Toyota Ventures

Agtonomy is a platform that combines hybrid autonomy and tele-assistance to provide advanced AI solutions for the agricultural sector. The company addresses significant challenges faced by farmers, including labor shortages, sustainability issues, and decreasing profit margins. By collaborating with established equipment manufacturers, Agtonomy converts traditional tractors and agricultural machinery into autonomous and remote-controlled systems. This transformation allows local farmers to enhance their operational efficiency and adaptability while managing limited budgets and seasonal pressures. Through its innovative approach, Agtonomy aims to empower farmers and improve agricultural productivity.

Agtonomy is a platform that combines hybrid autonomy and tele-assistance to provide advanced AI solutions for the agricultural sector. The company addresses significant challenges faced by farmers, including labor shortages, sustainability issues, and decreasing profit margins. By collaborating with established equipment manufacturers, Agtonomy converts traditional tractors and agricultural machinery into autonomous and remote-controlled systems. This transformation allows local farmers to enhance their operational efficiency and adaptability while managing limited budgets and seasonal pressures. Through its innovative approach, Agtonomy aims to empower farmers and improve agricultural productivity.

May Mobility, Inc. is an autonomous vehicle company focused on transforming urban transportation through the development and operation of driverless shuttle services. Founded in 2017 and based in Ann Arbor, Michigan, the company utilizes six-passenger electric vehicles that navigate mapped routes to provide micro-transit services for enterprise and municipal clients. By analyzing traffic patterns and commuter flows, May Mobility designs optimal routes that enhance public transit systems. Their autonomous shuttles aim to minimize human error in driving, reduce pollution, and improve economic benefits for communities and riders. The company offers a fleet operation service that contributes to creating safer, more efficient, and accessible transportation solutions.

Boxbot is a technology company based in Alameda, California, specializing in parcel logistics automation. Its proprietary software and hardware platform enhances package handling by transforming traditional conveyors into three-dimensional systems. This modular solution allows for the efficient storage, sorting, and sequencing of various package sizes while occupying a minimal physical footprint. By integrating robotics and automated systems, Boxbot addresses key operational challenges in last-mile logistics, facilitating faster and more efficient routing of packages within warehouses. The company's innovations aim to reduce costs associated with last-mile delivery, ultimately improving the overall experience for both suppliers and consumers.

Agtonomy is a platform that combines hybrid autonomy and tele-assistance to provide advanced AI solutions for the agricultural sector. The company addresses significant challenges faced by farmers, including labor shortages, sustainability issues, and decreasing profit margins. By collaborating with established equipment manufacturers, Agtonomy converts traditional tractors and agricultural machinery into autonomous and remote-controlled systems. This transformation allows local farmers to enhance their operational efficiency and adaptability while managing limited budgets and seasonal pressures. Through its innovative approach, Agtonomy aims to empower farmers and improve agricultural productivity.

Xona Space Systems, Inc. specializes in developing and manufacturing position, navigation, and timing (PNT) satellite solutions. Founded in 2019 and headquartered in San Mateo, California, the company is focused on creating a constellation of low-cost, low-Earth orbiting satellites designed to enhance navigation for various applications, including autonomous vehicles, unmanned aerial vehicles, and mobile robotics. Their flagship product, the Xona Pulsar, delivers high-power signals from low Earth orbit, ensuring secure and accurate navigation and timing services. This innovative approach aims to meet the demands of smart transportation and smart infrastructure, providing the resilience and precision necessary for modern intelligent systems to operate safely and efficiently at scale.

SLAMcore Limited specializes in developing simultaneous localization and mapping (SLAM) solutions tailored for various applications, including robotics, augmented reality, and autonomous vehicles. Founded in 2016 and based in London, the company has created advanced SLAM software that enables robots and devices equipped with outward-facing sensors to understand and navigate unfamiliar environments. Their technology includes Visual SLAM, sensor fusion, and Event Camera SLAM, which collectively enhance real-time spatial understanding. By fusing data from multiple sensors, SLAMcore's platform utilizes computer vision and machine learning to improve the efficiency and accuracy of robotic systems. The company offers a software development kit (SDK) that facilitates rapid prototyping for commercial products, allowing for customization on standard computing platforms. Through partnerships with original equipment manufacturers, SLAMcore aims to integrate its core technology into everyday products, making spatial intelligence more accessible and practical in various industries.

Agtonomy is a platform that combines hybrid autonomy and tele-assistance to provide advanced AI solutions for the agricultural sector. The company addresses significant challenges faced by farmers, including labor shortages, sustainability issues, and decreasing profit margins. By collaborating with established equipment manufacturers, Agtonomy converts traditional tractors and agricultural machinery into autonomous and remote-controlled systems. This transformation allows local farmers to enhance their operational efficiency and adaptability while managing limited budgets and seasonal pressures. Through its innovative approach, Agtonomy aims to empower farmers and improve agricultural productivity.

Burro is a developer of an autonomous farming platform designed to enhance productivity in agricultural settings. The company creates robotic tools that autonomously follow workers and transport cargo, alleviating them of physically demanding tasks that do not add significant value. By automating these labor-intensive activities, Burro enables farmworkers to concentrate on more critical functions, ultimately improving operational efficiency. Additionally, the tools capture essential data to facilitate further automation of farm work, aligning with the long-term goal of automating tedious outdoor tasks. Through its innovative approach, Burro aims to support farmers in optimizing their operations and fostering growth.

Xona Space Systems, Inc. specializes in developing and manufacturing position, navigation, and timing (PNT) satellite solutions. Founded in 2019 and headquartered in San Mateo, California, the company is focused on creating a constellation of low-cost, low-Earth orbiting satellites designed to enhance navigation for various applications, including autonomous vehicles, unmanned aerial vehicles, and mobile robotics. Their flagship product, the Xona Pulsar, delivers high-power signals from low Earth orbit, ensuring secure and accurate navigation and timing services. This innovative approach aims to meet the demands of smart transportation and smart infrastructure, providing the resilience and precision necessary for modern intelligent systems to operate safely and efficiently at scale.

Third Wave Automation, Inc. specializes in developing autonomous forklift technology that leverages machine learning and computer vision to enhance material handling. Founded in 2018 and based in Union City, California, the company has created a Shared Autonomy Platform that allows forklifts to perform intricate tasks under the supervision of human operators, who can intervene as necessary. This approach improves safety and operational efficiency within warehouses and supply chains. By integrating advanced robotics and deep learning, Third Wave Automation's solutions facilitate precise automated movement of materials and adapt to varying warehouse configurations and demands, thereby enhancing overall throughput and effectiveness in logistics operations.

Realtime Robotics, Inc. is focused on developing advanced motion planning and control processors that enable robots and autonomous vehicles to react instantaneously to their surroundings. Founded in 2016 and based in Boston, Massachusetts, the company offers a collision-free motion planning platform that allows for safe operation of single or multiple robots in unstructured environments. Their specialized RapidPlan processor generates safe motion plans in microseconds, effectively eliminating the trade-off between speed and safety in automation. This innovative technology accommodates real-time changes in dynamic environments, enabling robots to navigate around both known static objects and other moving entities while performing various tasks. By addressing the limitations of traditional automation, Realtime Robotics is broadening the applications of robotics across industries and facilitating the adoption of autonomous vehicles.

Parallel Domain Inc. is a technology company based in Palo Alto, California, specializing in synthetic data generation for autonomous vehicle simulation. Founded in 2017, the company offers a platform that produces rich, annotated synthetic data to support the training and testing of autonomous systems. Its services include the generation of labeled data sets, simulation environments, and controllable sensor feeds, which enable users to develop and refine their algorithms in a safe, controlled setting. By leveraging synthetic data, Parallel Domain helps clients accelerate their development processes, reduce costs, and minimize the real-world testing required for deploying autonomous technologies.

Sea Machines Robotics, Inc. is an autonomous technology company based in Boston, Massachusetts, specializing in the development and manufacturing of autonomous control and navigation systems for the commercial marine and boating industries. Founded in 2014, the company creates advanced control systems designed to improve operational safety and efficiency for various marine applications. Its product lineup includes the SM300, which allows for remote command of vessels; the SM200, facilitating integrated control for collaborative operations; and the SM400, an AI-powered situational awareness system tailored for container ships. Additionally, the company offers the RC NXT, a remote command system for existing and new marine vessels, and the DP-NXT, which enables traditional vessels to operate with minimal or no crew onboard. Sea Machines Robotics also provides solutions for unmanned applications, including bathymetric survey vessels and subsea asset inspections, focusing on sectors such as shipping, offshore energy, and maritime logistics.

Sea Machines Robotics, Inc. is an autonomous technology company based in Boston, Massachusetts, specializing in the development and manufacturing of autonomous control and navigation systems for the commercial marine and boating industries. Founded in 2014, the company creates advanced control systems designed to improve operational safety and efficiency for various marine applications. Its product lineup includes the SM300, which allows for remote command of vessels; the SM200, facilitating integrated control for collaborative operations; and the SM400, an AI-powered situational awareness system tailored for container ships. Additionally, the company offers the RC NXT, a remote command system for existing and new marine vessels, and the DP-NXT, which enables traditional vessels to operate with minimal or no crew onboard. Sea Machines Robotics also provides solutions for unmanned applications, including bathymetric survey vessels and subsea asset inspections, focusing on sectors such as shipping, offshore energy, and maritime logistics.

Third Wave Automation, Inc. specializes in developing autonomous forklift technology that leverages machine learning and computer vision to enhance material handling. Founded in 2018 and based in Union City, California, the company has created a Shared Autonomy Platform that allows forklifts to perform intricate tasks under the supervision of human operators, who can intervene as necessary. This approach improves safety and operational efficiency within warehouses and supply chains. By integrating advanced robotics and deep learning, Third Wave Automation's solutions facilitate precise automated movement of materials and adapt to varying warehouse configurations and demands, thereby enhancing overall throughput and effectiveness in logistics operations.

SLAMcore Limited specializes in developing simultaneous localization and mapping (SLAM) solutions tailored for various applications, including robotics, augmented reality, and autonomous vehicles. Founded in 2016 and based in London, the company has created advanced SLAM software that enables robots and devices equipped with outward-facing sensors to understand and navigate unfamiliar environments. Their technology includes Visual SLAM, sensor fusion, and Event Camera SLAM, which collectively enhance real-time spatial understanding. By fusing data from multiple sensors, SLAMcore's platform utilizes computer vision and machine learning to improve the efficiency and accuracy of robotic systems. The company offers a software development kit (SDK) that facilitates rapid prototyping for commercial products, allowing for customization on standard computing platforms. Through partnerships with original equipment manufacturers, SLAMcore aims to integrate its core technology into everyday products, making spatial intelligence more accessible and practical in various industries.

Realtime Robotics, Inc. is focused on developing advanced motion planning and control processors that enable robots and autonomous vehicles to react instantaneously to their surroundings. Founded in 2016 and based in Boston, Massachusetts, the company offers a collision-free motion planning platform that allows for safe operation of single or multiple robots in unstructured environments. Their specialized RapidPlan processor generates safe motion plans in microseconds, effectively eliminating the trade-off between speed and safety in automation. This innovative technology accommodates real-time changes in dynamic environments, enabling robots to navigate around both known static objects and other moving entities while performing various tasks. By addressing the limitations of traditional automation, Realtime Robotics is broadening the applications of robotics across industries and facilitating the adoption of autonomous vehicles.

AutoBrains is a developer of a visual intelligence platform designed to enhance the safety and effectiveness of autonomous driving services. The platform leverages advanced artificial intelligence, employing signature-based representation structures and unsupervised learning methodologies to create a detailed understanding of the vehicle's surroundings. This technology supports various applications, including advanced driver assistance systems and vehicle localization, ultimately aiming to improve car safety and reduce casualties on global roadways. With a foundation of over 200 patents, AutoBrains' self-learning technology represents a significant advancement in automotive visual intelligence.

Freedom Robotics, Inc. is a software company that provides essential infrastructure for modern robotics companies, enabling them to build, operate, support, and scale robotic systems and fleets. Founded in 2018 and based in San Francisco, California, the company develops powerful control and monitoring software tailored for robotic applications. Its platform is designed for easy integration and customization through an API, allowing businesses to manage fleets of robots from various devices, including desktops and smartphones. Freedom Robotics focuses on streamlining the deployment and automation of diverse robotic fleets, facilitating the market entry of robotics companies with minimal resource investment.

May Mobility, Inc. is an autonomous vehicle company focused on transforming urban transportation through the development and operation of driverless shuttle services. Founded in 2017 and based in Ann Arbor, Michigan, the company utilizes six-passenger electric vehicles that navigate mapped routes to provide micro-transit services for enterprise and municipal clients. By analyzing traffic patterns and commuter flows, May Mobility designs optimal routes that enhance public transit systems. Their autonomous shuttles aim to minimize human error in driving, reduce pollution, and improve economic benefits for communities and riders. The company offers a fleet operation service that contributes to creating safer, more efficient, and accessible transportation solutions.

Apex.AI, Inc. is a software company that focuses on developing solutions for autonomous mobility systems, particularly self-driving vehicles. Founded in 2017 and based in Palo Alto, California, the company offers Apex.OS, a software framework that simplifies the complexity of hardware and software integration through user-friendly APIs. Additionally, Apex.AI provides Apex.Autonomy, which is tailored for safety-critical applications, and MARV.Automotive, a versatile data management platform that facilitates data transfer between vehicles and the cloud. This platform allows for advanced analytics, data introspection, and team collaboration. Apex.AI's software products leverage open-source technologies, enabling developers to create secure and efficient applications for autonomous vehicles.

SLAMcore Limited specializes in developing simultaneous localization and mapping (SLAM) solutions tailored for various applications, including robotics, augmented reality, and autonomous vehicles. Founded in 2016 and based in London, the company has created advanced SLAM software that enables robots and devices equipped with outward-facing sensors to understand and navigate unfamiliar environments. Their technology includes Visual SLAM, sensor fusion, and Event Camera SLAM, which collectively enhance real-time spatial understanding. By fusing data from multiple sensors, SLAMcore's platform utilizes computer vision and machine learning to improve the efficiency and accuracy of robotic systems. The company offers a software development kit (SDK) that facilitates rapid prototyping for commercial products, allowing for customization on standard computing platforms. Through partnerships with original equipment manufacturers, SLAMcore aims to integrate its core technology into everyday products, making spatial intelligence more accessible and practical in various industries.

Metawave Corporation, founded in 2017 and based in Palo Alto, California, specializes in developing advanced beamsteering radars that utilize metamaterials and artificial intelligence for the automotive industry. The company focuses on enhancing safety and connectivity in autonomous driving through its flagship radar platform, SPEKTRA, which enables 3D imaging and vehicle-to-vehicle communications. Additionally, Metawave offers TURBO active repeaters to improve signal coverage in challenging environments and ECHO passive reflectors that help direct signals in areas with limited connectivity. The company is also advancing wireless communications by creating smart beamsteering antennas designed for 4G and 5G networks, aiming to support faster connectivity for a wide range of users. Metawave's innovative technology originated from research at Xerox PARC, reflecting its commitment to revolutionizing the future of transportation and communications.

Parallel Domain Inc. is a technology company based in Palo Alto, California, specializing in synthetic data generation for autonomous vehicle simulation. Founded in 2017, the company offers a platform that produces rich, annotated synthetic data to support the training and testing of autonomous systems. Its services include the generation of labeled data sets, simulation environments, and controllable sensor feeds, which enable users to develop and refine their algorithms in a safe, controlled setting. By leveraging synthetic data, Parallel Domain helps clients accelerate their development processes, reduce costs, and minimize the real-world testing required for deploying autonomous technologies.

Blackmore Sensors and Analytics Inc., established in 2016 and based in Bozeman, Montana, specializes in frequency-modulated continuous wave (FMCW) lidar technology and associated analytic tools. The company focuses on measuring radial velocity for every data point, enhancing the accuracy and reliability of lidar imaging. As of May 2019, Blackmore operates as a subsidiary of Aurora Innovation, Inc., expanding its capabilities within the autonomous vehicle and sensor technology sectors.

May Mobility, Inc. is an autonomous vehicle company focused on transforming urban transportation through the development and operation of driverless shuttle services. Founded in 2017 and based in Ann Arbor, Michigan, the company utilizes six-passenger electric vehicles that navigate mapped routes to provide micro-transit services for enterprise and municipal clients. By analyzing traffic patterns and commuter flows, May Mobility designs optimal routes that enhance public transit systems. Their autonomous shuttles aim to minimize human error in driving, reduce pollution, and improve economic benefits for communities and riders. The company offers a fleet operation service that contributes to creating safer, more efficient, and accessible transportation solutions.

Realtime Robotics, Inc. is focused on developing advanced motion planning and control processors that enable robots and autonomous vehicles to react instantaneously to their surroundings. Founded in 2016 and based in Boston, Massachusetts, the company offers a collision-free motion planning platform that allows for safe operation of single or multiple robots in unstructured environments. Their specialized RapidPlan processor generates safe motion plans in microseconds, effectively eliminating the trade-off between speed and safety in automation. This innovative technology accommodates real-time changes in dynamic environments, enabling robots to navigate around both known static objects and other moving entities while performing various tasks. By addressing the limitations of traditional automation, Realtime Robotics is broadening the applications of robotics across industries and facilitating the adoption of autonomous vehicles.