Deep Dive into Kaktus Core.
Kaktus isn't just a drawing tool; it's an Omniscient Hardware AGI. Here is a detailed look at the technology powering the platform.
Physics-First Wiring Engine
When Kaktus connects a wire, it doesn't just draw a line. It calculates the voltage drop, current limits, and logic level compatibility. If you try to connect a 5V sensor to a 3.3V ESP32 pin, the engine will automatically inject a logic level shifter or voltage divider.
Every connection is verified against real-world physics, ensuring that your circuits won't burn out when built physically.
Omniscient AGI
The AI model embedded in Kaktus has been trained on thousands of datasheets, schematics, and industry-standard engineering practices.
Whether you need to know the stall current of an MG996R servo or the I2C pull-up resistor requirements for a 400kHz bus, the AGI knows it and applies it automatically.
Multi-Tab Architecture
Hardware projects get messy. Kaktus allows you to split massive projects (like a humanoid robot) into isolated subsystems (e.g., Left Arm, Right Leg, Head).
The AI shares context across all tabs. If you used PWM channel 0 in Tab A, it knows to use PWM channel 1 in Tab B, preventing hardware conflicts globally.
Instant Firmware Compilation
Drawing the circuit is only half the battle. Kaktus generates production-ready C++ firmware specifically tailored to the pins and components it just wired.
The built-in terminal allows you to interact with the simulated hardware, testing logic without waiting for physical parts to arrive.