The compute architecture, the zonal architecture, the networking, and the data management have to be in place to enable the software-defined vehicle.
Aptiv: Sustainability in Motion.
Containerization refers to the creation of standardized software packages. Hear from Aptiv's experts about why containerization is such an essential tool in the automotive industry.
Aptiv and FIRST Robotics
While Aptiv's SVA™ skateboard demonstrated our unique system-level solution, the SVA™ vehicle brings the concept into reality and proves that our approach works in a real vehicle.
Software is driving big changes in the automotive industry, but what trends are driving changes in the software?
SVA™: Information Flow Redefined
Aptiv’s middleware simplifies and accelerates software development, improves reuse and enables OEMs and third parties to optimize ADAS and infotainment systems.
Aptiv’s Smart Vehicle Architecture™ helps OEMs dramatically reduce the cost of audio systems.
Aptiv’s localization capabilities unlock new features, like phone-as-a-key, by enabling driver tracking and authentication.
Our Time-Sensitive Networking stack prioritizes the flow of information to ensure that critical data is received in a timely manner.
Aptiv’s investments in machine learning unlock new functionalities and enable different ways for a user to interact with a vehicle and the world around it.
Aptiv’s radar-centric ADAS and automated driving features leverage artificial intelligence
E-fusing enables OEMs to control current and simulate the temperature of the wire that carries the current.
Aptiv’s Dock & Lock™ system is an automotive-grade solution that fully automates the process of assembling wiring and compute platforms, affixing all components to a vehicle chassis.
Replacing standard cables with busbars helps OEMs to pack more capabilities into a vehicle.
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