Proxima offers a SaaS platform that creates dynamic NextGen Twins—intelligent digital counterparts decoupled from hardware—to simulate, test, and validate autonomous systems for space, defense, and robotics.
Funding
Funding not disclosed
Founders
Product
Problem
Developing and validating autonomous systems for space, defense, and robotics requires extensive testing across hardware, software, and multi-agent interactions, but traditional methods rely on costly, hardware‑bound simulations that cannot easily incorporate future software upgrades or collaborative supply‑chain development.
Solution
Spacescavengers offers Proxima, a SaaS platform that creates NextGen Twins—dynamic, intelligent digital counterparts that are decoupled from physical hardware. By running on the proprietary Orbit DynamiX simulation engine, Proxima enables users to model and test autonomous agents, integrate real hardware in hybrid loops, and conduct multi‑firm collaborative simulations within a secure federated environment. The platform supports high‑fidelity trajectory and re‑entry modeling for CubeSat end‑of‑life scenarios, providing regulatory compliance data and mission planning insights. Together with expert services for twin creation, mission analysis, and systems integration, Proxima helps customers de‑risk complex missions and accelerate development cycles.
Target Audience
Primary customers are aerospace and defense organizations, satellite operators, and robotics firms that develop autonomous systems and require advanced simulation, testing, and collaborative mission planning capabilities.
Features
- NextGen Twin creation tools that generate dynamic, AI‑driven digital counterparts beyond static digital twins
- Multi‑agent simulation framework for orchestrating collaborative behaviors among autonomous systems
- Hybrid loop integration allowing seamless coupling of real hardware with virtual environments for validation
- Secure, federated collaboration space enabling supply‑chain partners to co‑simulate and test integrated missions
- High‑fidelity orbital decay and re‑entry modeling for CubeSat end‑of‑life trajectory planning and regulatory compliance
- Expert services for custom twin development, advanced mission analysis, and systems engineering integration