Four-stage pipeline — design visually, simulate digitally, test with real hardware, deploy over-the-air.
Visual drag-and-drop blocks. Connect sensors, actuators, and logic without writing a single line of code.
Digital twin renders your robot in a virtual environment. Test behaviors, tune PID loops, validate logic risk-free.
Hardware-in-the-loop testing. Connect real sensors and actuators while keeping simulation feedback running.
OTA firmware push to one robot or an entire fleet. Rollback in seconds. Zero-downtime updates.
From visual programming to fleet management. One platform, every capability.
Drag-and-drop blocks for motor control, sensor reading, and conditional logic. Switch to code view anytime.
Test your robot in a physics-accurate 3D environment before touching real hardware. Collision detection, gravity, friction.
Temperature, motion, LiDAR, cameras, GPS, ultrasonic, IMU, pressure, humidity. Pre-built drivers, instant integration.
MQTT, ROS2, Modbus, BLE, LoRa, I2C, SPI, UART, CAN bus. Communicate with anything on any protocol.
Computer vision, path planning, SLAM navigation, object detection. Plug in TensorFlow Lite or ONNX models directly.
Sub-10ms control loop latency. Rust core ensures deterministic timing for safety-critical actuator control.
Flutter companion app for live telemetry, camera feeds, sensor dashboards, and remote manual override from your phone.
Deploy code to one robot or a fleet of thousands wirelessly. Incremental diffs, rollback support, deployment verification.
Every component — from sensors to actuators — managed from one unified platform.
From hobby boards to industrial controllers. RoboForge compiles and deploys to all major hardware platforms.
Robotics demands safety-first engineering. Every layer is secured and certified.
All device-to-cloud communication encrypted with TLS 1.3. Certificate pinning for fleet devices.
Ed25519 firmware signatures. Devices reject unsigned or tampered binaries. Secure boot chain.
Hardware e-stop integration. Watchdog timers. Configurable safety zones with automatic halt.
Granular permissions per robot, per fleet, per action. Operator, engineer, admin, viewer roles.
TLS 1.3 for all telemetry streams. Data at rest encrypted with AES-256-GCM. Audit logging.
Designed for SIL-2 functional safety. Deterministic Rust core prevents undefined behavior classes.
From STEM classrooms to factory floors. RoboForge scales with your ambition.
From a single hobby bot to an industrial fleet. Pay only when you need more.
Perfect for learning & prototyping
For serious hobbyists & makers
For teams & serious projects
Industrial fleet management
Join the waitlist. Be among the first to build with RoboForge.
Tell us what you'd like to build or how you'd like to help.
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