Reaching software-defined vehicle level 5 with EB corbos Link
Elektrobit’s Patrick Loschmidt explains how carmakers can transform complex processes into seamless innovation.
Elektrobit
Webinars by this Knowledge Partner
Mastering automotive software maintenance
Elektrobit’s Gabriel Byman and Vesa Välimaa discuss the importance of software maintenance, key considerations for balancing maintenance and development, and the impact of regulations like UN R155.
Secure isolation for Linux-based automotive computers
Elektrobit’s Gabriel Byman and Isaac Trefz explore the concept of secure isolation and the various layers required to protect systems from cyber threats.
Embedded security for automotive systems in the era of quantum computers
Elektrobit’s Simone Böttger and Hannes Hennig explain how to protect today’s systems well into the future using cutting-edge quantum-resistant technologies.
Leveraging Linux for safety-related automotive applications
Elektrobit’s Dr. Moritz Neukirchner explores the first certified approach for Linux in safety-related environments, enabling its extensive ecosystem in connected automotive systems.
Getting started with new EB corbos Linux SDK: part 2 – application development
Matthias Beckert presents Elektrobit’s EB corbos Linux built on Ubuntu SDK with new application development concept, which makes it easy to build images for your specific hardware.
Getting started with new EB corbos Linux SDK: part 1 – image building
Simone Weiss and Thomas Irgang present Elektrobit’s EB corbos Linux built on Ubuntu SDK, which improves flexibility, customization, and ease of hardware adaptation.
SDV levels explained: charting the path to software-defined vehicles
Elektrobit’s Dr. Moritz Neukirchner introduces “Moritz’s SDV Levels”, a framework inspired by SAE levels of autonomy, outlining the stages of SDV evolution from Level 0 to Level 5.
Crinit and Cominit – FOSS Software Packages for Optimized Linux Boot in Embedded Environments
Elektrobit’s Isaac Trefz and Andreas Zdziarstek of emlix discuss the Linux boot process and present two Free and Open Source Software (FOSS) tools.
Strategies for integrating safety-related components into automotive software platforms
Elektrobit’s Joel Thurlby explores the challenges and strategies of integrating safety-related software components into automotive software platforms.
Achieving precise capture and replay of video and bus data in real and virtual environments
Elektrobit experts present a solution that enables the testing of ECU functions, system integration, and communication in a simulated environment under realistic conditions.
Digital communication support for EV charging in a Classic Autosar environment
Elektrobit’s Lucian Badescu explains how OEMs and Tier1s can overcome the challenges caused by the vast landscape of EV communication charging standards and vehicle platform changes.
Cybersecurity strategies for future-proofing software-defined vehicles
Elektrobit’s Gabriel Byman and PlaxidityX’s Danny Noack explore strategic cybersecurity measures for future-proofing software-defined vehicles.
The smart truck cockpit: challenges and opportunities for the commercial vehicles industry
Elektrobit experts discuss how to optimize commercial vehicles for connectivity, cost efficiency, vehicle health, driver safety, sustainability, and regulatory compliance.
A solution for upgrading digital cockpit with newest Android Automotive
Elektrobit experts explain how to add or upgrade to the latest version of Android Automotive in their digital cockpit at any point in the vehicle lifecycle.
System-wide HMI customization with an Android software toolchain
Sergej Schmunk and Christian Dittrich present Elektrobit’s Theming Engine, an easy-to-use solution for developing and customizing Android in-vehicle infotainment systems.
Decoding the complexity of Intrusion Detection Systems in software-defined vehicles
Elektrobit’s Elisabeth Waitz and Pavithra Kumaraswamy discuss the unique complexity faced by the automotive industry in implementing IDS.
Improving ADAS/AD test drive quality with smart logging and live labelling
Elektrobit’s Bastian Speth presents a test vehicle logging device that uses AI technology to capture only the data you need and improve test quality and results.
The software-defined two-wheeler: Redefining the industry with connectivity and infotainment
Elektrobit’s Biswajit Jana and Sandeep Sudhakaran discuss evolving trends in the connectivity and infotainment space and the window of opportunities to adopt these trends.
The software-defined motorcycle: industry opportunities and evolution
Elektrobit’s Lazo Eric, Prashanth Kurumbudel, and Tommi Tallgren provide unique insight into the technologies shaping the future of the motorcycle industry.
Personalizing the Android Automotive-based cockpit: how AI can enhance the driving experience
Elektrobit’s Stephan Schuster and Christoph Rade explain how to open the user interface for personalization through GenAI to provide an immersive, entertaining, and satisfying driving experience.
The vital role of cryptography in vehicle security
Elektrobit’s Veli Matti Lastumäki and Manoj Sharma explain the central role of cryptography in safeguarding automotive systems.
Achieving hardware-accelerated communication in software-defined vehicles
Elektrobit’s Illia Safiulin present the first solution to bridge the gap between Classic AUTOSAR and the new generation of hardware accelerators to provide seamless configuration and integration.
Building a safe foundation for software-defined vehicles with EB corbos
Elektrobit’s Joel Thurlby outlines the impact of functional failures and interference on vehicle functions and automotive software.
Secure Boot and secure software updates with hardware-level security
Elektrobit’s Carolin Kester and Veli Matti Lastumäki explain how to enhance the security and reliability of automotive systems.
Getting started with new EB corbos Linux SDK
Elektrobit’s Ryan Goff discusses the first steps of working with EB corbos Linux in the containerized build environment and Microsoft Visual Studio Code.
Approaches to upgrading an outdated Yocto-based system
Elektrobit’s Simone Weiss and Michael Estner use real-world examples to explain the importance of upgrading Yocto-based products.
Open-source, collaboration, ASPICE, and safety – how software-defined vehicle development works
Elektrobit’s Dr Moritz Neukirchner presents a new SDV development model, focusing on technological barriers, and solutions to overcome them.
Agile development, software architecture, and functional safety – three views of a system challenge
Elektrobit’s Prof. Dr. Joachim Schlosser explains how to different aspects of software development to create a successful development model.
Dealing with zonal architectural challenges in software-defined vehicles
Elektrobit’s Illia Safiulin discusses zonal architectures and their impact on a real-life scenario regarding in-vehicle communication networks.
A two wheeler perspective on adopting automotive software development framework
Experts from Elektrobit and Ather present an architecture that enables seamless migration of AUTOSAR for electric two-wheelers.
Virtualization for vehicle software maintenance: the HSM case
Elektrobit’s Isaac Trefz and Uwe Hildebrand present findings from research aimed at creating a proof-of-concept using NXP S32G2 with its HSE subsystem as the target hardware platform.
Customizing software-defined vehicle user interfaces for increased customer satisfaction
Leading experts discuss the challenges and opportunities arising from customizing software-defined vehicle user interfaces for increased customer satisfaction.
Pioneering the integration of mixed-criticality applications in next-generation SDV architectures
Elektrobit’s Dr Bruno Kleinert and Francesco Petruzziello of ST reveal how the new Stellar Integration MCU’s virtualization enables isolated execution of multiple OS and AUTOSAR stack instances on a single chip.
Enabling secured global time synchronization in software-defined vehicles
Elektrobit’s Pavithra Kumaraswamy and Andrei Rus explain how to enable secured global time synchronization in automotive networks to reduce potential security risks in vehicles.
Maintaining open-source-based software – what is the true cost of free?
Elektrobit’s Joachim Schlosser discusses problems and possible solutions associated with open-source components and platforms in the automotive industry.
Demystifying the software-defined vehicle
Elektrobit’s Dr Moritz Neukirchner discusses how the industry is changing towards software-defined vehicles and what this means technologically and from a market perspective.
Empowering automotive systems with microcontroller virtualization and software isolation
Experts from Elektrobit and Infineon discuss how the new AURIX™ TC4x MCU’s virtualization enables isolated execution of multiple OS and AUTOSAR stack instances on a single chip.
Enhancing automotive security foundation with hardware-based security solutions
Elektrobit’s Gabriel Byman and Veli Matti Lastumäki discuss automotive connectivity challenges and the benefits of physical protection against data theft and vehicle software alteration.
Streamlining functional safety on your automotive software platform
Elektrobit’s Joel Thurlby and Isaac Trefz explain how development teams can use a bare-metal hypervisor to achieve functional safety while still supporting the needs of quality-managed applications.
E/E architectures and the automotive OS
Experts from Elektrobit discuss how new software-defined vehicle and automotive OS concepts promise a paradigm change in development processes.
Getting started with EB corbos Linux SDK
Elektrobit’s Ryan Goff explains some of the tools and documentation necessary to get started with EB corbos Linux, the open-source operating system for high-performance computing.
Black box testing with EB corbos Linux
Elektrobit’s Jens Petersohn and Andreas Zdiarstek of emlix present a testing method designed to improve the reliability of Linux-based products.
Barriers between safety and security are breaking – the role of OTA updates for software-defined vehicles
Elektrobit’s Moritz Neukirchner and Norman Hänsch discuss safety and security as significant challenges for software-defined vehicles.
Cybersecurity maintenance, solutions, and business model to cover UN R155
Elektrobit’s Gabriel Byman and Tommi Tallgren explain how to achieve compliance with UN regulation 155 throughout the vehicle’s life cycle.
Performance meets safety – AUTOSAR-based software architectures
Elektrobit’s Jan Rüdiger presents a scalable software platform design approach and methodology for performance-based AUTOSAR.
Enabling safety on a high-performance computing system
Experts from Elektrobit discuss the safety risks in high-performance controllers and explain how to build ISO 26262-compliant software architectures.
Experiences with responsible usage of open-source software
Elektrobit’s Susanne Hartkopf and Thomas Irgang present a proven approach to reducing the risk of failures when using OSS in a project.
The role of the automotive OS in software-defined vehicles
Elektrobit’s Moritz Neukirchner provides unique insight into why a software-defined vehicle requires an automotive OS.
The invisible container fortress – isolating apps in software instead of distinct ECUs
Elektrobit’s Joachim Schlosser and Kaloyan Rusev explain how to isolate apps in software instead of single ECUs.
Software for fail-operational systems – a game-changer for tomorrow’s autonomous vehicles
Elektrobit’s Lucian Badescu explains why autonomous vehicles complying with SAE Levels 3 to 5 require fail-operational x-by-wire E/E systems.
Securing AUTOSAR-based ECUs from cyber risks to enable innovative mobility
Elektrobit’s Dr Simone Böttger and Danny Noack of Argus Cyber Security explain how to secure AUTOSAR-based ECUs to meet regulatory requirements using IDPS.
How to model fault propagations in a complex mixed-criticality and mixed-compliance software system
Elektrobit’s Lukas Bulwahn and Michael Armbruster explain how to model a software architecture that enables the development of a software system free from interference between architectural elements.
How virtualization can be an automotive OS enabler
Elektrobit’s Joel Thurlby and Moritz Neukirchner discuss the role of a bare-metal hypervisor in abstracting vehicle resources and allocating them to clusters of vehicle functions in a SDV.
Location data and software solutions for NCAP and safer driving
Experts from HERE Technologies and Elektrobit discuss the Euro NCAP regulation, its ratings, and how it connects with ISA and highly accurate location data.
Enabling the evolution of ECU architecture
Elektrobit’s Joel Thurby and Kai Lampka discuss the challenges in migrating the architecture of ECUs and the revolution in the approach to sharing a common platform.
Step forward – transitioning from EB tresos 8 to 9
Elektrobit’s Roman Iseler explains how EB tresos 9 provides the development foundation for ECU middleware solutions.
Empowering automotive zonal architectures with the multi-core distribution of CAN and Ethernet communication stacks
Elektrobit’s automotive network experts present the reasoning and methodology of using the multi-core distribution of CAN and Ethernet stacks that lead to significant benefits.
How to develop the automotive cockpit of the future
Elektrobit and Qt Company experts discuss the future of digital cockpits and explain how the partnership between their companies enables a resource-efficient, turnkey development solution for the automotive industry.
How does virtualization address automotive safety and security concerns?
Elektrobit’s Joel Thurlby explains how hypervisor technology provides the foundation for a safe and secure automotive operating system.
Model-based software development and validation: speeding up the product cycle with decreased iteration
Elektrobit’s Bastian Speth explains how to remove bottlenecks in the software development process.
Integrating efficient networking and robust cybersecurity under one roof
Experts from Elektrobit and Argus Cyber Security demonstrate a software solution that can improve the management and protection of E/E architectures from within the Ethernet switch.
Transforming the automotive industry with innovative hardware and intelligent software
Experts from Marvell and Elektrobit explain how innovative hardware solutions and intelligent software can jointly deal with the challenges posed by emerging connected vehicle trends.
Mastering precise vehicle positioning for autonomous driving applications
Tatiana Vyunova of HERE Technologies and Elektrobit’s Dirk Spiesswinkel explain how the integration of GNSS and precise positioning affect the electronic horizon platform for ISA.
Electronic horizon for ISA and ADAS in commercial vehicles
Experts from HERE Technologies, Elektrobit and Continental explain how to solve ISA customer pain points and outline the benefits of using map data and the electronic horizon platform for ISA.
How to achieve fast, flexible, and secure in-vehicle communication for next-generation vehicles
Elektrobit’s Illia Safiulin provides unique insight into the demands on software solutions needed for new zonal architectures in connected vehicles.
The automotive OS – what is it, why do I need it, and what does it take to build and operate it?
Elektrobit’s Moritz Neukirchner discusses the fundamentals of automotive operating systems and how they impact the industry.
Integration and validation of Adaptive AUTOSAR applications using a smart tooling kit
David Dionis from Elektrobit shares information on the Adaptive AUTOSAR model and highlights best practices using model editor, tree editor, and adaptive table view in EB corbos Studio.
How will ISA affect electronic horizon and the vehicle life cycle?
Philip Hubertus of HERE Technologies and Elektrobit’s Dirk Spiesswinkel explain how to solve ISA customer pain points, and outline the benefits of using map data and the eHorizon platform for ISA.
How automotive OEMs can provide an “always fresh” Android Automotive experience throughout the vehicle lifecycle
Elektrobit and Qualcomm experts explain how to use intelligent and modular combinations of hardware and software to provide an up-to-date user experience for vehicle occupants.
Reducing AUTOSAR™ cost and complexity with EB tresos and NXP Real-Time Drivers (RTD)
Dr. Bruno Kleinert of Elektrobit and NXP’s Daniel Basler provide an overview of RTD software and explain how the EB tresos product line can reduce the cost and development time of AUTOSAR projects.
How automotive augmented reality is “Changing The Way We See”!
Elektrobit’s Nazareth Samson presents a bird’s-eye view of augmented reality and explains its role in the future of mobility.
An expert’s view on the challenges of UN-R 156 and ISO 24089
EB experts discuss the latest UNECE regulations covering over-the-air software updates and explain how OEMs and suppliers can overcome evolving challenges to implement them successfully.
Creating the automotive cockpit of the future
Elektrobit’s Roland Schimpf and Uwe Meißner explain how to create state-of-the-art in-vehicle user experiences.
Differentiating the in-vehicle infotainment experience with Android Automotive
EB’s Frank Uhlig explains how automakers can successfully integrate Android Automotive and offer their customers unique in-car experiences.
Creating custom interfaces to easily monitor and control distributed systems with EB Assist ADTF 3
Elektrobit’s Jens Storz explains how the Remote Procedure Call (RPC) of its ADTF 3 solution allows users to create a customized interface that caters for all requirements.
CAN data acquisition for ADAS – real-time data, log files, and beyond
Experts from Elektrobit and Kvaser explain how their integrated toolchain provides optimized CAN data acquisition for ADAS environments in virtual, real-time, remote, and logging scenarios.
The big leap? Transitioning from EB Assist ADTF 2 to 3
Jochen Messner discusses EB Assist ADTF 3, the latest version of Elektrobit’s development tool, which provides an improved API and modularity for handling the requirements of ADAS and automated driving development.
Intelligent EV charging technology in an AUTOSAR environment
EB’s Roman Iseler explains how to overcome communication problems by integrating Vehicle-to-Grid software stacks into the AUTOSAR architecture.
Efficient ADAS and automated driving development with EB Assist ADTF 3
Elektrobit’s Thorsten Weißer explains how to expedite the development and rapid prototyping of automated driving and ADAS using EB Assist ADTF 3.
The ABC of Intrusion Detection and Prevention Systems (IDPS) – Why you need them and how to evaluate them
Experts from Elektrobit and Argus Cyber Security explain the need for a secure architecture and how to enforce security zones with intrusion detection and prevention systems.
Adaptive AUTOSAR-based high-performance controller development
Elektrobit’s Vishal Mishra discusses the future of vehicle software infrastructure and explains how to develop HPCs with Adaptive Autosar.
How to bring Intelligent Speed Assistance to the road by 2022
Experts from Continental, HERE Technologies, and Elektrobit discuss how to implement ISA and make it an industry-standard feature.
7 success factors for large scale HPC projects
Elektrobit’s Jan Rüdiger offers first-hand expertise on the latest HPC engineering requirements, advanced integration concepts, proven testing and debugging strategies.
The more challenging requirements of UNR 155 (WP.29)
Experts from Elektrobit and Argus Cyber Security provide insight into the technology challenges posed by the new requirements and discuss innovative ways in which OEMs and their suppliers can address them.
Vehicle software innovation and differentiation: focus on what sets you apart
EB’s Dr Sebastian Ohl outlines a new approach to the development and integration of next-generation automotive architectures based on HPC.
Combined application of agile practices and functional safety in automotive software development
Elektrobit’s Steffen Kuhn describes how agile practices can be combined with the application of the functional safety standard ISO 26262 when developing safety-related automotive embedded software.
From vision to reality: designing the car cockpit of the future
Experts from Elektrobit and Unity discuss how to connect HMI development processes and extend the power of real-time rendering to create next-generation, future-proof user experiences.
The faster way to test and validate your ADAS and automated driving applications
Elektrobit shares highlights of EB Assist ADTF 3 and its latest releases as cornerstone for development and validation
How to use artificial intelligence to automate vehicle user interface tests
Borislav Nazarski, Elektrobit’s testing and validation expert, explains how to overcome the challenges involved in automating UI tests.
Hardware-in-the-Loop solutions for ADAS ECU function test and validation
Elektrobit’s Wolfgang Völkel provides insight into scalable Hardware-in-the-Loop (HiL) solutions for ADAS ECU validation.
Smart dialogs for in-vehicle infotainment
Soyuj Kumar Sahoo and Dr Timo Sowa of Elektrobit outline a brand agnostic solution to create smart dialogs for in-vehicle infotainment using voice assistants.
Why Scrum for embedded automotive software can do more than your manager thinks
Dr. Joachim Schlosser of Elektrobit provides unique insight into the role Scrum framework can play in embedded automotive software development.
How to execute distributed system-wide cause-effect chains in next-gen cars
Elektrobit’s Dr Sebastian Ohl showcases a solution using a high-performance ADAS system and a safety ECU running AUTOSAR Adaptive and Classic.
From prototype to production: the evolution of an automotive cluster HMI project
Elektrobit’s Jörg Scherer shares best practices for a cluster HMI project that evolves from prototype to production-ready.
Virtual development of augmented reality head-up display solutions
Experts from Elektrobit and ANSYS demonstrate how optical simulation and virtual prototyping can help to solve the challenges of HUD design.
A tool and workflow approach for automotive ECUs using AUTOSAR Classic
Elektrobit’s Jochen Steuerwald demonstrates a typical workflow using EB tresos, a tooling solution for electronic control unit development using AUTOSAR Classic.
How to easily create an electronic horizon for R&D
Elektrobit demonstrates how the EB robinos Predictor Eval Kit generates an ADASIS electronic horizon in a development environment.
Entering the connected world – High Performance Computer as cornerstone for the future of the software-defined vehicle
Continental’s Bruno Nunes-Silva and Peer Sterner of Elektrobit outline the general trends in in-vehicle architectures with HPCs and share their experience with Adaptive and Classic AUTOSAR platforms.
A trunk full of data: Enabling immense data intake for tomorrow’s automated vehicles
Experts from Elektrobit and Equinix discuss ways to manage the massive volumes of data required for ADAS and automated driving development.
Bring your UX to the next level with EB’s HMI development toolchain
Catalin Priboi Catalin, Elektrobit’s HMI development tooling expert, outlines how EB GUIDE can help improve the automotive user experience.
Finding the balance between autonomous driving, infotainment systems and safety
Elektrobit’s head of User Experience and User Interface Design Frank Uhlig discusses the impact of autonomous driving systems on cars as an experience space.
Timing and execution protection on vehicle safety-related software applications
Elektrobit’s Roman Iseler discusses how to monitor the time domain in a multi-core safety system by utilizing the features of the EB tresos Safety TimE Protection module.