Kinetic fabric
We weave triboelectric fibers into otherwise normal garments. Friction between fabric layers generates a small but steady electrical charge, which the garment stores, meters, and can convert into TWF mining proofs.
How it works
Hardware
| Part | Detail |
|---|---|
| Fibers | TENG yarn woven alongside standard textile thread. Survives normal wear; washing instructions apply. |
| Controller | ESP32 class microcontroller. Firmware written in Rust on the Embassy async runtime, updated over the air. |
| Radio | BLE to your phone. The garment never needs Wi-Fi and works fine offline; proofs sync later. |
| Storage | Supercapacitor bank with power-management IC and USB-C out. |
| Security | Secure element holds the signing keys for energy proofs. Keys never leave the hardware. |
| Sensors | Heart rate, temperature, motion, and posture. Health data is processed on the garment by TinyML models and stays there unless you export it. |
Ecosystem
Wovin is one of the hardware projects inside Colossal Capital, and it leans on its siblings rather than reinventing them.
Pricing
Wovin garments will be sold as hardware. The software side, including proof verification and the energy dashboard, is covered by your Colossal Capital tier.
Create an account or see tier details.