Roboreactor
Design, Build, and Deploy Real-World Robotic Systems — Faster and at Lower Cost
Web-Based Real-time Feature-rich
How it Works: The Robotic Lifecycle
AI-Driven Blueprinting
Consult with our intelligent manufacturing assistant to define your robot's requirements. Our AI autonomously selects optimal components and synthesizes core backbone firmware and middleware tailored to your hardware.
Topological Refining
Visualize and fine-tune your robotic logic within the node-based code generator. Dynamically adjust hardware nodes and control loops to match your design before triggering final synthesis.
Autonomous Code Validation
Upon export, the system performs a multi-tier architectural analysis. We verify code integrity, service dependencies, and hardware configurations to ensure your robot is 100% mission-ready.
Deployment & Interaction
Deploy production-grade code to your hardware with one click. Maintain full lifecycle control through real-time 3D telemetry, interacting with your robot as designed via our global visualizer.
Core Intelligence Technologies
Autonomous VLA
Vision-Language-Action agents that interpret scenes and act in real-time with Fusion sensors.
Hardware Synthesis
Deterministic code generation for STM32, ESP32, Jetson, and RPi or Generate computer architectures.
Distributed Backbone
High-performance command-queue architecture for multi-robot swarms.
Real-time Visualizer
3D Point-Cloud and Digital Twin synchronization for global remote control.
Generate code
Download and flash the genflow image to your single board computer. You can now produce code for your robot single board computer extremely quickly with the Roboreactor node generator without having to write code or understand low level algorithm.
Create your project by Manufacturing assistant AI
Utilize the Manufacturing Assistant AI to design robots and automation systems effortlessly. Simply talk to our AI, and you can create an entire project with ease, including the required hardware, code, and components. Our system generates URDF models from Onshape software, which can then be seamlessly integrated with navigation and motion control systems.
Motion control and visualizing
with our motion control you can remotely connect with your robot utilizing our rapid IoT system, allowing you to operate your robot's real-time from anywhere. It enables you to run the robot in development mode with no gaps in between.
Navigation system and visualizing
Real-time point cloud mapping, created by your robot's sensors including Lidar, Radar, Sonar, WiFi localization, Beacons, and cameras, is available for indoor and outdoor navigation systems through our navigation visualizer. Track your robot's movements and coordinate multiple robots to create a swarm.
Key features
Basic
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Professional
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Enterprise
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|---|---|---|---|
| Support language generated with node Generator |
python | python | python,rust |
| Sensors and actuators driver board | basic | professional | enterprise |
| Single board computer and microcontroller support |
industrial use | industrial use | industrial use |
| LLMs model | Llama2 | Llama3.2 | Llama3.3 |
| Lidar radar and advance navigation system |
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| Realtime 3D motion control and navigation visualizer |
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| Realtime visualise programming flow | |||
| Automate assembly & manufacturing assist | |||
Start create your robotics product and automation system now!