National Science Foundation

At General Autonomy Inc. (Gen Auto AI), we are dedicated to pioneering safe, explainable AI technologies to foster trustworthy general autonomy, aimed at enhancing urban living through the use of robots. Our commitment to safety is the cornerstone of our approach, ensuring that every solution we develop meets the highest standards of reliability and security. Our innovative autonomy solutions are designed to seamlessly integrate into urban environments, offering advanced capabilities for autonomous robotic vehicles, connected and autonomous vehicles, and industrial mobile robots. Understanding the critical importance of trust in the adoption of autonomous technologies, we leverage explainable AI to ensure our systems are not only effective but also transparent and understandable. This approach empowers us to build confidence in our technologies, paving the way for a future where urban life is significantly improved through intelligent, autonomous assistance. With a focus on enhancing safety and operational efficiency, our solutions are tailored to meet the diverse needs of urban settings. Whether it’s improving transportation with connected and autonomous vehicles, optimizing logistics with industrial mobile robots, or introducing autonomous robotic vehicles to assist with urban tasks, Gen Auto AI is at the forefront of transforming urban landscapes. We are excited about the future and are diligently working to bring our services to you soon. Stay tuned for groundbreaking advancements in general autonomy from Gen Auto Ai, where safety leads and innovation transforms urban living.

At General Autonomy Inc. (Gen Auto AI), we are dedicated to pioneering safe, explainable AI technologies to foster trustworthy general autonomy, aimed at enhancing urban living through the use of robots. Our commitment to safety is the cornerstone of our approach, ensuring that every solution we develop meets the highest standards of reliability and security. Our innovative autonomy solutions are designed to seamlessly integrate into urban environments, offering advanced capabilities for autonomous robotic vehicles, connected and autonomous vehicles, and industrial mobile robots. Understanding the critical importance of trust in the adoption of autonomous technologies, we leverage explainable AI to ensure our systems are not only effective but also transparent and understandable. This approach empowers us to build confidence in our technologies, paving the way for a future where urban life is significantly improved through intelligent, autonomous assistance. With a focus on enhancing safety and operational efficiency, our solutions are tailored to meet the diverse needs of urban settings. Whether it’s improving transportation with connected and autonomous vehicles, optimizing logistics with industrial mobile robots, or introducing autonomous robotic vehicles to assist with urban tasks, Gen Auto AI is at the forefront of transforming urban landscapes. We are excited about the future and are diligently working to bring our services to you soon. Stay tuned for groundbreaking advancements in general autonomy from Gen Auto Ai, where safety leads and innovation transforms urban living.

Mcity is an autonomous vehicle research center located on the University of Michigan campus in Ann Arbor, Michigan. It serves as a unique urban test facility that facilitates collaboration among industry, government, and academia to enhance transportation safety, sustainability, and accessibility. Mcity combines early-stage research with real-world testing and on-road vehicle deployments to validate and advance new technologies in the mobility sector. The center is staffed by renowned researchers and aims to contribute to the development of safer and more efficient transportation systems for the benefit of society.

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.

Circle Optics, Inc. specializes in developing innovative camera technology that enables real-time, high-definition virtual reality video. Its parallax-free camera utilizes multiple polygonal lenses to capture panoramic images seamlessly, eliminating the need for image stitching. This technology serves a variety of sectors, including aerospace, autonomous systems, and entertainment. By providing an accurate representation of scenes without post-processing, Circle Optics enhances the delivery of critical resources, ensures safety in aerospace applications, improves surveillance capabilities, and transforms immersive experiences for content creators.

Inception Robotics focuses on accelerating the development of autonomous mobile robotics applications through a suite of cloud-based tools designed for early-stage robotics companies. Their platform offers comprehensive resources that enable users to streamline the development process and reduce research and development costs. The company also specializes in creating autonomous robots capable of navigating public spaces for tasks such as contactless deliveries and indoor localization. This technology allows businesses to integrate small robots into their operations, enhancing productivity while lowering overall labor costs.

Ladon Robotics specializes in the development of autonomous cargo vessels that harness wind and solar power for efficient transportation. By integrating sails coated with advanced solar cells, these vessels can charge batteries that sustain operations even in the absence of wind. This innovative approach allows Ladon Robotics to offer a reliable and cost-effective alternative to conventional cargo ships, enabling clients to significantly reduce fuel and labor expenses. The company's focus on automation and swarm logistics further enhances the efficiency of cargo services, positioning it as a leader in sustainable maritime logistics.

Voltela specializes in connectivity assurance for commercial drones, facilitating their operation beyond visual line of sight. The company develops communication technologies and scalable platforms that ensure guaranteed connectivity for autonomous vehicles. By utilizing a patent-pending system that transmits data through voice channels in mobile networks, Voltela offers prioritized links with low latency. This innovation enables drone operators to navigate safely while relying on existing communication services, thereby supporting the growth and scalability of the drone industry.

Owl Autonomous Imaging delivers Monocular 3D Thermal Ranging™ solutions to industrial and automotive mobility markets to dramatically enhance safety day or night and in all weather conditions. Thermal Ranging™ is a new 3D modality that uses optical fusion and novel deep learning techniques to extract dense range maps from radiated heat signatures, without requiring illumination. Owl was co-founded by Chuck Gershman. Mr. Gershman has 30 years of semiconductor industry experience in executive management, marketing, engineering, business development, sales, consulting and executive advising. A serial entrepreneur, Mr. Gershman has been a member of the executive team of five startups, three of which as CEO/COO. He has had successful exits with acquisitions by Intel and PMC-Sierra. Further company information can be found at www.owlai.us

AMBOTS Inc. specializes in advancing swarm 3D printing and assembly technologies, focusing on automating manufacturing processes through a fleet of smart, autonomous mobile robots. This innovative approach allows for the collaborative execution of tasks similar to how bees or wasps construct their nests. By leveraging these robots, AMBOTS aims to manufacture a wide range of products, from everyday items to larger infrastructures, based on digital models and on-demand requirements. The company's technology is designed to enhance efficiency and reduce costs, facilitating a smoother transition to fully autonomous manufacturing for its clients.

Inzio is a novel technology that both automates the concrete and material forming processes and digitizes the building information modeling to support the fabrication process, resulting in a complete, end-to-end design or construction workflow. Their automated forming technology converts an industry excavator into an autonomous concrete forming platform.

Silicon Assurance specializes in hardware security software aimed at enhancing security and trust in silicon chips through a zero trust model. Founded in 2021 and based in Gainesville, Florida, the company offers automated tools designed to streamline the security assessment of chip designs, thereby minimizing the risk of data leakage and protecting revenue for businesses. Silicon Assurance focuses on addressing challenges related to reverse engineering and identifying both intentional and unintentional design flaws in semiconductor components, including system-on-chips (SoCs) and printed circuit boards (PCBs). Their solutions are particularly relevant for the electronics supply chain, supporting the security needs of smart-connected devices such as self-driving cars, Internet of Things (IoT) applications, and smart grid technologies.

Aura Intelligent Systems specializes in advanced solutions within the domains of radio technology, robotics, and artificial intelligence. The company has developed patented digital imaging radar technology that offers high-resolution spatial sensing, addressing issues of interference and latency commonly faced by existing radar systems. Their innovative approach combines a 5G hardware architecture with intelligent, programmable software, facilitating 5D situational awareness while minimizing harmful effects such as jamming and multipath interference. This software-defined radar not only achieves longer operational ranges but also maintains low power consumption, providing a cost-effective solution for automotive and robotics applications.

TRIC Robotics, founded in 2017 and headquartered in Newark, DE, specializes in developing robotic technology aimed at automating agricultural practices, specifically for strawberry farms. The company focuses on providing an autonomous, non-chemical pesticide alternative that enhances farming efficiency. Its modular robotic systems are equipped with capabilities for event monitoring, infrared detection, chemical detection, pipe inspection, and environmental sensing. This innovative approach allows farmers to access effective treatment options that increase profitability while reducing labor demands.

Mapless AI is a research company that develops safe alternatives for transportation systems. The company's headquarters are in Pittsburgh, Pennsylvania.

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.

Owl Autonomous Imaging delivers Monocular 3D Thermal Ranging™ solutions to industrial and automotive mobility markets to dramatically enhance safety day or night and in all weather conditions. Thermal Ranging™ is a new 3D modality that uses optical fusion and novel deep learning techniques to extract dense range maps from radiated heat signatures, without requiring illumination. Owl was co-founded by Chuck Gershman. Mr. Gershman has 30 years of semiconductor industry experience in executive management, marketing, engineering, business development, sales, consulting and executive advising. A serial entrepreneur, Mr. Gershman has been a member of the executive team of five startups, three of which as CEO/COO. He has had successful exits with acquisitions by Intel and PMC-Sierra. Further company information can be found at www.owlai.us

OAM Photonics provides photonic sensing solutions for 3D imaging with applications in autonomous driving, drone, and robotics.

Parallel Flight Technologies is focused on developing advanced drone technology aimed at enhancing safety and efficiency in various applications. The company specializes in designing heavy-lift unmanned aircraft systems (UAS) that utilize proprietary parallel hybrid technology. This innovative approach includes a unique feature that allows drones to maintain flight stability in the event of engine failures, thereby improving safety for large unmanned systems. Through its technology, Parallel Flight Technologies aims to contribute positively to society by saving lives, protecting property, and benefiting the environment.

Berkeley Marine Robotics specializes in the development of autonomous underwater swarm robotic systems aimed at enhancing ocean exploration and conservation. The company has created unmanned underwater vehicles that enable efficient inspections of ships entering ports, facilitating fast and cost-effective evaluations through underwater wireless communication. Its technology measures hull-fouling levels, allowing for optimized cleaning schedules and improved coating performance. By leveraging swarm robotics, underwater laser communication, and machine learning for vision models, Berkeley Marine Robotics addresses challenges in GPS-denied and degraded marine environments. This innovation helps shipping operators lower fuel costs and minimize emissions related to biofouling, while also contributing to the protection of marine ecosystems.

Akrobotix is a research and product development startup focusing on autonomous systems and robotics technology for space, air, land and sea applications.

SkyMul is an Atlanta-based robotics company that specializes in developing industrial manipulation drones aimed at transforming the construction industry. The company focuses on automating physically demanding tasks traditionally performed manually on concrete construction sites, significantly enhancing efficiency and productivity. Its flagship product, SkyTy, consists of a swarm of modular drones capable of autonomously flying over rebar installations to tie intersections. This innovative technology is designed to handle flat rebar configurations such as slabs, bridge decks, and continuously reinforced pavements, and is scalable to meet varying project demands. By utilizing advanced computer vision capabilities, SkyMul's drones can quickly identify rebar intersections without the need for CAD files or manual programming, allowing construction companies to operate in parallel and increase overall throughput.

AMBOTS Inc. specializes in advancing swarm 3D printing and assembly technologies, focusing on automating manufacturing processes through a fleet of smart, autonomous mobile robots. This innovative approach allows for the collaborative execution of tasks similar to how bees or wasps construct their nests. By leveraging these robots, AMBOTS aims to manufacture a wide range of products, from everyday items to larger infrastructures, based on digital models and on-demand requirements. The company's technology is designed to enhance efficiency and reduce costs, facilitating a smoother transition to fully autonomous manufacturing for its clients.

Mirada Technologies, based in San Francisco, California, specializes in developing advanced LiDAR components essential for enhancing driver safety and autonomy in vehicles. The company focuses on creating critical technologies such as laser scanning and detector systems, which are integral to various applications, including optical sorting and industrial vision systems. Mirada's flagship product is a state-of-the-art laser scanner that offers superior ranging distance, field of view, reliability, and scalability. By providing cost-effective solutions, Mirada enables businesses to improve their optical measurement systems, ultimately contributing to the reduction of automotive accidents and fatalities.

Manifold Robotics specializes in developing advanced drone technology that enhances safety and simplifies operations in complex environments. The company focuses on creating technical payloads that utilize electromagnetic fields (EMF) from power lines as a navigational aid, allowing drones to navigate autonomously along electric utility rights-of-way. This innovative approach enables automated power line inspections, significantly improving efficiency and reducing costs by up to 50%. By facilitating beyond visual line-of-sight (BVLOS) flight, Manifold Robotics provides practical solutions that enhance the operational capabilities of drones, making them safer and more effective for various industries.

SurfaSense provides research and development in nanotechnology, biotechnology, physical engineering, and life sciences. They provide technologies for autonomous robotics.

Enertia Microsystems commercializes inertial sensors for autonomous vehicles using microelectromechanical systems. The company was founded in 2014 and is headquartered in Ann Arbor, Michigan.

Apollo AI builds super-safe self-driving systems and HD maps. They offer mapping, object detection, tracking, and classification, as well as decision-making and path optimization. They also offer information theory, control systems, detection and estimation, machine learning, neural networks, communication and signal processing systems, systems design, and navigation.

Aware Vehicles, founded in 2017 and based in Kansas City, Missouri, specializes in the development of autonomous drones that capture and analyze spectral aerial images. These drones leverage advanced imaging technology and artificial intelligence to serve various sectors, including precision agriculture, defense, disaster response, logistics, and infrastructure. By providing precise asset inspections and enhancing emergency response and communication capabilities, Aware Vehicles aims to meet the diverse needs of its clients through innovative aerial 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.

Planck Aerosystems Inc. is an autonomous drone company based in San Diego, California, founded in 2014. It specializes in developing innovative drone-based surveillance software named Shearwater, which is designed for various applications including survey and mapping, emergency response, safety and surveillance, and scientific research. The company integrates artificial intelligence into its drone technology, enabling advanced capabilities such as vision-based navigation and control. This technology allows drones to autonomously launch and land on moving vehicles and vessels, significantly enhancing operational applications in sectors such as security, defense, maritime, and logistics. Planck Aerosystems primarily serves government agencies and industrial maritime operators, providing them with cutting-edge solutions for drone autonomy and mobility.

Mentium Technologies Inc. specializes in the development of artificial intelligence processors tailored for power electronics, including cameras, sensors, microphones, and wearable devices. Founded in 2016 and located in Santa Barbara, California, the company focuses on creating ultra-high efficiency AI chips that enable complex video analytics in edge applications. By leveraging a unique approach centered on non-volatile memory devices, Mentium's technology facilitates analog in-memory computation, ensuring high speed, quality, and reliability for mission-critical AI inference. Their solutions aim to achieve optimal accuracy and performance, making them particularly valuable in applications that demand resilience to temperature and device variations, such as autonomous vehicles and cloud computing.

AutoModality is dedicated to creating autonomous mobile systems that sense, explore, and analyze the world around us. They provide technology and services for automated close-up inspection using drones and are currently focused on the Agriculture and Infrastructure inspection markets. AutoModality is also the home of Team Autero, the winner of the 2016 DJI SDK Challenge.

Mirada Technologies, based in San Francisco, California, specializes in developing advanced LiDAR components essential for enhancing driver safety and autonomy in vehicles. The company focuses on creating critical technologies such as laser scanning and detector systems, which are integral to various applications, including optical sorting and industrial vision systems. Mirada's flagship product is a state-of-the-art laser scanner that offers superior ranging distance, field of view, reliability, and scalability. By providing cost-effective solutions, Mirada enables businesses to improve their optical measurement systems, ultimately contributing to the reduction of automotive accidents and fatalities.

Perceptive Automata, Inc. specializes in developing machine learning and computer vision solutions focused on human behavior prediction for automated vehicles. Founded in 2014 and based in Somerville, Massachusetts, the company addresses critical challenges in the safe deployment of highly automated and fully autonomous vehicles, particularly in urban settings. Its technology enables these vehicles to anticipate the actions of pedestrians, cyclists, and other drivers, allowing for safe navigation in human-dominated environments. By employing advanced AI inference models, Perceptive Automata enhances the driving experience, facilitating smoother and more natural interactions between autonomous vehicles and their surroundings. The company collaborates with original equipment manufacturers (OEMs), suppliers, and technology firms in the development of advanced driver-assistance systems (ADAS) and autonomous driving technologies, leveraging expertise from leading institutions such as Harvard, MIT, and Stanford.

Z-senz develops the next leap in LIDAR to enable safety and reliability in autonomous vehicles. The company's headquarters are in Washington, D.C. Founded in 2015 by a group of scientists with expertise in optics, lasers, material science, physics, and manufacturing,

Founded in 2009, Hydronalix has become recognized as a leader and international symbol in robotics innovation for beach and flood rescue with Their successful patented EMILY product line. Their Mission is to provide enhanced value added capabilities to first responders, earth scientists, military, and safety to the maritime industry. Their focus is on development of small expendable maritime robotic technologies to support missions ranging from search and rescue, bathymetric mapping and underwater ISR, to meteorological station keeping and data gathering, in challenging open ocean and littoral marine environments. They have 11,000 square feet of Engineering, Office, and manufacturing space in Sahuarita, AZ. Water testing is performed at Silver-Bell, Patagonia, and Sahuarita Lakes in Arizona. Ocean and surf zone testing is performed in San Diego, Venice Beach, and Malibu, CA. Company sales are both domestic and overseas with export distribution through out Asia, Europe, and the Americas. The company maintains a growing staff of skilled engineers and technicians performing advanced development services and products for the Navy, NOAA, DARPA, and DHS. In addition to EMILY, the company produces a complete product line of advanced Autonomous Mobile Buoys (AMB). The company’s executive leadership team has collective experience of over 200 years in Ocean and Marine Engineering, Robotic systems, advanced sensors, manufacturing, and materials science.

Planck Aerosystems Inc. is an autonomous drone company based in San Diego, California, founded in 2014. It specializes in developing innovative drone-based surveillance software named Shearwater, which is designed for various applications including survey and mapping, emergency response, safety and surveillance, and scientific research. The company integrates artificial intelligence into its drone technology, enabling advanced capabilities such as vision-based navigation and control. This technology allows drones to autonomously launch and land on moving vehicles and vessels, significantly enhancing operational applications in sectors such as security, defense, maritime, and logistics. Planck Aerosystems primarily serves government agencies and industrial maritime operators, providing them with cutting-edge solutions for drone autonomy and mobility.

Qelzal Corporation, based in La Jolla, California, specializes in developing advanced artificial intelligence-driven systems for object and activity recognition. The company's product offerings include the Perception Appliance, which enhances the capabilities of autonomous vehicles and robots, and an image-free sensing system that utilizes brain-inspired artificial intelligence. Qelzal's technology significantly improves the safety and efficiency of commercial drones, enabling them to fly autonomously in near-earth environments without the risk of collisions. The company's solutions target various sectors, including building automation, security, mobile robotics, and autonomous vehicles. Incorporated in 2014, Qelzal is committed to advancing obstacle avoidance systems and fostering innovation in the realm of autonomous technology.

BirdBrain Technologies LLC is devoted to cultivating creativity and computational thinking by providing flexible and inspiring products that engage students & teachers in programming and robotics. BirdBrain is the maker of the Finch Robot and the Hummingbird Robotics Kit. The Finch is a small robot designed to inspire and delight students learning computer science by providing them a tangible physical representation of their coding. The Hummingbird is a kit that allows students to create and program robots built from electronic components and craft materials. Their products have been used by tens of thousands of students to explore computer programming, learn poetry, host robot petting zoos, create combined physical & virtual games, and much, much more! BirdBrain Technologies is proud to be located in Pittsburgh, PA, also known as Roboburgh due to its fantastic assemblage of robotics companies and research. Much of that research goes on at the Carnegie Mellon Robotics Institute, from where BirdBrain Technologies emerged. The Finch and the Hummingbird were initially developed to support parallel research projects at Carnegie Mellon’s CREATE Lab. Our founder’s Ph.D thesis discusses the design process and philosophy behind the research leading to the creation of the Finch and Hummingbird, which stemmed from a desire to expand the concept of robotics, making it more universally appealing. A large part of our mission is to support educators interested in introducing or furthering computer science, engineering, and making in and out of the classroom. Our products are good tools in support of this mission, but they are worthless without the work of thousands of teaching professionals and volunteers. Let us know how they can support you and your students, through product improvements, curricular materials, new tutorials, professional development, or any other way. Together, they can bring more creativity, computational thinking, and fun to kids around the world!

LYT is a cloud-based software platform that leverages advanced connected vehicle and machine learning technologies to enhance traffic flow in urban environments. The platform connects vehicle telemetry with traffic light infrastructure, facilitating real-time applications that improve mobility and support autonomous vehicle communication. By optimizing the movement of public transport, emergency vehicles, and other traffic, LYT aims to reduce travel times, alleviate congestion, and enhance air quality, ultimately leading to more reliable mass transit solutions.

DeepScale, Inc. is a technology company specializing in perceptual system software for semi-autonomous and autonomous vehicles. Founded in 2015 and headquartered in Mountain View, California, the company focuses on enabling automakers to utilize low-wattage processors for improved perception capabilities. DeepScale's technology incorporates artificial intelligence and deep learning algorithms to create advanced driver-assistance systems. The company develops a visual perception platform that utilizes training data and innovative deep neural network architectures to enhance vehicle awareness of their surroundings in real time. In 2019, DeepScale became a subsidiary of Tesla, further integrating its advanced perception technologies into the evolving landscape of autonomous driving.

Autonomous Healthcare is a medical technology company focused on transforming clinical care workflows through automation. By developing advanced healthcare technologies, it aims to revolutionize critical care and peri-operative care. The company's solutions continuously analyze bedside monitoring data to identify and address adverse events, thereby enhancing patient safety and care efficiency. This innovative approach enables healthcare professionals to reduce hospital lengths of stay for patients, ultimately improving overall healthcare outcomes.

Perceptive Automata, Inc. specializes in developing machine learning and computer vision solutions focused on human behavior prediction for automated vehicles. Founded in 2014 and based in Somerville, Massachusetts, the company addresses critical challenges in the safe deployment of highly automated and fully autonomous vehicles, particularly in urban settings. Its technology enables these vehicles to anticipate the actions of pedestrians, cyclists, and other drivers, allowing for safe navigation in human-dominated environments. By employing advanced AI inference models, Perceptive Automata enhances the driving experience, facilitating smoother and more natural interactions between autonomous vehicles and their surroundings. The company collaborates with original equipment manufacturers (OEMs), suppliers, and technology firms in the development of advanced driver-assistance systems (ADAS) and autonomous driving technologies, leveraging expertise from leading institutions such as Harvard, MIT, and Stanford.

Z-senz develops the next leap in LIDAR to enable safety and reliability in autonomous vehicles. The company's headquarters are in Washington, D.C. Founded in 2015 by a group of scientists with expertise in optics, lasers, material science, physics, and manufacturing,

Autonomous Healthcare is a medical technology company focused on transforming clinical care workflows through automation. By developing advanced healthcare technologies, it aims to revolutionize critical care and peri-operative care. The company's solutions continuously analyze bedside monitoring data to identify and address adverse events, thereby enhancing patient safety and care efficiency. This innovative approach enables healthcare professionals to reduce hospital lengths of stay for patients, ultimately improving overall healthcare outcomes.

Mythic Inc. is a technology company that designs and develops silicon chips and artificial intelligence processing units (IPUs) for a wide range of applications, from consumer electronics and wearables to autonomous vehicles and robotic drones. Founded in 2012 and headquartered in Redwood City, California, with an additional office in Austin, Texas, Mythic specializes in analog matrix processors that utilize unique compute-in-memory technology. Their products, including the M1076 Analog Matrix Processor and various PCIe and M.2 cards, integrate AI capabilities directly into compact chips, enabling desktop-level processing power in smaller devices. The company emphasizes its expertise in neural networks, processor architecture, and software design to deliver efficient AI solutions while maintaining performance, power efficiency, and accuracy in real-world environments.

SeaRobotics develops marine robotics products. Their products include autonomous surface vehicles, autonomous water platforms, hulls, and tank cleaning,including SR surveyor class, utility class, endurance class, and cyberhelm. Their services include engineering, design, manufacturing, fabrication, and theme park services.

Seamless Microsystems, Inc. is a semiconductor company based in Fremont, California, established in 2017. The firm specializes in the design and manufacturing of patented Analog-to-Digital Converters (ADCs), with an initial focus on markets such as medical imaging and 4G/WiFi. Utilizing silicon-proven devices from TSMC’s 28nm HPM process, Seamless Microsystems is advancing its next generation of products to meet the high bandwidth needs of emerging technologies, including LIDAR, 5G wireless, and G.fast communication systems. The company's continuous-time sigma-delta ADCs are designed to reduce system costs by relaxing anti-aliasing requirements and lowering power consumption due to their resistive input architecture. Furthermore, these ADCs are engineered to tolerate high levels of clock jitter, allowing for the use of more economical phase-locked loops (PLLs) in clock generation, making them suitable for a diverse range of applications, from consumer electronics to autonomous driving.

AndrosRobotics specializes in developing robotic technology products tailored for light payload pick-and-place applications in logistics. The company manufactures intelligent robotic devices that focus on intensive gait training and enhancing human mobility services. Their offerings include human-safe robots that are both powerful and gentle, designed to operate effectively in public spaces. Additionally, AndrosRobotics provides low-cost, force-controlled, plug-and-play actuators, enabling clients to integrate these advanced technologies seamlessly into their operations.

Cepand provides assistance for designers and creators towards innovative technologies. The company provides various services mostly leading to autonomous vehicles. Cepand provides AI/ML, autonomous vehicles, wireless technologies and wearable (VR/AR) blueprints for innovative strategies and roadmaps as their products. Cepand was founded in 2012 by Babak S. in San Francisco, California.

Near Earth Autonomy is creating a future where autonomous flight is commonplace and safe. Their work enables a range of unmanned aircraft (i.e., sub-meter to full scale) to operate across multiple applications.

AndrosRobotics specializes in developing robotic technology products tailored for light payload pick-and-place applications in logistics. The company manufactures intelligent robotic devices that focus on intensive gait training and enhancing human mobility services. Their offerings include human-safe robots that are both powerful and gentle, designed to operate effectively in public spaces. Additionally, AndrosRobotics provides low-cost, force-controlled, plug-and-play actuators, enabling clients to integrate these advanced technologies seamlessly into their operations.

Charles River Analytics, Inc. develops and delivers intelligent systems for government, defense, intelligence, and commercial customers. It offers cognitive, sensor processing and networking, and decision management systems; and autonomous robotic platforms and multi-agent systems for information management, command, and control applications. The companyâ€:tm:s products include BNet, which offers tools for building, using, and embedding networks in software applications; VisionKit, a computer vision system that enables computers to automate repetitive visual tasks; and Verideo, a software tool for truthing and annotating video imagery. Its architectures integrate various algorithmic, sub symbolic, and symbolic techniques, including case-based reasoning, data mining, expert systems, genetic algorithms, neural networks, and argumentation systems. The company also provides outsourced software engineering and development services, which include computer vision software, expert system, and intelligent agent and multi-agent system development services. It serves the U.S. federal government and the Department of Defense. The company was founded in 1983 and is based in Cambridge, Massachusetts.

Autonomous Healthcare is a medical technology company focused on transforming clinical care workflows through automation. By developing advanced healthcare technologies, it aims to revolutionize critical care and peri-operative care. The company's solutions continuously analyze bedside monitoring data to identify and address adverse events, thereby enhancing patient safety and care efficiency. This innovative approach enables healthcare professionals to reduce hospital lengths of stay for patients, ultimately improving overall healthcare outcomes.

Love Park Robotics is a Philadelphia-based start-up focused on developing advanced technologies for intelligent products and services. The company's flagship platform, CoPilot, offers sliding-scale autonomous navigation for service vehicles in both indoor and dynamic outdoor environments. Additionally, Love Park Robotics specializes in 3D perception software that enhances industrial robotic applications. This software supports advanced driver assistance systems, allowing service vehicles to navigate autonomously and addressing accessibility challenges for wheelchair users. By providing flexible licensing options and custom solutions, the company collaborates with original equipment manufacturers (OEMs) to integrate its technology into innovative products and services, facilitating the creation of robotics systems that utilize artificial intelligence to interact effectively with the physical world.

LaunchPoint is a developer of advanced electric and hybrid-electric propulsion and power generation systems, primarily serving the aerospace, defense, and power generation sectors. Founded in 2020 and based in Goleta, California, the company specializes in vehicle propulsion and motor control systems designed for a range of applications, including drones and air mobility solutions for both passenger and cargo transport. Their products can be air or liquid-cooled and are software-controlled, providing innovative alternatives for clients in the government and defense industries looking to implement electric and hybrid electric flight systems.

Chiaro Technologies LLC, based in Boulder, Colorado, specializes in the design and development of advanced 3D technology solutions, focusing on applications in logistics, robotics, and automation. The company offers a range of products, including the Cloudburst 3D sensor camera, which utilizes Symbolic Light technology to capture real-time, high-precision depth images and point clouds. Additionally, Chiaro Technologies provides the Jetstream Panel application, allowing users to view, interact with, and record live 3D data from their cameras. By manufacturing high-speed, real-time 3D machine vision sensors, Chiaro supports manufacturers and machine vision vendors in creating innovative solutions tailored to their specific needs. Founded in 2005, Chiaro Technologies operates as a subsidiary of Cognex Corporation.