Not all software has the luxury of waiting.
In a modern vehicle, many software functions have to process information and react within precisely defined timeframes.
Whether it’s processing sensor data, controlling vehicle functions or communicating between different ECUs, even very small delays can matter.
This is where real-time embedded software becomes essential.
Unlike typical applications, automotive software often has to guarantee that certain tasks are completed not just correctly, but...
Is your vTESTstudio configuration time-consuming and error-prone?
Before test design can even begin, project structures, libraries and tool links often need to be configured individually. This can create unnecessary effort, configuration errors and delays.
With our vTESTstudio Configuration Service, seneos provides a ready-to-use foundation for efficient test development.
Our approach covers:
🔹 Create project structure and base libraries
🔹 Configure an integrated test environment
🔹 Verify...
AUTOSAR is one of the foundations of modern automotive software.
Modern vehicles rely on a huge number of software components that need to communicate and work together reliably.
AUTOSAR provides a standardized approach to automotive software architecture, helping manufacturers and suppliers manage this increasing complexity.
By defining common interfaces and architectural concepts, AUTOSAR supports software reuse, scalability and more efficient development across different vehicle platforms....
Automotive software doesn’t get to take a coffee break.
Once a vehicle is on the road, many software functions need to operate continuously, reliably and under constantly changing conditions.
Heat. Cold. Vibration. Network interruptions. Different driving situations.
Automotive software has to deal with all of it.
That’s why developing software for vehicles is very different from developing a typical consumer application.
Reliability isn’t an optional feature. It’s a fundamental requirement...
What if dependent failures could be identified before they become a safety concern?
Modern automotive systems rely on increasingly complex interactions between hardware, software and electronic components. Understanding these dependencies is essential to developing safe, reliable and compliant vehicles.
With our Dependent Failure Analysis (DFA) Service Box, seneos supports automotive engineering teams in identifying potential failure modes, evaluating dependencies and defining effective mitiga...
DID YOU KNOW?
The modern vehicle is evolving from a product into a software platform.
Features that used to require new hardware can increasingly be introduced, improved or enhanced through software.
This shift is one of the key ideas behind the Software Defined Vehicle (SDV).
It changes the way vehicles are developed — and how manufacturers think about functions, updates and the customer experience.
For software developers, it also means new challenges:
More complexity. More integration. ...
Yesterday, we swapped our desks for the starting line.
Our seneos team took on the B2Run Cologne and hit the track together with plenty of energy, team spirit and, of course, a little competitive spirit along the way.
But it wasn’t just about the run. It was about spending time together outside the office, cheering each other on and enjoying the evening as a team.
A great evening with a great team. And yes, we are definitely a little proud of everyone who made it to the finish line.
seneos o...
DID YOU KNOW?
A classic CAN message can carry just 8 bytes of data.
That may sound like very little, especially considering how much information modern vehicles need to exchange.
The Controller Area Network (CAN) was designed for reliable communication between electronic control units without requiring a central computer. Over the years, it became one of the fundamental communication technologies in automotive systems.
With CAN FD (Flexible Data-Rate), the payload can be increased to up to 6...
Are EMC tests driving up your development costs?
EMC testing is a mandatory part of product certification and can quickly become an expensive process.
With the right engineering support, unnecessary costs and re-testing can be avoided.
Our "EMC - Electromagnetic Compatibility Testing" Service at seneos GmbH supports you throughout the entire EMC test process:
Our Approach:
> Identify potential EMC issues by analyzing schematics, BOM, layout and signal integrity
> Support the complete EMC te...
DID YOU KNOW?
A modern car is essentially a computer on wheels.
Today’s vehicles can contain hundreds of electronic control units (ECUs) working together to manage everything from braking and steering to infotainment, connectivity and driver assistance.
And the more software a vehicle relies on, the more important it becomes to make that software reliable, scalable and secure.
At seneos, we develop embedded software that helps make the increasingly complex world of automotive technology work ...
Embedded Software Engineering für die Automotive-Branche
seneos entwickelt und testet Embedded Software für die Automotive-Branche. Wir verbinden Engineering-Expertise mit modernen Technologien und unterstützen unsere Kunden bei anspruchsvollen Entwicklungsprojekten.