Record of Synapsis
AR glasses that enable coding through hand gestures in the air with AI-powered input recognition.
Synapsis
Synapsis is an innovative augmented reality coding interface that allows developers to code using hand gestures in the air, transforming the way we interact with code.
Overview
Synapsis glasses enable developers to:
- Code with hand movements in the air
- View a virtual keyboard rendered directly on AR glasses
- Leverage AI to interpret and translate hand gestures into code input
- Work seamlessly during downtime or in environments where traditional keyboards aren't practical
Core Technology
The system is built on:
- AI-Powered Gesture Recognition: Advanced AI models that interpret hand movements and translate them into keyboard inputs
- AR Display Technology: Using Facebook/Meta AR technology or proprietary display systems
- Virtual Keyboard Rendering: Real-time keyboard projection within the user's field of view
- Adaptive Input Processing: Context-aware gesture recognition optimized for coding workflows
Use Cases
Flexible Work Environments
- Work during slow periods at second jobs
- Code in non-traditional environments
- Maximize productivity during downtime
- Enable coding without physical keyboard access
Speed and Efficiency
- Increase input speed through natural hand movements
- Reduce context switching between keyboard and screen
- Enable more ergonomic coding positions
- Support hands-free workflow integration
Technical Approach
- Gesture Capture: High-precision hand tracking through AR glasses sensors
- AI Processing: Real-time gesture analysis and character prediction
- Visual Feedback: Immediate rendering of virtual keyboard and input confirmation
- Code Integration: Seamless translation of gestures into IDE input
Future Roadmap
- Proprietary gesture recognition algorithms
- Enhanced AR display technology
- Multi-modal input support
- Integration with existing development environments
- Customizable gesture mappings for different programming languages
Why Synapsis Matters
Synapsis represents a paradigm shift in developer productivity by:
- Removing physical hardware constraints
- Enabling coding in previously impossible scenarios
- Increasing accessibility for developers with physical limitations
- Pushing the boundaries of human-computer interaction for software development