VectoIQ

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Oculii Corp., based in Beavercreek, Ohio, specializes in developing advanced radar sensors and AI software for various applications, including intelligent transportation, automotive, aerial, and consumer sectors. The company's key products are radar sensors that provide real-time 4D tracking information, enabling accurate 3D positioning and speed detection. These include the RFS-4DHD, RFS-V, and RFS-M series, as well as automated speed enforcement systems like VISDAR-P and VISDAR-2000. Oculii's innovative Virtual Aperture Imaging radar technology enhances radar resolution without increasing the physical number of antennas, making its sensors more accurate, longer-range, and less expensive than traditional solutions. The company has strategic partnerships and is backed by prominent investors, working with leaders in self-driving vehicles, robotics, and drones to deliver advanced, robust, and affordable perception platforms for autonomous systems.

Luminar Technologies, Inc. is a vehicle sensor and software company based in Orlando, Florida, founded in 2012. The company operates primarily in two segments: Autonomy Solutions and Other Component Sales. The Autonomy Solutions segment focuses on the design, manufacture, and sale of lidar sensors and related perception and autonomy software for original equipment manufacturers in the automotive and commercial vehicle sectors, including applications in robo-taxis. In addition, Luminar's Other Component Sales segment provides design, testing, and consulting services for non-standard integrated circuits aimed at government agencies and defense contractors. The company emphasizes enhancing safety and advancing autonomous technology in vehicles, particularly through advanced driver assistance systems that cater to a range of driving scenarios.

TuSimple is a self-driving truck company founded in 2015 and headquartered in San Diego, California. The company operates autonomous trucks primarily in Tucson, Arizona, and is focused on developing a fully autonomous driving solution for the logistics sector. TuSimple's technology enables trucks to drive from depot to depot without human intervention, aiming to enhance safety, reduce transportation costs, and lower carbon emissions. It has established the Autonomous Freight Network (AFN) through partnerships with shippers, carriers, railroads, and other stakeholders in the freight industry. TuSimple generates revenue by providing freight capacity services, with operations spanning across the U.S. and the Asia-Pacific region.

GuardKnox is an automotive technology company specializing in high-performance, secure, and customizable products for driver-centric mobility. Established in 2016 and headquartered in Israel, with additional locations in Munich, Germany, and Detroit, Michigan, GuardKnox focuses on developing scalable technologies for software-defined vehicles. The company's platform enhances vehicle connectivity and allows consumers to customize both performance and in-vehicle experiences. By offering secure design and high-speed firmware, GuardKnox enables clients to create applications and services efficiently, reducing time to market while maintaining cost-effectiveness.

Fleetonomy LTD, based in Tel Aviv, Israel, specializes in developing an end-to-end platform aimed at planning, operating, and optimizing fleets of autonomous vehicles. The company provides auto manufacturers and mobility service providers with AI-driven tools to enhance fleet management and launch customized ridesharing services. Fleetonomy's platform focuses on maximizing operational efficiency, reducing costs, and generating new revenue streams through innovative smart mobility services. As of October 1, 2020, Fleetonomy operates as a subsidiary of Via Transportation, Inc.

Nervtech is a research and development company focused on advanced vehicle simulator technologies for biometric and cognitive driver evaluation, machine learning, and data integration. Its patented 4DOF-motion compact driving simulator delivers a realistic driving experience, facilitating simulator analytics, driver evaluation, and training. The simulator can be configured with three large external screens or a virtual reality headset, allowing for easy transportation and quick setup at various locations. It features diverse driving environments, including rural roads, snowy mountains, highways, and urban centers, and can simulate hazardous driving scenarios. The platform incorporates advanced driver assistance systems (ADAS) and can also support fully autonomous driving. Additionally, it allows for customization of the vehicle cockpit interface and integration of external hardware components. Equipped with medical-grade sensors, the simulator measures physiological signals such as heart rate and pupil diameter, while proprietary algorithms assess driver distraction, stress, and cognitive workload. Nervtech aims to enhance the transfer of knowledge from human drivers to autonomous vehicles, enabling them to navigate complex and unpredictable driving situations by incorporating human cognition and intuitive decision-making.