Kinetic is ushering in the next generation of mobility (EVs, AVs) with a network of highly automated service centers. Our precision systems, powered by machine learning and software, are going to become a one-stop center for rapid, accurate, and predictable maintenance and servicing for EVs and AVs.

Kinetic

Kinetic's headquarters in Orange County, CA, United States

This department focuses on designing, building, and maintaining software applications and systems.

Software Development

The Software Engineering Team at Kinetic designs and develops the sophisticated software systems and machine learning models that power our highly automated service centers. They collaborate on creating precise, reliable, and scalable solutions to enhance the maintenance and servicing process for EVs and AVs, ensuring rapid and predictable outcomes.

Software Engineering Team

The Operations Team at Kinetic ensures the seamless functioning of our highly automated service centers by coordinating logistics, managing service schedules, and optimizing workflow processes. This team plays a crucial role in maintaining the efficiency and reliability of maintenance services for electric and autonomous vehicles.

Operations Team

The Leadership Team at Kinetic drives the strategic vision, operational efficiency, and technological innovation necessary to position the company as a leader in the next-generation mobility sector. They leverage their expertise to oversee company growth, optimize automated service centers, and ensure the success of their machine learning and software-powered systems for EVs and AVs.

Leadership Team

This department focuses on maintaining and ensuring the accuracy of measurement instruments and devices.

Calibration Department

This department focuses on developing and implementing algorithms and technologies that enable computers to interpret and understand visual information from the world.

People (3)

Jobs (0)

Other teams

Software Engineering Team

Operations Team

Leadership Team

Calibration Department

Computer Vision