
Stellarix Space provides autonomous plant chambers that enable sustainable, closed-loop food systems for long-duration space missions. It uses AI-driven environmental control, biosensor integration, and a modular architecture to manage growth, resources, and lifecycles. The core technology combines space-grade hardware with software for environment monitoring, data analytics, and system health. Targeted at space agencies and aerospace programs, the solution integrates with life support and habitat systems to scale in-situ agriculture.

Stellarix Space provides autonomous plant chambers that enable sustainable, closed-loop food systems for long-duration space missions. It uses AI-driven environmental control, biosensor integration, and a modular architecture to manage growth, resources, and lifecycles. The core technology combines space-grade hardware with software for environment monitoring, data analytics, and system health. Targeted at space agencies and aerospace programs, the solution integrates with life support and habitat systems to scale in-situ agriculture.