Finally test the heart of your firmware.
Open Loop Tests for microcontrollers.
Easily test your drivers under all conditions.
Productive work - from anywhere.
No more self-made solutions that are impossible to maintain.
Try it for free in the browser
Why customers choose us
Stable Firmware
Innovative Open Loop Tests that let you write robust drivers.
Easily check error scenarios that are otherwise hard-to-test.
100% automated. No cabling necessary.
Support for all common periphery such as UART, SPI or CAN.
Productive work. From anywhere
View any of your microcontroller pins to gain insights.
Use it from anywhere. You only need a network connection.
Debugger, Oscilloscope, Signal Generator and Microcontroller PCB combined into a single device.
Focus on your core business
No more self-made solutions that are impossible to maintain.
Solid documentation so that everyone can use it.
Fast onboarding. For everyone.
Scales to your budget
10x cost reduction compared to a typical HiL system.
Flexible monthly licensing. Pay only for what you need.
Get your powerful test environment
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We integrate your microcontroller.  Use up to 140 Digital I/O.Use up to 24 Analog Outputs. |
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You choose hardware for your needs. 
Standalone 1 microcontoller Use it on your desk 
Rack Different microcontrollers. Multiple parallel users. Mountable in your 19” rack. 
Hosted We host the hardware. Scales to your needs. Secure access from anywhere. |
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You choose the right package for you. Base Start on-target unit testing and microbenchmarks. Code Interface Analyzer Endpoint Quick Email support Continuous software updates Free hardware upgrade for new EP-generations Free replacements if microcontroller flash cycles are exhausted Core Robust driver tests for the most important periphery. Everything in "Base" GPIO Endpoint UART Endpoint SPI Endpoint Full Extensive tests for all your drivers. Extensive tests for all your drivers. Analog-Out Endpoint CAN Endpoint PWM Endpoint I2C Endpoint Incremental-Encoder Endpoint |
How to Test Firmware Code
Functions on the microcontroller are called at test time via the code interface.
Endpoints are the interface between a test and a specific peripheral. Each endpoint provides specific functionality.
Endpoint configuration can be changed for each test.
Productive Development.
Connect an optional Logic Analyzer.
Choose at runtime any MCU signals to view.
All automated without any rewiring.
Gain maximum insights what is happening on your controller.
Details
Test Sequences
We like to use software that works excellently. Especially if it is an open source solution that is already being used successfully in leading industrial companies: The Robot Framework.
The functions of the ExecutionPlatform can be used entirely from the Robot Framework. In your test sequences you use our endpoints and the code interface.
You have little time for cumbersome tool setup. Therefore we offer a completely preconfigured integration into the most modern IDE in the world: Visual Studio Code.
Full Automation
Endpoints replace your laboratory devices
Endpoints are the interface between test and periphery. Each endpoint supports a specific periphery (GPIO, CAN, …).
The periphery can refer to one or more arbitrary MCU pins. Endpoints can be configured as required on the ExecutionPlatform. All pins of your microcontroller are available for this.
Checking or stimulating pins is traditionally done manually using an oscilloscope and signal generator. The functions of these devices are already integrated in the endpoints. No additional devices are necessary.
Code Interface to access your functions
Functions on the microcontroller are called at runtime via the code interface.
You register the functions you want to call in the firmware. These functions can then be conveniently called from the test sequence.
A debug probe is already integrated so that your firmware can be transferred to the built-in microcontroller. Flashing is conveniently done from the test sequence.
Try it for yourself. Right now.
Introduce the idea to your team.