inOur initial business development focus is spacecraft rendezvous and proximity operations, supported by GN&C, modeling, simulation, and failure-mode analysis. Broader aerospace and robotics areas remain potential project domains where expertise and customer demand align.
Reference imagery: NASA/JPL-Caltech · source ↗Guidance, control, planning, resilient navigation, and safety-aware autonomy for aerial and aerospace vehicles operating under uncertainty and constraints.
Reference imagery: NASA/JPL-Caltech · source ↗Safe formation, consensus, obstacle avoidance, heterogeneous dynamics, decentralized decision-making, and scalable coordination for teams of robots.
Reference imagery: spacecraft formation visualization · source ↗Leader-follower coordination, formation keeping, distributed estimation and control, switching communication topologies, and safety-aware proximity operations.
Build confidence before hardware integration.
Zoyem Labs develops modeling environments and numerical studies to investigate safety margins, robustness, scalability, communication effects, and computational tradeoffs—supporting disciplined progression from theory to implementable autonomy.
Zoyem Labs supports research formulation, control algorithm development, simulation studies, and verification-oriented analysis for safety-critical autonomous and multi-agent systems. Discuss your technical objectives, constraints, and proposed deliverables with our team.
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