Autonomous AI decision-making for spacecraft operations
Lodestar Space is building autonomous decision-making systems for spacecraft, with a heavy focus on ML models and real-time perception. The stack—PyTorch, TensorFlow, CUDA, OpenCV, LIDAR, TensorRT—signals deep investment in on-device inference and edge ML optimization. Active projects center on threat inference, state estimation, and autonomous algorithms that operate under communications constraints, which directly address the core challenge: making critical decisions in real-time when network contact is unreliable or unavailable.
Lodestar Space develops autonomous decision-making software for space defense applications. Founded in 2023 and based in San Francisco, the company operates as a privately held organization with 11–50 employees. The engineering team focuses on ML-driven autonomy for spacecraft, with particular emphasis on perception systems, edge model optimization, and threat-level ranking algorithms. The product addresses scenarios requiring autonomous operation under uncertainty and limited communications.
Core stack includes Python, C++, PyTorch, TensorFlow, OpenCV, CUDA, and TensorRT for ML inference. LIDAR and edge computing tools support real-time perception and on-device model optimization.
Yes. The company has 5 active engineering roles at mid-level seniority. Hiring is open in the United States and United Kingdom, though posting velocity has been minimal recently.
Key projects include autonomous decision algorithms, threat-level inference models, perception system architecture, state estimation for spacecraft, and ML model optimization for edge deployment in communications-limited environments.
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