous dynamics, decentralized decision-making, and scalable coordination for teams of robots.

Reference imagery: NASA/JPL-Caltech

CONNECTED AUTONOMY

Networked vehicles & distributed systems

Coordination under changing communication graphs, uncertain dynamics, disturbances, hard separation constraints, and real-time computational limits.

Small satellite formation and inter-satellite links

Reference imagery: I. S. Sow project visualization

R&D TOOLING

Simulation, verification & algorithm prototyping

Modeling environments and numerical studies that reveal safety margins, robustness, scalability, communication effects, and computational tradeoffs before hardware integration.

These are capability and research directions, not claims that Zoyem LLC has performed work for any specific government agency or program.