A compact controller for simple machines, panels, test rigs, and small automation jobs. Build logic visually, connect inputs and outputs, monitor live status, and change behavior without writing PLC code.
Visual automation for jobs that do not need a full PLC stack.
CLC is designed for people who need reliable control logic but do not want to start from ladder software, licensing, and heavy configuration tools.
IN
Flow based logic
Create flows with input triggers, delays, output actions, PWM control, analog thresholds, and AND/OR conditions.
DO
Live control
Connect over serial or Wi-Fi, upload/download configurations, and monitor inputs, outputs, PWM, ADC, run/stop state, and active flows.
SAFE
Safe state behavior
Define output safe values for stop, communication loss, critical faults, or scenario actions that intentionally put the device into safe mode.
Small hardware, useful I/O.
CLC is shaped for compact control tasks: signal conditioning, small machines, fan/pump logic, panel automation, test fixtures, and hobby-to-light-industrial projects.
DI0-DI9Digital trigger inputs
DO0-DO8Digital output actions
PWM x4Soft start, ramp, duty and frequency
ADC x4Analog read, scaling, threshold logic
From idea to running logic in minutes.
The configurator turns automation behavior into visible cards instead of scattered code and notes.
1
Choose a trigger
Use digital input edges, high/low levels, analog thresholds, or software-started flows.
2
Add actions
Switch outputs, add delays, run timers, drive PWM, start another flow, or enter safe state.
3
Upload and monitor
Send the configuration to CLC and watch live status while the machine is running.
Panel logic replacementReplace small relay logic and repeated wiring changes with configurable software flows.
Fan, pump, and alarm controlUse input, timer, PWM, and analog rules for compact environmental or machine control.
Test jig automationSequence outputs, wait for input responses, log status, and repeat test steps.
Maker and prototype controlBuild usable automation before committing to a larger PLC or custom PCB.
Tell us what you would build with CLC.
We are preparing the first version and collecting real use cases, feature requests, and early customer feedback.
Useful feedback: your application, required I/O count, voltage levels, enclosure needs, preferred price range, and whether Wi-Fi/MQTT is important for you.
