Build it yourself
Multi-platform SDK
Your program receives signals directly from the band. Android and iOS integrate through Flutter; Windows and Linux use Python.
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Take the signal into your own system
Pull the band's signal straight into your code with the four-OS SDK, or hand the integration and the screens over to us.
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- Android
- iOS
- Windows
- Linux
Bind it yourself with the SDK, or hand the build over
Build it yourself or hand it over — the signal leaving the band is the same
Hand it over
Integration and development
We design measurement and analysis screens for your research or service environment and deliver the agreed development scope.
SDK
One SDK, four operating systems
Android and iOS integrate through Flutter; Windows and Linux use Python. Each platform SDK can receive the band's raw signals directly.
See what arrives, first
What you receive matters more than whether it connects
Free
- Four platforms — Android, iOS, Windows, Linux
- Live raw PPG and IMU stream
- Direct access to the raw signal
- Build your own analysis pipeline
PRO only
- Everything in the free tier
- Plus the filtered waveform from Smart Noise Filtering
The filtered waveform is currently delivered by the Windows and Linux SDKs.
- Version
- 3.9.12
- Runtime
- CPython
- Architecture
- 64bit
- Verified on
- Windows 10 · Ubuntu 24.04
Filtered waveform
Why you don't preprocess it again
The original signal carries the noise that motion put there. With PRO the filtered waveform arrives alongside it, so you don't rebuild a filter on your side. Toggle it below and see what changes.
Synthetic demo · not measured data
Filter off: raw PPG is shown with motion-related artifacts in the highlighted interval.
Raw PPGMOTION / IMU
- Same source
- Same timeline
- Same scale
Synthetic demonstration data. It does not represent a product test result or a measured noise-reduction rate.
If you would rather hand it over
Measurement screens shaped to your protocol, integration into a system you already run, analysis screens for the results. Pick only the parts you need.
- Measurement and analysis screens shaped to your research protocol
- Integration work against an existing research system
- Scope document and operating documentation on handover
Move from sample data to verified integration
Whether you build directly or commission the work, aligning signals, environment and deliverables first reduces rework
- 01
Confirm the scope
Define signals, operating systems, real-time needs and storage behavior.
- 02
Review samples and docs
Use SDK documentation and sample data to verify fields and the receive structure.
- 03
Build the connection
Implement discovery, connection, streaming and storage in your application.
- 04
Verify in context
Check connection stability and output files under the real measurement conditions.
Useful details to prepare before an integration inquiry
- Signals and metrics needed
- OS and development stack
- Screens, files or APIs expected
- Validation and release target
Getting started
Download the SDK and try it first
The SDK is downloaded per operating system from the store. If you are not sure where it should attach, ask us before you start.