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Automated Driving Functions

We implement automated driving technologies that enhance safety and comfort through intelligent control systems.
WHAT WE DO

Our focus is uncompromisingly on the end product – we bring advanced driving functions to the road with precision and speed.

To contact

OFFERING:

Automated Driving Functions

CUSTOMER:

Automotive Premium OEM

Automation in Robotics, Space, Defence

PORTFOLIO:

  • System Design – Architecture & Requirements
  • Sensor Integration and Core Services
  • Prototypical Proof of Concept (PoC)
  • Functional Software Development
  • Embedded Development
  • Integration into the Vehicle
  • Virtual Validation
  • Application & Derivation
  • Transfer to Related Domains

Our Key Challenges for the Further Development of ADAS and Autonomous Driving

In a world increasingly shaped by automated driving technologies—and in which the mobility of the future is being redefined—we face six decisive challenges that must be mastered to drive forward the development of ADAS and autonomous driving.

ADAS and autonomous driving functions require real-time processing of large amounts of data from a wide variety of sensor sources. Integrating this information precisely and efficiently, as a prerequisite for reliable environment perception, presents a significant technical challenge.

For systems based on LiDAR, radar, and cameras to reliably detect and interpret the surroundings under a wide range of conditions, the highest level ofrobustness is required. As the degree of automation increases and to handle more complex scenarios, a deep understanding of the situation becomes essential.

Für die zuverlässige Funktion von ADAS- und autonomen Fahrsystemen ist eine präzise Eigenlokalisierung in Kombination mit hochauflösenden Karten unverzichtbar. Nur so können Fahrzeuge ihre Position exakt bestimmen und sicher im Straßenverkehr agieren.

Die Entwicklung fortschrittlicher Algorithmen, die komplexe Verkehrssituationen bewältigen, potenzielle Gefahren vorhersagen und sichere Entscheidungen treffen können, ist von zentraler Bedeutung. Diese Algorithmen müssen robust, skalierbar und an unterschiedliche Fahrumgebungen anpassbar sein.

Klassische Validierungsmethoden stoßen bei der Komplexität moderner ADAS- und autonomer Fahrfunktionen an ihre Grenzen. Um Sicherheit und Funktionsfähigkeit in allen denkbaren Fahrszenarien zu gewährleisten, sind umfassende, virtuelle Test- und Integrationsansätze unerlässlich.

Machine-Learning-Modelle benötigen enorme Mengen an qualitativ hochwertigen, annotierten Daten, um effektiv trainiert werden zu können. Die Nutzbarmachung dieser Daten sowie das Training geeigneter Modelle stellt eine zentrale Herausforderung dar.

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ADAS/AD in perfection

With more than 15 years of experience in developing software for Advanced Driver Assistance Systems (ADAS) and autonomous driving (AD), we are the ideal partner for complex service projects as well as the complete development of software components. Our deep expertise and innovative strength enable us to create tailored solutions that meet the highest standards in the industry. We work closely with our customers to understand their specific requirements and jointly realize forward-looking technologies that make the mobility of tomorrow safer and more efficient.
Stephan Neumaier, Program Manager
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Your Partner for ADAS and Autonomous Driving

We transform complexity into momentum — unlocking business models where defense, mobility, and intelligence converge under pressure. Together, let’s develop innovative solutions that not only meet today’s requirements but also open up forward-looking opportunities for your company.
STEFAN APEL, PROGRAM MANAGER

Big Picture

Our Expertise Across the Entire Functional Value Chain and the Development Process at a Glance

Our approach

TechHub by efs – 6 good reasons

Product-centric from the very beginning

Through rapid prototyping, efficient integration, and close collaboration with customers and function owners, we turn ideas into solutions.

Our focus is uncompromisingly on the end product — we bring advanced vehicle functions to the road with precision and speed.

Integrated system and software approach

With deep expertise in the interaction between software and systems, we lead even highly complex and safety-critical projects to success.

Our holistic approach ensures smooth coordination, robust functionality, and maximum scalability right from the start.

Scalable — from pre-development to ASPICE Level 2

Whether in early-stage development or on the path to ASPICE Level 2 and ASIL compliance:

We provide structure and foresight that give our customers a clear competitive edge — shortened time-to-market with consistently high quality.

End-to-end value chain competence

From sensor data acquisition to decision logic to actuation — we cover the entire functional chain.

Our solutions are seamlessly integrated, highly efficient, and safe — everything from a single source.

Across the entire development process

High-performance, safety-critical embedded software is created with us throughout the entire development cycle — from early simulation to series production.

With top safety requirements up to ASIL-D, we enable fast and reliable validation.

AI-supported development

Artificial intelligence is an integral part of our development processes and products.

Whether as an embedded model in our software or as a means to increase workflow efficiency — AI enables smarter, more robust, and more powerful solutions, faster than ever before.