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Simulate and validate PNT resilience, orbit dynamics, GNSS availability, and integrity.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "kshana-mcp" yet — see the docs or source repo.
Using the provided orbital parameters and observation region, run a PNT resilience simulation and output GNSS availability, DOP trends, and key risk periods for the specified time window.
Returns availability statistics, DOP results, identified risk periods, and a decision-ready analysis summary.
Simulate a GNSS/INS integrated navigation scenario, compare pure GNSS versus fused performance under signal degradation, and summarize position, velocity, and attitude errors.
Outputs before-and-after error comparisons, robustness analysis, and conclusions on suitable operating scenarios.
Run an ARAIM integrity analysis for the target navigation mission, validate results against reference data, and explain alert limits, integrity risk, and fault detection performance.
Returns an integrity assessment report with key metrics, validation conclusions, and potential anomaly notes.
Run Kshana simulations to evaluate PNT resilience across orbits, frames, and GNSS fusion.
Perform astrodynamics analysis for orbit propagation, transfers, and mission window planning.
Simulate dynamic actions for any query with persistent state across sessions.
Let an LLM monitor amateur radio activity and schedule SDR captures.
Validate and post-process OpenMC simulations before and after HPC job runs.
Access Space-Track data for orbit lookup, conjunction checks, and catalog search.