How does Modo work?

Modo uses advanced AI to transform your project description into a complete hardware design through a multi-step process:

Step 1: Intent Parsing
When you describe your project, Modo's AI analyzes your requirements to understand:

  • What type of device you're building
  • Required features and capabilities
  • Size constraints and form factor
  • Power requirements
  • User interface needs

Step 2: Part Selection
The AI searches through thousands of verified electronic components to select:

  • Compatible microcontrollers (ESP32, RP2040, Arduino, etc.)
  • Sensors, displays, buttons, and inputs
  • Power management components
  • Connectors and wiring

Each part is validated for electrical compatibility (voltage, current, interfaces) and availability from suppliers.

Step 3: CAD Generation
Using parametric modeling, Modo creates custom 3D enclosures that:

  • Fit your specific components
  • Include mounting holes and cutouts
  • Account for cable routing
  • Optimize for 3D printing

Step 4: Wiring Design
The AI generates wiring diagrams showing:

  • Pin-to-pin connections
  • Power distribution
  • Communication buses (I2C, SPI, UART)
  • Protection circuits

Step 5: Firmware Generation
Complete microcontroller code is generated including:

  • Hardware initialization
  • Sensor reading and control logic
  • Communication protocols
  • User interface handling

Step 6: Assembly Instructions
Step-by-step build guide with:

  • Parts identification
  • Assembly sequence
  • Testing procedures
  • Troubleshooting tips

The entire process takes 2-5 minutes depending on complexity.