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Wayve Technologies Ltd specializes in developing artificial intelligence software for self-driving cars, focusing on a data-driven approach that learns to drive in a manner similar to humans. Founded in 2017 and headquartered in London, the company employs end-to-end deep learning to create an autonomous driving system capable of navigating complex urban environments. Wayve operates a fleet of electric vehicles equipped for autonomous operation and technology development, with the aim of deploying its technology on public roads. The firm is dedicated to pioneering AI software solutions that enable businesses to adapt quickly and safely to new driving scenarios across various locations worldwide.

Wayve Technologies Ltd specializes in developing artificial intelligence software for self-driving cars, focusing on a data-driven approach that learns to drive in a manner similar to humans. Founded in 2017 and headquartered in London, the company employs end-to-end deep learning to create an autonomous driving system capable of navigating complex urban environments. Wayve operates a fleet of electric vehicles equipped for autonomous operation and technology development, with the aim of deploying its technology on public roads. The firm is dedicated to pioneering AI software solutions that enable businesses to adapt quickly and safely to new driving scenarios across various locations worldwide.

Inkbit Corporation is a Medford, Massachusetts-based company focused on the research, development, and manufacturing of advanced 3D printers. Founded in 2017, the company has created a next-generation additive manufacturing platform that integrates machine learning and artificial intelligence with material jetting technology. By leveraging the expertise of MIT-trained scientists and engineers in industrial systems, design software, and material science, Inkbit aims to bridge the gap between prototyping and full-scale production. Its platform utilizes machine vision to offer rapid, on-demand manufacturing of multi-material and end-use polymer parts, catering to the needs of demanding industrial applications.

Oxbotica develops autonomous vehicle software. They provide autonomy software that has low compute power requirements. They use laser vision and radar for localization, redundancy, and cloud management services that enable businesses to help bring autonomy to vehicles.

Karakuri Ltd is a robotics company based in London, UK, that specializes in designing, manufacturing, and installing automation systems for the food service industry. Founded in 2018, the company offers products such as the DK-One, which customizes and personalizes meals while managing portion control and mass food dispensing, and Marley, a smaller machine designed for customizing ice cream and other food options. Karakuri's systems utilize machine learning, optics, and sensors to automate ingredient dispensing and precise measurement, making them suitable for a variety of applications, including restaurants, central kitchens, airports, canteens, hospitals, and catering events. The modular and compact design of the robotic systems allows them to integrate seamlessly into existing kitchen layouts, enhancing efficiency in commercial food preparation.

Kindred Systems, Inc. designs and develops artificial intelligence (AI) based robots to solve human problems. Its products include Kindred SORT, an AI powered robotic putwall solution that works with fulfillment center associates to assemble e-commerce orders from batch-picked items; and AutoGrasp, a robotic platform that controls robots to operate with human-like intelligence in dynamic environments. The company was founded in 2014 and is based in San Francisco, California with additional offices in Vancouver and Toronto, Canada.

Haddington Dynamics is an advanced research and development company specializing in low-cost, high-precision motion control solutions for robotics. The company has developed a high-precision robotic arm that aims to make automation more accessible for manufacturing facilities. This robotic arm is equipped with total sensory awareness, driven by an FPGA supercomputer, allowing for ultra-precise motion control. Haddington Dynamics' innovations enable customers to utilize portable and cost-effective devices for heterogeneous direct digital manufacturing, enhancing efficiency and productivity in various applications such as robotics and 3D printing.

Myrmex is launching an innovative fully unmanned grocery delivery system leveraging the power of mobile robotic units. Myrmex CPS is uniquely capable to deliver an online order just a few seconds after the customer arrives at the pick-up point.

Inkbit Corporation is a Medford, Massachusetts-based company focused on the research, development, and manufacturing of advanced 3D printers. Founded in 2017, the company has created a next-generation additive manufacturing platform that integrates machine learning and artificial intelligence with material jetting technology. By leveraging the expertise of MIT-trained scientists and engineers in industrial systems, design software, and material science, Inkbit aims to bridge the gap between prototyping and full-scale production. Its platform utilizes machine vision to offer rapid, on-demand manufacturing of multi-material and end-use polymer parts, catering to the needs of demanding industrial applications.

Karakuri Ltd is a robotics company based in London, UK, that specializes in designing, manufacturing, and installing automation systems for the food service industry. Founded in 2018, the company offers products such as the DK-One, which customizes and personalizes meals while managing portion control and mass food dispensing, and Marley, a smaller machine designed for customizing ice cream and other food options. Karakuri's systems utilize machine learning, optics, and sensors to automate ingredient dispensing and precise measurement, making them suitable for a variety of applications, including restaurants, central kitchens, airports, canteens, hospitals, and catering events. The modular and compact design of the robotic systems allows them to integrate seamlessly into existing kitchen layouts, enhancing efficiency in commercial food preparation.