Zetta Auto

One solution to deal with on-vehicle and vehicle-to-anything (V2X) communication from the cloud to the microcontroller

Tailored for the software-defined vehicles

Zetta Auto brings the power of the Zetta Platform to Automotive with ASIL-D Certified DDS and Zenoh implementations along with integration in AUTOSAR Classic, Adaptive and infotainment.

We combined our 20+ years of tech experience with TTTech Auto’s expertise in the automotive industry to create the next big innovation for software-defined vehicles.

On and Off Vehicle

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Zetta Auto on-vehicle solution supports AUTOSAR Classic and Adaptive as well as infotainment platforms.

The on-vehicle technology stack seamlessly integrates with the PaaS for V2X.

Ready for Development

Zetta Auto is ready to support the development of next generation automotive stack. ASIL-D certification for the on-vehicle stack will be available in Q1 2024.

Email us at contact@zettascale.tech to learn more.

Resources

Angelo Corsaro, ZettaScale’s CEO and CTO, and Salva Rodríguez, TTTech Auto’s Head of Product Management, hosted a live webinar to discuss Zetta Auto, the next big innovation for software-defined vehicles, and how it ensures top-level vehicle safety and performance with unparalleled flexibility.

Zetta Auto provides a unified approach across the cloud-to-microcontroller communication continuum, which is much needed and something the automotive industry has been struggling with for a while.

Our Partnership with TTTech Auto

ZettaScale and TTTech Auto joined forces in May 2022 to create a joint software solution which will enable flexible and safe application development for software-defined vehicles. We’re proud to launch Zetta Auto for Early Access a year later.

TTTech Auto provides solutions for the challenges of future vehicle generations. The company specializes in safe software and hardware platforms for automated driving and beyond, applicable in series production programs. With its leading technology solutions, TTTech Auto ensures the safety and electronic robustness for a more automated world.

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