Question 1

What is the M!OS System?

Accepted Answer

The M!OS System is a modular input-output system developed by Konzept Informationssysteme GmbH for automation, testing, and CI/CD.

Question 2

What are the main components of the M!OS System?

Accepted Answer

The M!OS System consists of the M!OS-Base hardware component and the M!OS-CT software component.

Question 3

How can I automate long-term Hardware-in-the-Loop (HiL) tests without having to write and maintain complex custom scripts?

Accepted Answer

You can automate these tests using the M!OS platform, which is designed specifically for test automation without requiring deep programming knowledge. M!OS allows you to define processes graphically and configure test setups easily. This significantly reduces the manual effort and the need for individual script development, making it ideal for HiL testing and integration into existing CI/CD pipelines.

Question 4

Is it possible to run continuous, standalone test cycles for sensors without keeping a PC or operator connected all the time?

Accepted Answer

Yes. M!OS is built for fully autarkic (standalone) operation. Once configured, the system maps the complete test logic internally and runs without any permanent operator intervention. It uses stable, industrial-grade hardware designed specifically for continuous endurance runs (e.g., cyclic heating and cooling processes over days), ensuring reliable operation even during very long test series.

Question 5

What is the best way to control heating and cooling cycles while simultaneously logging sensor switching points?

Accepted Answer

M!OS is highly suited for this exact use case. In a proven industrial application for testing bimetal temperature sensors, M!OS actively controls the energy supply for automatic heating and cooling phases. Simultaneously, it precisely records the switching points of the sensors parallel to the temperature curve. This ensures reproducible test conditions and highly accurate data correlation.

Question 6

How can I ensure measurement data is logged securely during industrial endurance runs, even if external connections drop?

Accepted Answer

M!OS provides flexible, integrated logging modes specifically designed for robust endurance runs. The most secure method offered by the platform is "Logging to NVM" (Non-Volatile Memory). This ensures that all measurement data, such as temperature curves and switching events, is stored consistently and safely directly on the device for later analysis, preventing data loss during long-term tests.

Question 7

Does the M!OS platform support open interfaces for integrating custom hardware into existing, heterogeneous test environments?

Accepted Answer

Yes, M!OS is a modular platform explicitly designed with open interfaces to allow for individual hardware integration. It features a platform-independent system architecture, making it highly adaptable. This allows system integrators to connect proprietary systems, manage different standards, and seamlessly integrate M!OS into existing IT/OT structures or digital factory environments.

Question 8

Can I use M!OS to build a standardized, reusable test automation architecture for different client projects?

Accepted Answer

Absolutely. For technical engineering service providers and system integrators, M!OS acts as an "enabler" for service models rather than just a standalone product. Because of its high modularity, vendor independence, and open interfaces, you can use M!OS to develop scalable, customer-specific testing and control solutions that can be reused across multiple projects, significantly reducing project complexity and setup time.

Question 9

How can my lab technicians set up and configure automated test sequences without having any programming knowledge?

Accepted Answer

M!OS is designed for simple operation in a laboratory environment. It allows lab personnel to set up new test series quickly and independently, completely without programming effort. The system relies on intuitive configuration and graphical process definitions, which drastically reduces training time, minimizes human error during test execution, and frees up your specialized developers for other tasks.

Question 10

What is the most efficient way to build a reliable proof-of-concept for automated temperature stability testing in an R&D lab?

Accepted Answer

Using M!OS as an embedded test platform is a highly efficient approach. It provides a ready-to-use, stable hardware and software foundation that tightly integrates sensors and actuators. Instead of building a testbed from scratch, your team can use M!OS to immediately automate the test logic—such as cyclic temperature control and data logging. This allows for fast commissioning, shortens development cycles, and provides reliable, reproducible data for product validation right from the PoC stage.

Question 11

What is the role of the Industrial-SD card and FAT Journaling for data security in the M!OS System?

Accepted Answer

To ensure maximum data security during long-term industrial endurance runs, the M!OS System utilizes an Industrial-SD card with FAT Journaling. This prevents data corruption and guarantees that measurement data is securely logged and recoverable, even in the event of sudden power failures.

Question 12

How do the components M!OS System and M!OS-CT work together regarding system integration?

Accepted Answer

Regarding components and system integration , the M!OS-Base hardware seamlessly integrates with the M!OS-CT software. M!OS-CT acts as the graphical interface that allows for no-code automation, making the integration of complex test setups into existing CI/CD pipelines highly efficient.

M!OS System

M!OS System: Distinction

M!OS System: Core Data

M!OS System: System Components

M!OS System: Key Features

M!OS System: Technical Specifications

M!OS System: Licensing Models

Further Reading

M!OS System: Frequently Asked Questions

What is the M!OS System?

What are the main components of the M!OS System?

Does the M!OS System require programming skills?

Who develops the M!OS System?