R&D
Haptic Web Interfaces
Most digital interactions are visual-first. Our Haptic Web Interfaces project explores how device vibration APIs, force-feedback peripherals, and emerging WebHID surfaces can be combined to give a webpage a sense of touch — for accessibility, for storytelling, and for high-precision tooling.
Haptic Web Interfaces
We are testing whether a uniform haptic layer can be exposed as a CSS-like primitive — so designers describe 'what should feel like what' instead of writing low-level vibration code. Early prototypes route through the Vibration API, GamepadHapticActuator, and a custom Bluetooth bridge for force-feedback gloves.
Haptic Web Interfaces
Touch carries information that visuals alone can not — confirmation, weight, friction, error. In high-stakes interfaces (medical, financial, industrial control) a 2 ms haptic confirmation reduces error rates more reliably than a visual one. The web has historically been muted on this dimension; we want to change that.
Haptic Web Interfaces
At 75% we have a working internal SDK, two design partners using it in private betas, and a public reference implementation scheduled for the next quarter. The remaining work is mostly battery-aware throttling and accessibility opt-outs.
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