Connected and Automated Vehicles (#CAVs) represent a new era in transportation, promising advancements in mobility, safety, and efficiency. As these vehicles cross international boundaries, they encounter varying communication standards, policies, regulatory frameworks, and data privacy requirements. These variations can create challenges, as different jurisdictions often require distinct approaches to vehicle and application security and privacy. There is a need to define interoperable standards and approaches that allow these vehicles to communicate seamlessly across borders. Information such as real-time traffic updates, safety alerts, emergency vehicle pre-emption, intersection collision avoidance, and pedestrian safety enhancements must remain accurate and trustworthy. Vehicle and user data must be handled in accordance with applicable privacy requirements for any given jurisdiction. All of this is critical to enable safe and secure vehicle operation. Introducing a global standard for trusted CAV interoperability will ensure vehicles operate consistently, regardless of jurisdictional boundaries. Harmonizing trusted communications facilitates secure interoperability across borders, setting the stage for an integrated global transportation network. This foundational work paves the way for the future, where secure and efficient autonomous vehicles seamlessly navigate our world. Keep an eye out as the IEEE 1609.2.2 draft specification continues to mature with the goal of defining new approaches to enabling multi-jurisdictional trust while using IEEE 1609.2 certificates.
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Behind every autonomous vehicle, a critical testing process establishes reliability in any environment and driving scenario. Our test solutions ensure that the technology within these vehicles — from sensors and cameras to communications systems and onboard computer processing units — meets the demands of the real world. By subjecting autonomous vehicles and their components to extreme conditions in controlled environments, manufacturers ensure that every part works harmoniously, keeping passengers and pedestrians safe and all systems functioning as intended. Learn more about our chambers for the automotive industry at https://buff.ly/3DJmWgg #reliability #productquality #automotivetesting
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🛰️ Dive into the cutting-edge world of GNSS correction services with our Enterprise version of corrections (TerraStar-X Enterprise)! Discover the power of TerraStar-X Enterprise which is designed for safety-critical applications and large-scale deployment. 👇
To achieve lane-level localisation for #AutonomousVehicles and #ADAS, you need reliable and accurate #GNSS corrections. TerraStar-X Enterprise Correction Services are #ASIL-compliant and hardware-agnostic, enabling automotive OEMs to easily integrate into passenger vehicles for assisted and autonomous driving. Available in key automotive development centres around the world including North America, Europe and Asia, and expanding to other regions, TerraStar-X Enterprise enables consistent, high-precision GNSS positioning for mass-market applications. Learn more >> https://hxgn.biz/3RwBXbU
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Global Automotive Biometric Market 2023-2030: The global automotive biometric market is poised for substantial growth between 2023 and 2030. Biometric technology is increasingly being integrated into vehicles to enhance security, convenience, and personalization for both drivers and passengers. Factors such as the rising demand for advanced driver assistance systems (ADAS), growing concerns over vehicle theft, and the increasing trend towards connected and autonomous vehicles are driving the adoption of automotive biometrics. This market outlook delves into key trends, drivers, challenges, and opportunities within the global automotive biometric market for the next decade. https://lnkd.in/dz9aeZRA Automotive Biometric Market Get A Free PDF Sample https://lnkd.in/dvEWvaGU
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Cruise is enhancing safety with its robotaxis to improve interactions with emergency vehicles. They've gathered data from over 5 million driverless miles, demonstrating autonomous vehicles' ability to boost road safety. Innovations include preemptive slowing for emergency vehicle sirens, better prediction algorithms at intersections, and improved recognition systems for identifying emergency scenes. Cruise collaborates with law enforcement, EMS, and fire officials for innovative solutions, including alert notifications and open channels for first responder feedback. The company remains adaptive to the unpredictable nature of emergencies, introducing conditional routing and allowing manual vehicle maneuvers as directed by law enforcement. Discover more here: https://t.ly/ZbRfr #SmartMobility #AutonomousVehicles #SafetyEnhancement #EmergencyResponse #Innovation
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Excellent guide to supporting the safety of remote vehicle operation.
Assurance Sales Manager at BSI - Certification | Testing | Assessment | Training | Software
New connected and automated mobility (CAM) standard launched 📢 We’re pleased to announce the publication of our latest standard, BSI Flex 1886 System Aspects for Remote Operation of Vehicles – Guide. This free standard provides guidance on remote operation systems used in automated vehicle trialling, developmental testing and future deployment. It addresses key factors impacting safety for three different classes of remote operation: remote monitoring, driving and assistance. We would like to thank the Centre for Connected and Autonomous Vehicles (CCAV) for sponsoring the development of the standard and John McNicol for authoring. 👉 Find out more and download the standard here: https://lnkd.in/eYSDeg3v #AutomatedMobility #RemoteOperation #SelfDrivingCars #FutureOfMobility #BSIStandards
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The first BSI CAM standard on remote operation is now out for feedback. BSI Flex 1886 looks at the system aspects for remote monitoring, assistance and driving. #bsistandards #automateddriving #futureofmobility
New connected and automated mobility (CAM) standard launched 📢 We’re pleased to announce the publication of our latest standard, BSI Flex 1886 System Aspects for Remote Operation of Vehicles – Guide. This free standard provides guidance on remote operation systems used in automated vehicle trialling, developmental testing and future deployment. It addresses key factors impacting safety for three different classes of remote operation: remote monitoring, driving and assistance. We would like to thank the Centre for Connected and Autonomous Vehicles (CCAV) for sponsoring the development of the standard and John McNicol for authoring. 👉 Find out more and download the standard here: https://lnkd.in/eMpczgzS #AutomatedMobility #RemoteOperation #SelfDrivingCars #FutureOfMobility #BSIStandards
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Curious to know what's happening across the globe in the autonomous vehicles space? Check out our Dentons Global Guide to Autonomous Vehicles 2024. We provide a comprehensive view into the laws and developments around the autonomous vehicle industry in nine key countries, addressing issues from safety to deployment to privacy and AI. #Dentons #AI #AutonomousVehicles
Global Guide to Autonomous Vehicles 2024
dentons.com
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Remote operation of vehicles, including monitoring, assistance and driving is a key part of the journey towards #AutomatedDriving and #SelfDriving cars. Learn about the latest industry thinking and best practice in this new, free to download, standard from BSI 👇 #FutureTransport #FutureMobility
New connected and automated mobility (CAM) standard launched 📢 We’re pleased to announce the publication of our latest standard, BSI Flex 1886 System Aspects for Remote Operation of Vehicles – Guide. This free standard provides guidance on remote operation systems used in automated vehicle trialling, developmental testing and future deployment. It addresses key factors impacting safety for three different classes of remote operation: remote monitoring, driving and assistance. We would like to thank the Centre for Connected and Autonomous Vehicles (CCAV) for sponsoring the development of the standard and John McNicol for authoring. 👉 Find out more and download the standard here: https://lnkd.in/eMpczgzS #AutomatedMobility #RemoteOperation #SelfDrivingCars #FutureOfMobility #BSIStandards
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enabling digital services for Student Loan related activities while maintaining the highest security standard, the most compliant personal data protection and customer-centric data-driven innovation.
🚗 Exciting new blog post! Check out this in-depth analysis on the efficacy of using inertial measurement and GPS data to reverse engineer automotive CAN bus steering signals. The study demonstrates the potential to retrofit older vehicles for autonomous control and enhance vehicle security. Dive into the details here: https://bit.ly/3UJ9jak #automotive #vehiclecontrol #datasecurity
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Discover the future of vehicle safety with Better Calibrations! 💯 ⚠️ Advanced Driver Assistance Systems (ADAS) are revolutionizing road safety by preventing accidents caused by human error. From pedestrian detection to lane departure warning, traffic sign recognition to automatic emergency braking, these lifesaving technologies are crucial for safer driving. Our ADAS applications use cutting-edge interface standards and run advanced vision-based algorithms, supporting real-time multimedia, vision coprocessing, and sensor fusion subsystems. They pave the way for autonomous vehicles, marking a significant leap toward safer roads. Stay ahead with Better Calibrations. Drive safer, smarter. ✅ #calibration #adas #southcarolina #bettercalibrations #autosafety
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