emlix offers industrial-grade Linux for the digitalization and secure networking of devices, machines and plant throughout the entire product life cycle.
For 25 years, we have been transferring system knowledge, innovations from the open source world and market knowledge into the products of our more than 350 customers. Product-specific software platforms from emlix are in successful use millionfold worldwide. Our quality management is certified according to ISO 9001. emlix is self-certified under ISO/IEC 5230:2020
We are nominated for the Embedded Award
in the category Safety & SecurityWe are delighted to announce that our Linux for Safety Applications solution has been nominated for the Embedded Award 2025 in the category Safety & Security at the upcoming Embedded World. The award honours the most innovative products in the embedded systems industry.
As part of an innovative development project together with Elektrobit Automotive GmbH, emlix has developed a Linux Safety Monitor which reliably supervises the Linux kernel, enabling a SIL2 /ASILB application to be run directly on Linux.
And rather than trying to make Linux safe we provide an execution environment for applications which lets them execute correctly and indicate, if this is not the case. Elektrobit’s EB corbos Linux for Safety Applications creates a dependable data-space for safety applications.
As we are nominated for the embedded award, we have the chance to win the community choice award. For the second time, the embedded community will vote for their favorite among all nominees for the embedded award 2025.
So if you support our approach, feel free to vote for us here.
emlix contributed to cmocka Q1 2025
The emlix team recently made contributions to the cmocka unit testing framework.
Contributions to Open Source Projects Q4 2024
The emlix team has yet again made several contributions to open source projects in the last few months, fixing problems and improving code.
emlix turns 25 - Linux in Industrial Products for a Quarter of a Century
We are celebrating emlix’ anniversary: 25 years ago, on January 8th, 2000 emlix was founded in Goettingen and became one of the first companies…
Innovative solutions for industrial products
Our core competence is the conception, qualification, composition and development of embedded Linux systems and hardware-near product features. We thereby observe the relevant norms for the respective industry closely.
Our quality-assured solutions are based on mainline Linux, distributions such as Yocto, Buildroot, PTXdist and Android as well as other industrially proven open source components and commonly used tools.
Process-secure implementation
We offer you development tools and processes that are especially designed for industrial requirements:
e2factory offers build and process automation that guarantees reproducibility over the entire software life cycle. The emlix Test Application Framework (TAF) enables automation and traceability of hardware-near tests with report generation.
Reliable life-cycle support
Our service spectrum includes process-compatible maintenance and ensuring of the IT security as well as functional security throughout the entire product life cycle.
Furthermore, emlix accompanies its customers in quality and safety audits – during both development and life cycle maintenance.
Smart deviation monitoring
Success Story Schenck Process Europe GmbH
Secure Yocto edge device | customized embedded Yocto system (Kirkstone LTS)
Schenck Process aimed to achieve two goals in the development of the CONiQ® Cloud: Central to the project was the implementation of the Secure Boot concept based on the Zero Trust principle: A secure connection links Schenck Process machines and systems with secure data storage as well as secure user and device management. In addition, AWS Greengrass was to be integrated into an embedded Linux system as a connector for the Amazon Cloud - with the goal of complete controllability and hardware independence.