Bridging the gap between simulation, sensor telemetry, and real-world dynamics. Automated meshing, aerodynamic optimization, and athlete-grade motion capture under load.
End-to-end automation of OpenFOAM workflows. From STL ingestion to post-processed report generation without human intervention.
Adaptive mesh refinement strategies that balance computational cost with solution accuracy.
Web-based visualization of flow fields, residuals, and force coefficients for rapid design iteration.
Validating simulation models against physical prototypes and sensor data.
EFOIL_TELEMETRY_PLATFORM
F1-grade telemetry platform for eFoil racing. Apple Watch records GPS, IMU, and heart-rate streams; iPhone runs the analysis pipeline — Kalman filtering, auto-circuit detection, sub-second gate timing, sector classification, and fall detection; a Supabase backend validates, ranks, and connects riders. Built on the same robustness principles as the rest of Allostan Labs: immutable engines, deterministic pipelines, full test coverage.
Apple Watch · GPS + IMU + HR
Kalman · Loop detect · Gate timing
Fall detection · SOS payload
Server-validated · Rider profiles
CFD_AUTOMATION_PIPELINE
Automated OpenFOAM pipeline for marine hydrodynamics. Validates geometry quality before meshing.