Nexteer Automotive’s Post

Software for vehicles is not new. One of my first jobs was developing a prototype embedded product that would measure the commercial vehicle air system, purge the desiccant under specific conditions, and send messages to the engine to rev the RPMs. However, this magnitude has aggressively grown. We will need a few product management methodologies. https://lnkd.in/dg6zKH_v #testing #configurationmanagement #automotive #productdevelopment

Greetings. Looking to deepen your understanding of #AUTOSAR while exploring new horizons? Let's delve into alternative frameworks and standards, offering nuanced insights to expand your automotive software knowledge: GENIVI Alliance: Step into the realm of open-source development with GENIVI. Unlike the proprietary nature of AUTOSAR, GENIVI emphasizes collaboration and transparency, fostering a vibrant ecosystem for In-Vehicle Infotainment (IVI) solutions. By engaging with GENIVI, you'll gain exposure to diverse perspectives and contribute to cutting-edge developments in IVI technology. ISO 26262: Delve into the backbone of automotive safety standards with ISO 26262. While AUTOSAR focuses on software architecture, ISO 26262 provides a comprehensive framework for ensuring the functional safety of automotive systems. Understanding ISO 26262 is crucial for developers aiming to build robust and secure software solutions that meet stringent safety requirements in modern vehicles. OSEK/VDX: Explore the flexible architecture of OSEK/VDX, offering a complementary approach to AUTOSAR. OSEK/VDX is particularly valuable for designing distributed control units in vehicles, providing scalability and adaptability to suit diverse automotive applications. By mastering OSEK/VDX alongside AUTOSAR, you'll possess a comprehensive toolkit for developing complex control systems with confidence and efficiency. ARINC 661: Uncover the crossover between aviation and automotive technology with ARINC 661. Originally developed for cockpit display systems in aircraft, ARINC 661 has found relevance in automotive displays due to its proven reliability and performance. By familiarizing yourself with ARINC 661, you'll gain insights into interface design principles and best practices that can elevate the user experience in automotive applications. By embracing these alternative frameworks, you'll not only augment your AUTOSAR expertise but also broaden your skill set to tackle diverse challenges in automotive software development. Keep exploring, keep learning, and stay at the forefront of innovation in the automotive industry! #AUTOSAR #GENIVI #ISO26262 #OSEK #VDX #ARINC661 #AutomotiveSoftware #IVI #FunctionalSafety #OpenSource #Collaboration #DistributedControl #Scalability #AviationTech #UserExperience #AutomotiveInnovation #SafetyStandards #SoftwareDevelopment #ContinuousLearning #Innovation

Stellantis Partners with dSPACE to Accelerate Cloud-Based Vehicle Development Stellantis, a global leader in automotive manufacturing, and dSPACE, a pioneer in simulation and validation solutions, have signed a non-binding Memorandum of Understanding (MOU) to advance cloud-based vehicle development. The collaboration integrates dSPACE’s VEOS platform for Software-in-the-Loop (SIL) testing into the Stellantis Virtual Engineering Workbench (VEW), streamlining the development of customer-centric features. The VEW enables Stellantis engineers worldwide to design, test, and optimize software in virtual environments up to a year before hardware availability. With 80-85% of testing conducted on SIL platforms, this approach reduces time-to-market, allowing new vehicle software to be delivered in under two years while enhancing quality. […] - https://lnkd.in/dQsyPCVV #automotive #evs #ev #electricmobility #emobility #ebikes #fleets #evfleet #evnews #autonews #electricvehicles #electricvehicle #automotiveindustry #automotivejobs #cleantech #cleanenergy #hydrogen #lithium #evbattery #sustainability #climatechange #cloudbased #electricvehicles #emobility #europe #ev #evchargingstation #stellantis #thenetherlands

Hitting the road faster with virtual ECU based on AUTOSAR SDVs elevate cars with software at the core and utilize vECUs for efficient dynamic updates and enhanced testing http://spr.ly/6045dmrKN #Automotive #AutomotiveTechnology #IndustryNews

One of the major challenges of working in the automotive industry is the lack of access to proper tools for practicing AUTOSAR and related technologies. The tools are expensive and not available for personal use, so we can only create proof-of-concepts in our free time, often without adhering to industry standards. If anyone knows any such tools , please mention in the comments or DM. #automotive #hobbyist #autosar #comstack

Hitting the road faster with virtual ECU based on AUTOSAR SDVs elevate cars with software at the core and utilize vECUs for efficient dynamic updates and enhanced testing http://spr.ly/6044dmrK2 #Automotive #AutomotiveTechnology #IndustryNews

Armin Lichtblau, Product Management Director for Embedded / AUTOSAR at Siemens, recently presented on the rise of Software Defined Vehicles (SDVs) and how this trend is transforming the automotive industry, pushing the need for agile, cloud-based development environments. Discover how Siemens Xcelerator’s offering for embedded tooling and runtime can enhance efficiency, collaboration, and flexibility in your development process. #AutomotiveInnovation #SDV #CloudDevelopment #SiemensXcelerator #EmbeddedSystems #AUTOSAR #SiemensCapital #CapitalEmbedded

Driving Automotive Innovation: Discover AUTOSAR's Adaptive Ability, revolutionizing vehicle software with flexible, scalable solutions. #AUTOSAR #AutomotiveInnovation #AdaptiveTechnology #SoftwareEvolution #FutureOfMobility #SkillLync #Engineering

Discover the key differences between Classic and Adaptive AUTOSAR. Learn how Classic AUTOSAR powers traditional car systems with its reliable, real-time framework, while Adaptive AUTOSAR brings flexibility and advanced features for modern, connected vehicles. Perfect for anyone curious about automotive software! Watch the full episode to discover more exciting insights - https://lnkd.in/diHiW2m5 #AUTOSAR #Automotive #Engineer #IndustryReady #Upskill #SkillLync #YouTube #India #Jobs #Research

Building Secure Automotive Software: The Role of Static Analysis and Unit Testing In the automotive industry, where software is now integral to safety and performance, ensuring code quality is non-negotiable. From vehicle control systems to autonomous driving algorithms, early detection of issues isn’t just about efficiency—it’s about safety. Static analysis and unit testing are the foundation of this effort. Static analysis provides an in-depth examination of code as it’s written. By identifying potential issues—like unsafe functions or data handling errors—it ensures problems are addressed long before deployment. This is especially critical in meeting the stringent safety and compliance standards of automotive software. Unit testing, on the other hand, breaks the system into individual components and verifies their functionality. This step ensures that every piece of software works perfectly on its own before it integrates into the larger system, reducing risks during development. When combined, these practices not only catch vulnerabilities early but also streamline the path to delivering secure, reliable automotive software. #DevOps #Automotive #StaticAnalysis #UnitTesting #SoftwareQuality