Robot Management System

🧩 Features: Complete List (for V1 → future) 🔧 1. Robot Discovery & Management Auto-detect connected robots (USB, Bluetooth, Wi-Fi)

Add/edit/delete robot profiles

Robot dashboard with system vitals

Robot types: drones, UAVs, robotic arms, humanoids, vacuums

🧠 2. Programming Interface Code editor with syntax highlighting (Python, C++, ROS support)

Blockly/Node-RED style drag-and-drop logic

Flash firmware to robots

AI/ML model integration (e.g., object detection, pathfinding)

🗺️ 3. Planning & Simulation Task planner (Gantt or block-based)

3D simulation environment (WebGL, Three.js)

Collision detection

Path preview

🧭 4. Control Interface Manual joystick / WASD / gamepad control

Map view (SLAM or GPS for outdoor)

Video feed and remote camera control

Mission control (automated task execution)

📊 5. Monitoring & Logs Real-time data feed (battery, temp, position, CPU)

Performance logs

Predictive maintenance flags

Exportable analytics reports

👤 6. User/Access Management Multi-user login and permissions

Cloud vs local mode

Session logs

🧱 7. Modular Extensions Plugin system for custom devices

API for third-party integrations

Cloud sync and mobile app

🎯 Target Demographics Individual Robotics Hobbyists

Robotics Startups & SMBs

Universities / Research Labs

Manufacturing Companies

Military/Defense Contractors

Agricultural Automation Firms

Tech Education Platforms / Schools

🔍 Potential Competitors Robot Operating System (ROS) – Great backend, not user-friendly

RoboDK / VPL – Industrial robots only, $$$

MyRobotLab – Open-source, but outdated UX

Niryo One Studio / Dobot Studio – Product-specific

Viam – Modern but cloud-first

Our advantage? Cross-device, desktop-first, clean UI, with strong modularity.