Trucks Venture Capital

May Mobility, Inc. is an autonomous vehicle company based in Ann Arbor, Michigan, founded in 2017. The company specializes in developing and deploying autonomous vehicle technology to enhance public transportation systems. May Mobility operates a fleet of six-passenger electric shuttles that navigate through traffic using mapped and closed-loop routes. By analyzing city traffic and commuter patterns, the company identifies bottlenecks and optimizes transit routes for various communities. Its services aim to reduce human error in driving, lower pollution levels, and provide economic benefits to both communities and riders. Through its innovative approach, May Mobility seeks to create a safer, greener, and more efficient transportation environment.

Faction specializes in the development of driverless electric vehicles that combine the speed and performance of cars with the affordability of motorcycles. The company focuses on micro-delivery and ride-on-demand services, utilizing a model that integrates remote human supervision alongside autonomous technology. This approach allows Faction to bypass the limitations of fully autonomous systems, enabling quicker deployment of its services. The vehicles are designed with networked data capabilities, over-the-air software updates, and safety-critical autonomy features, ensuring a cost-effective and reliable driverless solution for clients. After completing its first prototypes, Faction is set to commence trials to further refine its offerings in the transportation sector.

Founded in 2018, Ottometric develops a cloud-based platform that enhances safety for autonomous vehicles. It uses AI, sensor fusion, and computer vision to analyze real-world scenarios, providing deeper insights into system effectiveness and anomalies.

Developer of an advanced driver assistance system(ADAS) designed for two wheelers. The company offers a lightweight, low-power collision warning system that consists of two fisheye cameras, a powerful processing unit, and advanced artificial intelligence to detect and notify riders of threats in real-time, enabling them to get notified of hazards around them and avoid collisions to keep them safe.

Gatik is a Mountain View, California-based startup that develops autonomous vehicle technology for B2B short-haul and middle-mile logistics. The company specializes in AI-powered software and autonomous hardware for light and medium-duty trucks and vans, enabling scheduled deliveries and streamlined supply-chain operations for commercial customers.

Faction specializes in the development of driverless electric vehicles that combine the speed and performance of cars with the affordability of motorcycles. The company focuses on micro-delivery and ride-on-demand services, utilizing a model that integrates remote human supervision alongside autonomous technology. This approach allows Faction to bypass the limitations of fully autonomous systems, enabling quicker deployment of its services. The vehicles are designed with networked data capabilities, over-the-air software updates, and safety-critical autonomy features, ensuring a cost-effective and reliable driverless solution for clients. After completing its first prototypes, Faction is set to commence trials to further refine its offerings in the transportation sector.

Refraction AI, Inc. is an autonomous delivery robot company based in Ann Arbor, Michigan, founded in 2017. The company specializes in developing and deploying robotic platforms that facilitate last-mile goods delivery in urban environments. Its flagship product, the REV-1, is designed to autonomously navigate through city streets using an array of cameras, radar, and ultrasonic sensors, allowing it to pick up goods from restaurants, pharmacies, and grocery stores and deliver them directly to customers' homes. Refraction AI's technology is engineered to operate in various climates and can be monitored and operated remotely, ensuring efficient and reliable service. By enhancing the delivery process, Refraction AI aims to meet the increasing demand for faster, safer, and more cost-effective delivery solutions.

Refraction AI, Inc. is an autonomous delivery robot company based in Ann Arbor, Michigan, founded in 2017. The company specializes in developing and deploying robotic platforms that facilitate last-mile goods delivery in urban environments. Its flagship product, the REV-1, is designed to autonomously navigate through city streets using an array of cameras, radar, and ultrasonic sensors, allowing it to pick up goods from restaurants, pharmacies, and grocery stores and deliver them directly to customers' homes. Refraction AI's technology is engineered to operate in various climates and can be monitored and operated remotely, ensuring efficient and reliable service. By enhancing the delivery process, Refraction AI aims to meet the increasing demand for faster, safer, and more cost-effective delivery solutions.

Founded in 2018, Ottometric develops a cloud-based platform that enhances safety for autonomous vehicles. It uses AI, sensor fusion, and computer vision to analyze real-world scenarios, providing deeper insights into system effectiveness and anomalies.

Gatik is a Mountain View, California-based startup that develops autonomous vehicle technology for B2B short-haul and middle-mile logistics. The company specializes in AI-powered software and autonomous hardware for light and medium-duty trucks and vans, enabling scheduled deliveries and streamlined supply-chain operations for commercial customers.

Refraction AI, Inc. is an autonomous delivery robot company based in Ann Arbor, Michigan, founded in 2017. The company specializes in developing and deploying robotic platforms that facilitate last-mile goods delivery in urban environments. Its flagship product, the REV-1, is designed to autonomously navigate through city streets using an array of cameras, radar, and ultrasonic sensors, allowing it to pick up goods from restaurants, pharmacies, and grocery stores and deliver them directly to customers' homes. Refraction AI's technology is engineered to operate in various climates and can be monitored and operated remotely, ensuring efficient and reliable service. By enhancing the delivery process, Refraction AI aims to meet the increasing demand for faster, safer, and more cost-effective delivery solutions.

May Mobility, Inc. is an autonomous vehicle company based in Ann Arbor, Michigan, founded in 2017. The company specializes in developing and deploying autonomous vehicle technology to enhance public transportation systems. May Mobility operates a fleet of six-passenger electric shuttles that navigate through traffic using mapped and closed-loop routes. By analyzing city traffic and commuter patterns, the company identifies bottlenecks and optimizes transit routes for various communities. Its services aim to reduce human error in driving, lower pollution levels, and provide economic benefits to both communities and riders. Through its innovative approach, May Mobility seeks to create a safer, greener, and more efficient transportation environment.

SEEVA Technologies develops visibility systems to enhance automotive perception and safety by keeping sensors and optical components clear in challenging conditions. The company uses heat and washer fluid to remove snow, ice, mud, sand, dirt and bugs from windshields, LED headlamps, tail lamps, cameras, sensors and related hardware. Its QwikTherm system is designed to clean vehicle sensors, cameras, radar and windshields to support reliable operation of ADAS and autonomous driving systems. Founded in 2017 and based in Ann Arbor, Michigan, SEEVA aims to ensure that perception systems function properly under real-world conditions such as mud, snow, freezing rain and debris, enabling safer vehicle operation and improved sensing performance across commercial and passenger vehicles.

Oryx Vision, Ltd. is an Israeli company founded in 2009, specializing in the development of solid-state depth vision solutions for autonomous vehicles. The company has created innovative automotive LiDAR technology that utilizes microscopic light-sensing antennas, allowing for the generation of a 3D view of the surroundings. This technology simplifies autonomous driving by offering a system that operates akin to a digital camera while providing enhanced sensitivity and resistance to environmental interference. Oryx Vision's solutions are designed to meet the range and resolution requirements essential for fully autonomous driving, producing both range and velocity data for every point within its field of view.

AEye, Inc. is a technology company focused on developing advanced vision hardware, software, and algorithms for autonomous vehicles and advanced driver assistance systems (ADAS). The company’s proprietary 4Sight Intelligent Sensing Platform integrates solid-state active LiDAR with artificial intelligence and a low-light HD camera, enabling precise and reliable perception of surroundings. AEye's products, including the 4Sight A and 4Sight M sensors, along with its iDAR platform, are designed to improve safety and performance in dynamic applications by providing faster, more accurate information. The AE100 Robotic Perception System and the modular AE200 sensor further exemplify AEye’s commitment to high-performance sensing solutions. Founded in 2013 and headquartered in Dublin, California, AEye also has a global presence with offices in Germany and Korea, serving a diverse customer base primarily in the United States, Europe, and the Asia-Pacific region.

Oryx Vision, Ltd. is an Israeli company founded in 2009, specializing in the development of solid-state depth vision solutions for autonomous vehicles. The company has created innovative automotive LiDAR technology that utilizes microscopic light-sensing antennas, allowing for the generation of a 3D view of the surroundings. This technology simplifies autonomous driving by offering a system that operates akin to a digital camera while providing enhanced sensitivity and resistance to environmental interference. Oryx Vision's solutions are designed to meet the range and resolution requirements essential for fully autonomous driving, producing both range and velocity data for every point within its field of view.