01  GESTURE OS
    Touchless spatial computing · Real-time perception · Desktop interaction

02  RURU OS
    AI-native personal engineering OS · Automation · Knowledge systems

03  RURU PROTOCOL
    Interactive 3D developer portfolio · Three.js · Custom shaders

04  ENGINEERING FOUNDATIONS
    Data Structures & Algorithms · Python · Java · C++ · Systems design

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  GESTURE OS  //  TOUCHLESS SPATIAL COMPUTING PLATFORM
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GestureOS transforms standard webcam feeds into a responsive, touchless desktop interaction layer. Built with on-device computer vision and low-latency event dispatching, it enables spatial navigation without proprietary hardware.

• Perception Layer: 21 3D Hand Landmarks, 468 Face Mesh Points, 6-DoF Head Pose estimation via PnP, and 1€ Temporal Jitter Filtering.
• Multimodal Fusion: Real-time geometric and dynamic classification with velocity vectors and pinch metrics.
• Safety State Machine: Face-presence verification, dwell-time confirmation, and fail-safe emergency disengage triggers.
• Dispatch Engine: Native OS input injection (Mouse/Keyboard), HUD overlay system, and sandboxed plugin architecture.

• 25+ Gesture Vocabulary: Precision pointing, pinch-drag, inertial scroll, window management, media controls, and macro triggers.
• AirMouse: Inertial cursor control with dynamic sensitivity damping for pixel-accurate targeting.
• Privacy-First: 100% on-device vision inference — zero video frames or telemetry leave the local machine.
• Extensibility: Built-in Gesture Studio, plugin SDK, and full developer packaging pipeline.

• GestureOS — (Flagship) Touchless desktop automation, computer vision perception, and 3D spatial UI.
• RuruOS — AI-native personal engineering environment for automation, research, and developer workflows.
• ruru-protocol — Cinematic developer portfolio powered by React, Three.js, and custom shader engines.
• Groundwater Prediction System — Environmental data modeling and machine learning prediction pipeline.
• Agent Evaluator Hackathon — Autonomous AI agent evaluation benchmark and test framework.
• LeetCode Practice — Algorithmic problem solving, data structures, and computational optimization in C++.

Languages
Python · Java · C++ · JavaScript · TypeScript · HTML/CSS

AI & Computer Vision
OpenCV · MediaPipe · LLMs & AI Agents · PyTorch · Scikit-Learn

Systems & Web
React · Three.js · Qt / PySide6 · Git · GitHub Actions · Linux · Docker

Current Depth-Building
DSA · Java Core · Low-Level Optimization · Agentic Architectures · Systems Design

I am an engineering student focused on intelligent interfaces, software systems, computer vision, and applied AI.

I learn through intentional building: creating prototypes, developer tools, spatial interaction systems, and experiments that force me to understand how computing systems operate from first principles.

Learn deeply. Build boldly. Think beyond the obvious.

  

A visual topological map of engineering activity and commits.

_{Click to launch interactive 3D rotation, tilt, and zoom in the browser}