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Wind River Unveils 5G-Based Intelligent Edge and Autonomous Driving Solutions
Exhibited connected car SoA and ADAS systems at CES 2020
Collaboration with Hyundai Autron, Rolling Lab, Intel, Intron, NXP, Baidu, etc.
Introduction to Edge Computing Applications in Mission-Critical Industries
Wind River unveiled intelligent edge and autonomous driving technologies utilizing 5G at CES 2020, the world's largest IT and consumer electronics show, which is being held in Las Vegas, USA, from January 7 to 10.
▲ Wind River showcased 5G-based intelligent edge and autonomous driving technologies at CES 2020 <Image=Wind River>
The technology demonstration showcased a Service-Oriented Architecture (SoA) for connected cars, autonomous vehicles, and electric vehicles, a communication control unit jointly developed with Hyundai Autron, Rolling Lab, safety-certified ADAS jointly developed with Intron Technology, Airbiquity, software support for the latest NXP S32G processor, and an interactive virtual 5G experience.
SoA technology in the field of autonomous driving
Wind River addressed virtualization technology via a hypervisor and introduced a GPU sharing method using multiple HMI displays with their own OS instances.
VxWorks RTOS and Automotive Grade Linux run on Renesas (Renese R Car) hardware. By using VxWorks together with the hypervisor on the Intel board, you can run Baidu Apollo software on Wind River Linux.
Both ECUs can communicate using the SOME/IP protocol based on Wind River's Adaptive AUTOSAR software. Wind River Adaptive AUTOSAR software has received concept approval for ISO 26262 ASIL D level functional safety from the certification body TÜV SÜD.
Communication control device
Wind River focused on a connectivity solution framework that integrates advanced computing capabilities for autonomous vehicles based on NXP hardware.
This platform is an AUTOSAR Adaptive software platform jointly developed by Wind River and Hyundai Autron, and runs on Wind River Linux.
Rolling Lab
This demonstration, conducted inside a Honda Odyssey, covered readily available Over The Air (OTA) updates and Electronic Control Unit (ECU) integration technology, along with an integrated digital device cluster running on VxWorks RTOS in conjunction with the Android In Vehicle Infotainment System.
ADAS jointly developed with Wind River
Interoperability was demonstrated between the AUTOSAR Classic Platform based on VxWorks, Wind River Helix Virtualization Platform, and SOME/IP, and performance computing units running on Xilinx hardware, centering on the ADAS domain controller jointly developed by Wind River and Intron.
Vehicle to Cloud OTA
Wind River introduced an open total software lifecycle management solution applicable to autonomous vehicles.
This solution combines the technologies of Wind River Edge Sync and Airbiquity OTAmatic to enable OTA It supports software updates and data management.
NXP S32G processor support
It supports VxWorks and Wind River Helix Virtualization Platform BSPs applicable to new processors for hardware security, ASIL D safety, high-performance processing and service-oriented gateways, domain controllers, and coprocessors.
Interactive Virtual 5G
At CES 2020, Wind River organized a virtual tour to showcase the Kubernetes-based Wind River Cloud Platform, which manages 5G edge cloud communications infrastructure, industrial artificial intelligence and robotic systems, urban aerial mobility systems, and next-generation telemedicine systems.
It has been recognized for its top-tier technological capabilities, demonstrating applications across mission-critical industries requiring safety, including cybersecurity.
Michele Genede, Vice President of Product at Wind River, stated, “5G communications will have a groundbreaking impact across industries. As sectors involving significant risk—such as autonomous vehicles, unmanned aerial vehicles and drones, and medical systems—require specialized capabilities, Wind River will support companies in successfully achieving their business goals by providing proven solutions to address complex challenges requiring improved security, safety, and computing performance.”
Collaboration with Hyundai Autron, Rolling Lab, Intel, Intron, NXP, Baidu, etc.
Introduction to Edge Computing Applications in Mission-Critical Industries
Wind River unveiled intelligent edge and autonomous driving technologies utilizing 5G at CES 2020, the world's largest IT and consumer electronics show, which is being held in Las Vegas, USA, from January 7 to 10.

▲ Wind River showcased 5G-based intelligent edge and autonomous driving technologies at CES 2020 <Image=Wind River>
The technology demonstration showcased a Service-Oriented Architecture (SoA) for connected cars, autonomous vehicles, and electric vehicles, a communication control unit jointly developed with Hyundai Autron, Rolling Lab, safety-certified ADAS jointly developed with Intron Technology, Airbiquity, software support for the latest NXP S32G processor, and an interactive virtual 5G experience.
SoA technology in the field of autonomous driving
Wind River addressed virtualization technology via a hypervisor and introduced a GPU sharing method using multiple HMI displays with their own OS instances.
VxWorks RTOS and Automotive Grade Linux run on Renesas (Renese R Car) hardware. By using VxWorks together with the hypervisor on the Intel board, you can run Baidu Apollo software on Wind River Linux.
Both ECUs can communicate using the SOME/IP protocol based on Wind River's Adaptive AUTOSAR software. Wind River Adaptive AUTOSAR software has received concept approval for ISO 26262 ASIL D level functional safety from the certification body TÜV SÜD.
Communication control device
Wind River focused on a connectivity solution framework that integrates advanced computing capabilities for autonomous vehicles based on NXP hardware.
This platform is an AUTOSAR Adaptive software platform jointly developed by Wind River and Hyundai Autron, and runs on Wind River Linux.
Rolling Lab
This demonstration, conducted inside a Honda Odyssey, covered readily available Over The Air (OTA) updates and Electronic Control Unit (ECU) integration technology, along with an integrated digital device cluster running on VxWorks RTOS in conjunction with the Android In Vehicle Infotainment System.
ADAS jointly developed with Wind River
Interoperability was demonstrated between the AUTOSAR Classic Platform based on VxWorks, Wind River Helix Virtualization Platform, and SOME/IP, and performance computing units running on Xilinx hardware, centering on the ADAS domain controller jointly developed by Wind River and Intron.
Vehicle to Cloud OTA
Wind River introduced an open total software lifecycle management solution applicable to autonomous vehicles.
This solution combines the technologies of Wind River Edge Sync and Airbiquity OTAmatic to enable OTA It supports software updates and data management.
NXP S32G processor support
It supports VxWorks and Wind River Helix Virtualization Platform BSPs applicable to new processors for hardware security, ASIL D safety, high-performance processing and service-oriented gateways, domain controllers, and coprocessors.
Interactive Virtual 5G
At CES 2020, Wind River organized a virtual tour to showcase the Kubernetes-based Wind River Cloud Platform, which manages 5G edge cloud communications infrastructure, industrial artificial intelligence and robotic systems, urban aerial mobility systems, and next-generation telemedicine systems.
It has been recognized for its top-tier technological capabilities, demonstrating applications across mission-critical industries requiring safety, including cybersecurity.
Michele Genede, Vice President of Product at Wind River, stated, “5G communications will have a groundbreaking impact across industries. As sectors involving significant risk—such as autonomous vehicles, unmanned aerial vehicles and drones, and medical systems—require specialized capabilities, Wind River will support companies in successfully achieving their business goals by providing proven solutions to address complex challenges requiring improved security, safety, and computing performance.”
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