Ursly
Ursly · Human interface research · Québec
About this demo
Ursly. Far beyond the keyboard and the screen.
Explore the research frontier between human biology and software through an illustrative, local demo.
Our research direction connects consented sensor inputs to a personal AI. This demo renders synthetic inputs; no AI model, physical sensor or remote sharing is operating.
Ursly Smell
- Physical input
- Breath and skin volatile organic compounds.
- Interface
- A proposed chemical sensor array would turn sampled compounds into calibrated digital signals.
- Application
- Explore contextual patterns and voluntary sharing in a future Ursly Smell interface.
- Research limits
- This scene samples no molecules. Human attraction cannot be inferred reliably from a single candidate pheromone.
Ursly Taste
- Physical input
- Food chemistry, flavor feedback and separately sampled saliva research.
- Interface
- A proposed electrochemical biosensor would translate selected analytes into time-stamped signals.
- Application
- Research personal trends with an explicit measurement context.
- Research limits
- Taste is not a hormone assay. Saliva measurements require a sample and selective assay; light cannot read arbitrary biomarkers.
Ursly Sight
- Physical input
- Eye movement and pupil response under controlled lighting.
- Interface
- A proposed optical tracker would encode gaze and pupil features.
- Application
- Explore accessible interaction and contextual attention signals.
- Research limits
- Pupil size varies with light and many other factors; it does not reveal a person’s intentions.
Ursly Voice
- Physical input
- Sound and voice characteristics.
- Interface
- A microphone and proposed local feature extraction would encode acoustic changes.
- Application
- Explore voice interaction and changes against a personal reference.
- Research limits
- Voice features do not establish emotion or health. No microphone is accessed in this demo.
Ursly Touch
- Physical input
- Voluntary hand gestures and spatial position.
- Interface
- Proposed environmental optical tracking would encode hand position and gestures without a wearable.
- Application
- Explore voluntary personal trends and responsive interaction.
- Research limits
- Optical tracking does not measure EDA. Research EDA requires contact electrodes and is nonspecific; no blood measurement occurs here.
Ursly Motion
- Physical input
- Body motion, posture and gait.
- Interface
- Proposed environmental optical tracking would encode calibrated movement features without a wearable.
- Application
- Explore accessible control and contextual movement patterns.
- Research limits
- The reclining figure is an illustration, not a gait assessment. Optical movement tracking needs calibration, visibility and validation.