01 / The problem
Make pointer control less dependent on a hand.
A conventional pointer can be a barrier for people with mobility challenges; the project explores facial gestures as an alternative input path.
10 / SMART CURSOR SYSTEM / OPEN SOURCE
Smart Cursor System 2.0
Make pointer control less dependent on a hand.
An accessibility-oriented computer-vision experiment for hands-free pointer control.
Role & responsibility
Built the computer-vision and machine-learning experiment around webcam input and hands-free pointer control.
Verified result
The repository is the evidence surface for supported gestures and environments; usability and accessibility outcomes require dedicated testing.
02 / Solution
Architecture & workflow
Webcam frames feed gesture recognition logic, which maps supported facial signals to pointer actions.
Technical implementation
- Explored facial gestures as interaction signals.
- Connected recognition output to cursor-control behavior.
- Documented supported environments and limitations in the repository.
Key engineering decisions
- Treat the project as an experiment, not a universal accessibility guarantee.
- Keep supported gestures and limitations visible to operators.
Completed deliverables
- Webcam-based input experiment
- Gesture-to-pointer mapping
- Public repository documentation
Technology stack
Computer visionMachine learningWebcamAccessibility
Evidence surfaceNo approved screenshot published
Public repository available. No universal accessibility or performance claim is made.