SyntheticBio generates same-machine HR/RR, PMD ECG, and breathing-volume telemetry so you can test the PolarH10 app, exports, formulas, and demos without needing a live chest strap for every run.
Run coherence, HRV, and breathing-dynamics showcase scenarios with the same timings every time instead of depending on a live operator session.
Write deterministic scenario folders with ground truth, analysis traces, RR/HR CSV, ECG CSV, and session metadata for documentation and validation.
Launch or reuse PolarH10 against the synthetic transport so the Windows app exercises its real decode and tracker path while the input side stays controlled.
Polar H10 Demo Coherence High and Polar H10 Demo Coherence Low show the contrast between concentrated resonance and noisier off-resonance RR structure.
Polar H10 Demo HRV High and Polar H10 Demo HRV Low give a stable comparison case for five-minute rolling HRV windows.
Polar H10 Demo Entropy High and Polar H10 Demo Entropy Low let you check derived breathing-dynamics behavior with known regularity differences.
Open the operator app, keep the default pipe unless you have a reason to change it, and start the live server or press Establish connection.
Let SyntheticBio launch it, or open PolarH10 yourself with --transport synthetic --synthetic-pipe polarh10-synth.
Use the virtual devices in PolarH10 just like live straps. The scenarios loop, which keeps longer validation and documentation sessions practical.
Write deterministic fixtures and benchmark runs from SyntheticBio when you need reusable artifacts instead of a live collection session.