At ETAS, we provide high-performance hardware and software to capture all vehicle data - from ECUs, networks, buses, and sensors - without data loss. Our tools enable you to systematically and efficiently extract the information you truly need to master the mass of data. They help you optimize functions in operation for new models and variants, permanently increasing the value of your vehicle.
Our engineering services and consulting services are available to assist with all your development needs. The open architecture, modular design, and support of industrial and automotive standards common to all ETAS products allow for flexible adaptation to different development requirements and existing infrastructures.
Our software development solutions take your team from concept to delivery with virtualization, automated testing, and secure, efficient release cycles. We provide a highly automated, collaborative environment on the PC, on the network or in the cloud. Our openness to third-party and in-house solutions, certified standardization and comprehensive services give you a high degree of flexibility.
ETAS offers comprehensive test and validation solutions, including software-in-the-loop (SiL) testing in the cloud and virtual validation. Our solutions enable you to efficiently and reliably test embedded systems and automotive cybersecurity, ensuring high performance, safety, and compliance with industry standards throughout the development lifecycle.
At ETAS, we provide high-performance real-time environments, including basic software, middleware, and configuration tools, based on AUTOSAR Classic and Adaptive standards, as well as ADAS/AD and edge middleware solutions. Our middleware solutions are key enablers for seamless and reliable software integration in modern vehicles.
We provide integrated authoring and diagnostic solutions with relevant repair and service data for manufacturers and workshops. Our connected cross-lifecycle diagnostics feature automated content generation and enable you to continuously monitor vehicle health as well as perform accurate troubleshooting and cloud-based predictive maintenance across the entire fleet.
ETAS provides embedded software, such as HSM firmware and cryptographic libraries for microcontrollers, as well as security solutions for microprocessor systems and vehicle computers to protect against cyber-attacks. We also offer dedicated tools to improve system robustness, while our intrusion detection and prevention solution secures vehicles and fleets throughout their lifecycle.
At ETAS, we offer security consulting, security testing services, risk management, and vulnerability management to improve the security resilience of automotive components or vehicle platforms. We also provide a product security organization framework to help you achieve compliance with current automotive cybersecurity standards and regulations.
ETAS offers a centralized and comprehensive customer service for hardware products, which includes repair, maintenance, and calibration services. All services are carried out by professionals who are specialized in ETAS products and their services.
To compete in the future mobility race, rapid software delivery is key. It allows you to integrate innovations faster. It keeps vehicles competitive and up to date. And it helps you meet customer expectations as quickly as possible.
ADAS data acquisition & management are critical to the development of automated driving functions. ADAS/AD data recorded in the vehicle or across the fleet reduce test drive time and costs, and ensure that ADAS/AD systems operate safely and efficiently in real-world scenarios.
Calibration of automotive electronics is an essential part of the development process of new vehicles from the first prototypes until after SOP. By parameterizing the control unit software, the behavior of the control and diagnostic functions can be easily adapted to different system variants or vehicle models.
As the industry moves toward software-defined vehicles, new demands and opportunities are emerging for vehicle diagnostics. With cloud-based vehicle monitoring, on-demand vehicle diagnostics and software updates, and predictive analysis of failure probabilities, you can unlock value throughout the vehicle lifecycle.
Increasingly connected vehicles present new cybersecurity risks. As a result, automotive-specific regulations mandate the implementation of cybersecurity measures. As an automotive OEM or supplier you need to ensure your products are cyber-mature, in compliance with international regulations and standards.
Microcontroller programming is a cyclical routine task of OEMs and suppliers. The challenge is to adapt the software development process chain and make it as efficient as possible, while at the same time navigating a complex landscape of technical and regulatory challenges.
As vehicles become "computers on wheels", cybersecurity challenges arise. In an increasingly connected ecosystem, it is essential to establish a robust, holistic security framework across the vehicle lifecycle and supply chain. Effectively managing vulnerabilities and securing vehicle computers and systems is key to successful SDV development.
Virtualization, automation, and parallelization are key to accelerating automotive software testing. By virtualizing ECUs, vehicles, and environments, and integrating them into automated, cloud-based workflows, testing becomes faster and more efficient, paving the way for innovation in software-defined vehicles.
As vehicles become more connected, cybersecurity has advanced to a major business factor for modern cars: software vulnerabilities have led to safety recalls, automotive-specific regulations mandate security in the largest markets, and automotive companies rank cyber incidents as a top business risk.
Automotive middleware is crucial for integrating disparate software components, managing real-time data, and supporting scalable, updatable vehicle architectures. It bridges communication within the vehicle's software architecture, allowing applications to be developed, maintained, and upgraded independently.
The central challenge in ADAS/AD function development is ensuring safety and reliability while achieving robust performance across diverse scenarios. This makes the development of such functions resource-intensive, requiring an iterative and data-driven approach, thorough validation, and continuous improvement.
With the shift to electric vehicles. the demands on measurement, validation, and calibration systems are increasing. The aim is to create sophisticated energy management systems that reconcile limited battery capacity with the highest levels of comfort and performance.
Even though differentiating functionalities are trending in the vehicle market, developers need a solid base of enabling technologies and software to relieve them from repetitive side quests. Free & open-source software (FOSS) unleashes the power of collaboration frees up your resources to accelerate on creating future customer value.
The shift from traditional ECUs to centralized, zonal E/E architectures is accelerating as the industry moves toward software-defined vehicles. These new E/E architectures enable efficient, high-bandwidth communication but bring new challenges for OEMs and suppliers.
The future of mobility is defined by software. Throughout its entire lifecycle, the vehicle can be optimized with new services and functions via software updates, customizing it to the driver’s needs. This opens up new digital business models for OEMs, fleet operators, and service providers.
A software factory streamlines software development like an assembly line, optimizing workflows through automation, cloud solutions, and parallelization. It enhances collaboration, speeds up delivery, and reduces redundant tasks while maintaining safety and quality.
At ETAS, we don't just talk about the future, we're building it today. We kickstart future mobility by combining the reliability of a leading automotive supplier with the agility of digital talent in one software factory. We are here to accelerate your journey into the future of mobility, providing immediate support from day one.
At ETAS, diversity and inclusion are firmly anchored in our corporate culture. We value the different perspectives and talents of each individual. All employees have equal opportunities and are empowered to bring their authentic selves to work, thus contributing to a unique workplace.
Our ETAS partnerships will grow together to become holistic partnership networks. These partner networks address the transformation of the automotive industry together with manufacturers and suppliers in an innovative and conscientious manner. We, at ETAS, are teaming up with software and consulting companies, device manufacturers, service providers, and infrastructure partners. Furthermore, we want to leverage synergies and innovation through active participation in committees, associations, and research projects.
Quality is deeply rooted in the business principles at ETAS. We are committed to offer our customers only top-quality products and services that are compliant with international regulations and standards. To achieve and accomplish the best possible performance, we continuously improve our management system and regularly undergo audits and assessments.
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