Trustworthy forever

KURT moves to sticky icon

Altreonic is separating as a new activity with a focus on electric mobility. All KURT related content is now available at

Last COTS opportunity for VirtuosoNext and GoedelWorks

In the last couple of years, Altreonic has been setting up a new business unit entering the market of urban electric mobility. The KURT vehicle concept fully exploits the advantages and features of our VirtuosoNext Designer with a fully distributed and fault tolerant, fine-grain partitioning RTOS kernel at its core. The GoedelWorks environment is also in use to support the project from early requirements to full implementation.

As the development of the KURT e-vehicles and associated services has become the main business objective of Altreonic, it was decided to terminate the COTS availability of Altreonic's software environments and issue a last opportunity for licensees to acquire the technology as an all-in offer. The technology is offered as an Open Technology License (see link here) and includes all available documentation, source code, test suites, etc. for all targets supported. This includes a 3 days hands-on training. Porting to new targets / BSPs is possible as an engineering service, as part of an in-depth training in team with the customer. A more in-depth training can be provided upon request. A detailed overview is given below. 

Academic institutions and non-profit research organisations can benefit from special conditions. Contact Altreonic.

Altreonic will continue to support existing licensees and maintain the software as needed. Internal developments and extensions will continue but mainly as a function of the specific use in the KURT technology. Altreonic will still make licenses available in the context of customer specific engineering projects.

Interested licensees should contact Altreonic directly for the licensing conditions.


Position paper: VirtuosoNext RTOS for e-Mobility

In this short paper, we explain how e-mobility and the drive towards autonomous driving and MaaS is being disruptive for the traditional automotive vehicle makers. We show how’s KURT’s Software Driven approach meets the challenges.

VirtuosoNext for emobility

Wishes for 2018

Wishes for a better world, free of war, free of pain, free of struggle. More common sense, more friendship, more joy. Less Big Brother, more humanity.

Whatever you undertake, persist and enjoy a successful outcome!

Altreonic and LikeAbird join forces

Date:   9th October 2017

Press Release:

Altreonic NV, provider of the unique fault tolerant VirtuosoNext RTOS environment, and

LikeAbird S.L.U., provider of the INAV-IG, the industrial grade Autopilot/Flight Control System Ecosystem for unmanned systems and drones

join forces in combining both technologies in an integrated platform.

LikeAbird is a R&D Think Tank company providing innovative systems, products and solutions in the field of the unmanned (air/land/sea) and robotic industry.

Altreonic speaker at Smart Systems Industry Summit

Date and place: 17th October 2017, Mechelen, Belgium

Title: Autonomous systems: surviving the nanosecond blue screen

by Eric Verhulst, CEO/CTO - Altreonic

AbstractSmart systems are a hot topic these days. Enabled by continuously shrinking electronics, we can now add software to almost anything, from thermostats to autonomously driving cars and self-regulating energy networks. But is a smart system also trustworthy? Will it ever be smart enough to be trustworthy? Self driving cars for example use artificial intelligence to mimic the behaviour of an experienced driver. Clearly, this is a hypothetical driver as human drivers make mistakes all the time. And how would you feel when your car updates its driving software while driving? How smart is a self-driving software that keeps on speeding after it detected six times in a row that the driver was not paying attention to its warnings? How smart is it to have a dishwasher talk to the internet so that it doesn't work when you have no connection? Of course, this type of smartness was introduced by smart people. The issue is complexity, made worse by legacy developed at a time when trustworthiness was a second thought. In the real world the complexity is immense and the law of Murphy is king. The question is how can we make things simultaneously smart and trustworthy? Another question is whether such a smart system should mimic a human brain? Trustworthy means predictable, safe and secure; all aspects for which humans have a very bad reputation. The road to salvation is a systematic one whereby unavoidable errors and faults are taking into account at every step of the development. Fault tolerance and resilience are key.

Full program here.

Download the presentation in attachment.

Flanders Make Seminar Day 2017

How do companies tackle technological challenges?

During this Seminar Day, engineers, researchers and R&D managers from the manufacturing industry will come together to learn more about the results of some of our recent projects. 

More specifically, Altreonic will show how POF reliability prediction and analysis at system level is applied by Altreonic for developing the KURT e-mobility vehicle. The process covers from selection of components and sub-system modules as well as the software architecture.

Date:  28/09/2017 - De Montil, Moortelstraat 8, 1790 Affligem

Registration here


Fault tolerant VirtuosoNext RTOS for ARM Cortex-M microcontrollers

Altreonic has now ported the latest VirtuosoNext Designer to ARM Cortex M-series microcontrollers. The latest version fully exploits the Memory Protection support to provide fine-grain partitioning and allows fine-grain recovery from processor exceptions in a few microseconds at the Task level. This effectively provides fault tolerance for the applications without the system experiencing any significant delay and without having to apply costly hardware redundancy schemes. At the system level, the resilience level is greatly increased at virtually no cost. The economic advantages are significant.

VirtuosoNext starter license

Altreonic is now introducing a starter's license for VirtuosoNext Designer at € 4950. It includes Visual Designer (with all code generators), Event Tracer and a Windows 32bit node (used for cross-development, simulation or as a node in a system). Also includes is a one day free training in our offices. Embedded targets are evaluation and development boards with a connection to a host PC and with JTAG support. First available targets are ARM-M and -R boards. For other targets and more details, contact Altreonic. Some restrictions might apply.

System level failure statistics needed

Now that we have support for fault recovery in VirtuosoNext, we have been wondering how extensive the coverage could be in real-life systems. The issue is that data on failure root causes is either considered as confidential, either narrowly focusing on specific elements (e.g. hardware reliability). We cannot really find statistical data for these system level failures. Do you know of any such data?



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