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In developmentTRL 4v0.x
Spine-Sim
Physics Simulation Backend
A high-fidelity physics simulation engine for the sTARS Spine. Spine-Sim provides structural analysis, thermal modeling, orbital mechanics, and subsystem interaction simulation through a REST and WebSocket API. It hardens the Spine design and trains MaxQai before any hardware flies, supports hardware-in-the-loop testing, and ships as a Docker container for reproducible deployment.
TRL 4
Technology Readiness
Capabilities
Physics-correct simulation of the full Spine stack
REST and WebSocket API
Hardware-in-the-loop testing for MaxQai
Structural load and stress analysis
Thermal environment modeling
Orbital mechanics propagation
Subsystem interaction simulation
Docker containerized deployment
Target Markets
- sTARS Spine engineering team (internal)
- MaxQai integration testing
- Partner engineering organizations
- Academic research collaborators
Technology
PythonNumPy / SciPyFastAPIWebSocketDockerPostgreSQL
How Spine-Sim Fits the Platform
The simulation backend for sTARS Spine design and operations. Provides the physics environment MaxQai uses for planning, training, and hardware-in-the-loop validation — the Simulate pillar hardening the Deploy pillar before launch.
Interested in Spine-Sim?
Get in touch to learn more about how Spine-Sim fits your needs.