RoboReactor is the end-to-end platform that designs, simulates, builds and deploys intelligent robots. Powered by Agentic AI.
Tell RoboReactor what you want to build.
AI analyzes and creates optimal architecture.
Generate CAD, electronics, wiring & BOM.
High-fidelity physics simulation & AI training.
Generate firmware, OS image & deployment files.
Connect real hardware and validate.
Deploy to target hardware in one click.
Autonomous operation with RoboReactor Runtime.
An end-to-end suite powering mechanical CAD, circuit wiring, firmware synthesis, physics simulation, AI autonomy, digital twins, real-time IoT, and edge fleet deployment.
Assemble complex robot joint structures in real-time with visual transform gizmos, precision joint mating, and an embedded Manufacturing Assistant AI that suggests optimal component upgrades or accepts custom 3D model file uploads (STL, GLB, glTF, OBJ).
Position, rotate, and snap robot joint links (STL / GLB / glTF / OBJ) with local joint offset calibration and group transform controls.
Search component databases with AI recommendations or manually upload custom parts (.stl, .glb, .gltf, .obj) to upgrade your robot's CAD blueprint on the fly.
Instantly generate hardware nodes, URDF kinematics, and controller code for the newly assembled robot structure.
Instantly evaluate your robot's bill-of-materials and project budget in real-time. Automatically aggregate hardware costs, track unit prices across component categories, and receive transparent grand total cost breakdowns before manufacturing.
Track manufacturer part numbers (MPNs), brand specifications, unit prices, and overall project costs ($287.30 USD) in real-time.
Summarize required component counts, individual unit costs, and category totals across your entire robot system architecture.
Multi-phase AI auditing removes duplicate hardware and suggests cost-effective component alternatives matching your requirements.
Synchronize physical robot hardware with virtual 3D models in real-time over low-latency MQTT & WebSocket protocol streams.
Real-time sub-15ms motion synchronization between physical joint hardware and digital CAD/URDF representations. RoboReactor AI automatically generates production-ready motion control APIs (Python, C++, ROS2 & WebSocket) directly from the kinematic motion control system—enabling instant integration into any user application.
Ingest multi-modal sensor telemetry directly through lightweight MQTT packets and WebSockets with zero packet loss and real-time dashboard plotting.
Execute remote telemetry diagnostics, calibrate joint offsets, monitor power distribution, and send hardware override commands securely over encrypted WebSockets & MQTT TLS pipelines.
Validate in simulation, then deploy and operate in the real world.
Compare core capabilities, cloud runtimes, AI LLM allocations, and hardware synthesis features across all RoboReactor plans.
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Plan & Capabilities
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Coming Soon
Industrial49 USD/mo
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| Cloud Engineering Runtime | 2 hr/day | Unlimited | Unlimited | Unlimited |
| AI Engineering | Basic | Standard | Advanced | Enterprise |
| Component Intelligence DB | Community | Advanced | Industrial | Enterprise |
| AI CAD & Assembly | Basic | Standard | Advanced | Enterprise |
| Electronics & Wiring Generation | Basic | Standard | Advanced | Enterprise |
| Firmware & OS Generation | Basic | Standard | Advanced | Production |
| Digital Twin | Basic | Standard | Advanced | Real-Time Enterprise |
| IoT Telemetry | Basic | Standard | Advanced | High-Frequency / TLS |
| Sim-to-Real | — | Basic | Advanced | Production |
| Edge Deployment | Single Device | Single Device | Fleet | Fleet |
| OTA Deployment | — | Basic | Advanced | Fleet OTA |
| Multi-Robot Control | — | — | — | ✓ |
| Remote Runtime Agent | — | — | Basic | Advanced |
| Fleet Analytics | — | — | — | ✓ |
| Enterprise Security | — | — | — | ✓ | Advance |
Join leading hardware developers and robotics engineers accelerating design from CAD to code and digital twins.
