MassChallenge

MORSE Corp offers customer-focused algorithm development, software development, and system integration services for machine learning, artificial intelligence, mission planning, situational awareness, computer vision, and manned and unmanned aerial vehicles.

NatureDots is a Hard-Tech startup that develops and operates resource-intelligent, nature-based systems. These systems provide remote, real-time monitoring of aqua farms, using IoT, data analytics, and geospatial analysis to create healthy water ecosystems and generate revenue. By doing so, NatureDots helps aqua farmers mitigate ecological risks and uncertainties, benefiting approximately 15 million fish farmers in India. The company's long-term vision includes mapping 2.5 million hectares of freshwater bodies to create a digital twin of freshwater ecosystems, contributing to a climate-resilient new nature economy.

Floating Robotics is a company focused on developing assistant robots designed for manual tasks in greenhouses. Their innovative solution integrates a robotic manipulator, machine vision, and artificial intelligence to automate labor-intensive activities such as harvesting and de-leafing. By employing a combination of cameras and advanced neural networks, their technology can detect and localize objects in three dimensions, enhancing its effectiveness in agricultural settings. The robotic system can be mounted on various mobile platforms, including wheeled and legged robots, as well as tractor extensions and greenhouse trolleys, providing versatile solutions to address labor shortages in farming.

Revolute Robotics specializes in the development of hybrid ground and aerial robots tailored for indoor inspection and surveillance. Its flagship product, the Hybrid Mobility Robot (HMR), features a crash-proof shell that enables it to navigate confined and complex environments effectively. This robot can transition between flying and driving, enhancing its maneuverability in tight spaces while significantly extending operating time. By providing advanced inspection capabilities, Revolute Robotics enables clients across various industries to gather critical data and insights, facilitating informed decision-making.

ForesightCares is a technology company specializing in AI-driven healthcare solutions for the elderly. It aims to address the U.S.'s impending healthcare crisis, exacerbated by the growing aging population, often referred to as the "Silver Wave". The company develops AI technology to enhance elder care, focusing on routine motor function assessments. Its innovative system enables early detection and tracking of motor function deficits and fluctuations in older adults with conditions like Parkinson's, mild cognitive impairment, and balance issues. This technology benefits patients, caregivers, and healthcare providers by facilitating better health outcomes and improving quality of life.

Snowbotix manufactures self-driving, electric robots designed for commercial snow removal. These robots can be equipped with various attachments, such as plows or brooms, to effectively clear snow in harsh weather conditions. By automating snow removal tasks, Snowbotix helps businesses reduce costs, enhance safety, and lessen environmental impact.

Land Maverick is a technology company that specializes in developing autonomous robotic systems for golf course maintenance. Their primary product is an innovative robot designed to traverse golf courses, testing the ground for nutrient levels and other environmental conditions. This data enables greens staff to optimize water, fertilizer, and chemical usage, reducing costs and labor while minimizing ecological damage from runoff.

GhostWave Inc. is a technology company based in Columbus, Ohio, specializing in the manufacture of advanced driver-assistance systems (ADAS) radars. The company focuses on developing radars that are immune to mutual interference, allowing them to effectively prioritize objects while being installed discreetly behind the fascia of vehicle bumpers. GhostWave's innovative technology employs a patented RF Noise radar system that utilizes predetermined, pseudorandom, or random waveforms. This approach enhances the performance of their radars in environments cluttered with electronic signals, making them particularly suitable for autonomous vehicles. The radars support critical applications such as Blind Spot Detection and collision avoidance, ensuring reliable operation even in the presence of jamming or interference from other electronic devices.

Jaia Robotics specializes in developing and supplying microsized autonomous underwater vehicles (AUVs) and providing comprehensive data collection services for aquatic environments. Their technology is multi-sensor configurable, requiring minimal user training, and offers extensive capabilities at a more affordable cost compared to traditional crewed or uncrewed systems.

Manus Robotics is a developer of advanced health and wellness devices aimed at promoting independent and healthy living. The company specializes in a wearable robot that offers intelligent daily living assistance to individuals with disabilities. In addition to facilitating daily activities, this device collects and analyzes muscle data from patients, which is crucial for rehabilitation. By focusing on these innovative solutions, Manus Robotics helps individuals with disabilities improve their quality of life and regain their independence.

We make robots for seniors with dementia and other cognitive issues to provide safety and companionship-related services. The robots in the senior's home provide an avatar for our remote nurses 24/7. This hybrid solution brings down the cost of cognitive care by up to 90%, helps seniors age in place, and recover autonomy. The platform also allows third-party age tech services to reach seniors & enhance the quality of their remaining life. Features include - Fall detection & prevention, companionship tools, physiotherapy and tracking, medicine reminders, personalized content, games, and connections with loved ones.

Southie Autonomy is a Boston-based company founded in 2017 that specializes in developing software for industrial robots, allowing them to be easily repurposed and redeployed by individuals without robotics expertise or technical skills. The company's innovative automation system facilitates quick setup and execution of various robotic tasks, such as kitting, palletizing, and simple assembly, increasing the feasibility of automation in diverse industrial applications. By lowering the time, cost, and skill barriers traditionally associated with robotic deployment, Southie Autonomy enables businesses to achieve a faster return on investment and justifies the use of automation in previously impractical scenarios.

Adventus Robotics specializes in developing self-driving power wheelchairs, leveraging artificial intelligence and autonomous technology. Their products are designed to safely and accurately navigate diverse environments, enhancing mobility for individuals with severe physical disabilities and hospital patients. Adventus offers a solution that can be mounted onto existing manually-operated powered wheelchairs, ensuring accessibility and improving users' well-being.

Boundless Robotics is a technology company focused on empowering individuals to cultivate their own food, aiming to enable them to grow 5% of their own produce. The company specializes in developing AI-enabled hydroponic devices specifically designed for home cultivation of cannabis plants. By integrating robotics, the Internet of Things, artificial intelligence, and hydroponics, Boundless Robotics creates systems that effectively manage critical environmental factors such as temperature, humidity, water level, and light distance. This innovative approach allows individuals to grow affordable cannabis year-round, addressing systemic issues related to food production and accessibility.

Organic Robotics Corporation, founded in 2018 and based in Rochester, New York, specializes in the design and development of advanced sensors for real-time touch measurement. The company's flagship product, Light Lace, utilizes fiber-optic technology to create a flexible sensor capable of bending and twisting to conform to the human body. This innovative sensor not only captures motion but also measures pressure, offering unique advantages in sensibility, elasticity, and washability at a competitive cost. Organic Robotics focuses on enhancing performance monitoring, particularly for professional athletes, by providing real-time feedback on motion, muscle fatigue, and vital signs. Their technology is designed for comfort and minimizes distraction, enabling accurate analysis of chest movement to deliver actionable insights that help optimize athletic performance.

RoadPrintz, Inc. is a manufacturer based in Cleveland Heights, Ohio, specializing in robotic equipment designed for comprehensive road painting and pavement markings. Incorporated in 2018, the company produces machines that survey, map, paint, and repaint road markings, including turn arrows and lane separators. RoadPrintz aims to enhance road safety by making effective visual street markings more affordable and accessible. Its robotic street painting systems enable traffic engineers and road painting contractors to efficiently specify and apply paint schemes on roads, thereby reducing the risk of accidents and improving overall road safety.

Imago Rehab is a digital health company specializing in outpatient occupational therapy solutions designed for home use, particularly for stroke survivors. The company's innovative approach combines wearable robotics and virtual occupational therapy to assist individuals with upper limb impairments in regaining arm function. By leveraging advanced technology, Imago Rehab aims to provide accessible, evidence-based care that empowers patients to recover and achieve greater independence. Their platform facilitates telehealth services, connecting patients with stroke-focused therapists who guide them in their rehabilitation journey from the comfort of their own homes.

krtkl Inc. is a technology company founded in 2014 and headquartered in San Francisco, California. It specializes in providing high-reliability hardware and software solutions designed for real-time applications in robotics, sensing, and space industries. The company focuses on edge-based artificial intelligence, sensor fusion, computer vision, video processing, and networking, catering to organizations with demanding performance, size, weight, and power constraints. krtkl aims to democratize access to advanced technology, offering modular and open-standards-based computing solutions that facilitate the rapid development and deployment of sophisticated capabilities in mission-critical commercial and defense systems. Its products have been widely adopted in various applications, supporting the creation of smarter and more connected environments.

Vertum Technologies specializes in developing robotic farming assistants for indoor agriculture. Their solutions, powered by AI-based plant disease detection and robotic soil sensing, aim to enhance crop yield and promote environmental sustainability. By optimizing fertilization and irrigation, reducing crop loss, and minimizing water usage, emissions, and waste of valuable minerals, Vertum enables indoor farmers to boost productivity while lessening their environmental impact.

Organifarms specializes in developing robotic solutions tailored for greenhouses and vertical farms. Their primary product is harvesting robots designed to automate the harvest, quality control, and monitoring processes of fruit and vegetable crops. This automation addresses the challenges posed by labor shortages and rising labor costs within indoor farming environments, while also enabling cultivation methods free from pesticides.

Zeppi is a company that has developed a floating video-call device designed to enhance the experience of remote participants in onsite events. Targeting primarily older adults and individuals with impairments, Zeppi's innovative technology allows users to engage in events as if they were physically present. The device displays remote attendees in life-size, providing an immersive experience that enables users to control their movement within the event space. This functionality not only facilitates meaningful interactions but also aims to reduce feelings of loneliness among older adults by allowing them to connect with family and friends during significant gatherings. Through its unique approach, Zeppi bridges the gap between remote and local attendees, helping event organizers achieve their goals while enriching the social experiences of all participants.

Presso specializes in automated laundry solutions, providing ultra-fast, on-demand dry-cleaning services through robotics and vending machines. Their technology is designed to efficiently remove sweat, smell, and bacteria from clothes, pressing garments in a short time frame. Presso targets hotels, offering a time-saving, labor-cost reducing solution for their laundry needs.

Agrolabs Limited specializes in developing sensor telemetry solutions for horticultural farmers, focusing on enhancing yield and efficiency in greenhouse environments. Founded in 2017, the company is headquartered in London, United Kingdom, with additional offices in Hong Kong and Dnipro, Ukraine. Agrolabs offers innovative products such as Agrolabs W-Sens, which provides real-time analytics on indoor crop growth performance, and Agrolabs B-Control, designed to enhance pollination through automated controls and monitoring of bee activity. By leveraging cloud-based Internet of Things (IoT) technology, predictive analytics, robotics, and artificial intelligence, Agrolabs enables farmers to control various aspects of the growing process, including pollination, environmental conditions, and irrigation. This integration of advanced technologies allows for data-driven decision-making, ultimately leading to improved cost efficiency and quality yields.

Agrorobotica is a developer of precision agriculture and farming management systems focused on monitoring parasitic insects. The company offers innovative pest traps that can be installed in agricultural fields, which photograph, recognize, and count harmful insects. These traps transmit real-time data to farmers via smartphone and website, allowing them to effectively monitor crop health and manage pest control. This technology empowers farmers to enhance their agricultural practices by providing timely insights into pest activity, ultimately contributing to better crop management and yield optimization.

UniExo is a high-tech startup specializing in the development of modular exoskeletons designed to assist individuals in recovering from injuries and movement impairments. By integrating medical science, robotics, and advanced machine learning algorithms, UniExo aims to support patients outside of traditional healthcare settings. Its innovative technology caters to a diverse range of users, including those with disabilities, paraplegics, and individuals undergoing physical therapy, helping them restore motor functions and improve mobility. The company's commitment to combining expert medical knowledge with cutting-edge robotics positions it as a leader in the exoskeleton industry, ultimately enhancing recovery times and quality of life for its users.

Exomotion SA is a Swiss company founded in 2018, located in Plan-les-Ouates, Geneva. The company specializes in the development of innovative personal mobility devices that utilize robotics technology. Exomotion's products are designed to enhance omnidirectional movement, featuring electronic movement systems that combine electrical boards with motion sensors and a wheeled mechanism. This technology enables the devices to move in any direction and rotate instantly, significantly improving the user experience. By rethinking the concept of e-mobility, Exomotion aims to enhance mobility solutions with a focus on omnidirectionality and safety.

1 Degree Freedom robotics developing Modular Smart Actuation systems that reduce the development time required for Robotic Solution Providers to build Robots for various applications. By using IoT technology along with intelligent algorithms we also provide reliability management services for these systems to reduce downtime of the robots. We have started with a product line of Smart Wheels that encapsulates the complexity of motion in mobile robots in the form factor of a wheel.

Brillianetor is a pioneering company specializing in artificial intelligence technology that allows machines to engage in social interactions akin to human behavior. The firm has developed an innovative platform featuring an Artificial Social Mind, which enables machines to recognize surrounding entities and autonomously decide whether to cooperate or compete in various contexts. This technology is designed to facilitate complex social behaviors, making it applicable across multiple sectors, including the gaming industry, Internet of Things (IoT), cyber defense security, and unmanned platform management. By providing plug-and-play social simulators that include mixed groups of humans and virtual entities, Brillianetor enhances the capabilities of humanoid robots and autonomous systems, helping users deploy these technologies more efficiently while reducing development costs and time to market.

RobotAI develops advanced artificial intelligence software that enhances the capabilities of standard RGB cameras, transforming them into sophisticated 3D measurement devices. This innovative technology allows for the recognition of objects along with their positions and orientations from a single image, enabling a variety of automation tasks such as pick and place, palletizing, and bin picking. RobotAI's solution is distinguished by its speed, precision, and cost-effectiveness compared to alternative active vision systems. The company focuses on teaching robots to perceive objects in a manner similar to human vision. RobotAI has established projects and paid proof of concepts with notable clients, including Whirlpool, Denso, ABB, Ford, and Deutsche Telekom, showcasing its impact across various industries.

Kügar is an industrial automation company that offers robotic automation solutions. It specializes in the fields of industrial engineering, manufacturing, and robotics. It was founded in 2013 and headquartered in San Francisco, California.

Cutii is a developer of an interaction platform designed to enhance connectivity and support for elderly individuals living at home. The platform utilizes a robot equipped with advanced functionalities such as speech recognition, vocal commands, facial recognition, and artificial intelligence. This technology facilitates daily tasks and activities while promoting social interactions between seniors, their families, caregivers, charities, and healthcare providers. By offering a wide range of services and activities, Cutii aims to preserve the daily joy of life for the elderly and help them maintain meaningful relationships, ultimately fostering solidarity and reducing isolation.

Ashored Innovations specializes in developing sustainability-enabling technologies for the ocean harvest industries. The company is focused on bringing to market innovative solutions, such as an underwater buoy release system designed for trap fishing. This ropeless fishing system allows fishers to deploy ropes and buoys on the ocean floor, which can be recalled when needed, thereby minimizing interactions with marine life and surface vessels. By reducing gear conflict, preventing gear loss and damage, and decreasing ocean waste, Ashored's technology promotes sustainable fishing practices. Additionally, the system incorporates machine learning, sonar, and geo-tracking to collect data on lost traps, allowing for their retrieval and enabling fishing in areas that are typically restricted while safeguarding sensitive marine habitats.

Beewise is a company that specializes in the development of autonomous beehives designed to enhance beekeeping efficiency. Utilizing AI-powered precision robotics, Beewise's innovative solution automates all activities associated with beekeeping, which helps to increase honey yield and significantly reduce colony loss. The technology also eliminates the need for chemical pesticides, allowing bees to thrive in a healthier environment. By enabling remote control over the beehives, Beewise provides beekeepers with the ability to manage colonies with minimal human intervention, addressing various stressors and challenges faced by bee populations. This comprehensive approach aims to support sustainable beekeeping practices while contributing positively to pollination and honey production.

MuZ Motion is a robotics company that specializes in high-performance motion and control automation solutions. The company has developed a patented technology known as the Field Modulation Motion System (FMMS), which addresses the limitations of existing robotics motion systems. This innovative system enhances performance features, allowing businesses, particularly in the collaborative robotics sector, to achieve significant advancements in motion capabilities. By expanding application possibilities, MuZ Motion aims to create disruptive advancements in the robotics industry, thereby increasing market opportunities for its clients.

SurviVR is a Dallas-based company established in 2018 that provides a virtual reality training platform focused on enhancing the decision-making and response capabilities of first responders, particularly in law enforcement. The platform offers immersive and data-driven training experiences designed to improve public safety by enabling officers to engage in thought-provoking and high-pressure simulations. SurviVR's innovative approach aims to enhance the judgment and performance of first responders, ultimately contributing to more effective public safety outcomes.

Stroma is engaged in the development of advanced edge processing devices aimed at enhancing safety, quality, and efficiency in industrial workplaces. The company's platform utilizes computer vision technology to monitor driver behavior and assess worker fatigue, distraction, and ergonomic load in real-time. By transforming complex data streams into clear, actionable insights, Stroma facilitates continuous quality control and immediate feedback mechanisms. This innovative approach helps reduce accidents and improve overall operational safety in various industrial environments.

Tennibot, Inc. is a company based in Auburn Hills, Michigan, that specializes in creating a robotic tennis ball collector designed to enhance the playing experience for tennis players. Established in 2018, the device employs computer vision and artificial intelligence to intelligently identify when and where to collect tennis balls. This innovative technology allows the collector to autonomously return to its designated spot once it is full, significantly reducing the time and effort required by players, coaches, and tennis clubs to gather stray balls. By streamlining this aspect of training and play, Tennibot aims to help users concentrate more on their game.

ReSymmetry is a technology company founded in 2016 by Efrat Shenhod-Malihi, focused on creating an innovative smart robotic wheelchair. The company's primary objective is to address the challenges faced by wheelchair users, who often endure prolonged periods of inactivity, leading to various secondary health issues and emotional distress. The robotic wheelchair features an advanced design that allows for twelve degrees of shift and facilitates autonomous body movement, integrating continuous minor motions that enhance user well-being. Equipped with sensors, the device collects and analyzes data to help users mitigate the adverse effects associated with motionless sitting. In recognition of its innovative contributions, ReSymmetry was awarded in the Launch category at the WeWork Creator Awards in Tel Aviv in 2017.

Watchtower Robotics is a company specializing in advanced leakage detection technology aimed at mitigating water breaks and minimizing infrastructure damage. The company develops innovative robots that accurately identify leaks in water distribution pipes without disrupting service. By enabling early detection of potential water issues, Watchtower Robotics allows clients to take proactive measures to prevent costly water leakage and infrastructure deterioration. Their technology focuses on enhancing the efficiency and reliability of water management systems, contributing to better resource conservation and operational sustainability.

ROVENSO is a Swiss company founded in 2016 and headquartered in Villaz-Saint-Pierre, Switzerland, with additional facilities in Shenzhen, China. The company specializes in the development and manufacturing of remotely operated robots designed for challenging environments, focusing on security monitoring, safety assessment, and anomaly detection. Its flagship product, ROVéo, is a four-wheeled rover capable of operating autonomously around the clock in industrial settings, providing cost-effective security solutions that are two to three times more efficient than traditional manned guarding. ROVéo is equipped to patrol both indoor and outdoor spaces, detecting intrusions, thefts, and potential safety hazards such as fires or gas leaks, which can be critical for protecting lives and property. ROVENSO's innovations also include a lightweight immersive control station, LISéo, which enhances the operational capabilities of its robotic systems.

Seoul Robotics is a company that specializes in developing advanced 3D computer vision devices and software. Their technology is designed to enhance the capabilities of autonomous vehicles, smart cities, and robots. The company's sensor and platform enable these systems to detect, classify, track, and predict targets and objects, thereby allowing autonomous vehicles to perceive and understand their environment effectively. This makes Seoul Robotics a key player in the field of intelligent robotics and self-driving technology.

Toggle Health is a healthcare technology company focused on enhancing the surgical user experience within the operating room. It specializes in surgeon-computer interaction technology that connects to digital case data, facilitating access to critical information in a sterile environment. The company's innovative approach employs a sterile wireless controller, enabling surgeons to navigate and manage patient case data seamlessly. This capability aims to empower surgeons to make informed decisions during procedures, ultimately improving patient outcomes and efficiency in surgical settings.

Cam Med LLC is a development-stage company based in West Newton, Massachusetts, focused on creating innovative drug delivery devices through microfluidics technology. Founded in 2014, the company aims to enhance patient experiences by designing user-friendly and precise delivery systems. Its flagship product, the Evopump, is a bandage-like patch pump that allows for the subcutaneous delivery of one or more medications, offering a significant advancement in convenience and usability for patients requiring medication management.

W8X develops robotics inspired fitness equipment to make strength training more effective and fun. It enables elite science-backed strength training within a few square feet. Its product uses robotics technologies to make a cable driven resistance system that is effective, compact, and data driven. The W8X platform was designed by MIT engineers with the help of national pro athletic coaches to allow effective full body resistance workouts using just one piece of equipment.

Motus is developing a new generation of low cost robotic rehabilitation devices, to put rehabilitation back in the hands of patients.

SIMA Robot is a developer of an innovative educational robot designed to enhance learning through interactive play. The company has created a humanoid robotic body that, when paired with a smartphone via an app, transforms into a fully interactive social companion. This robot is capable of listening, moving, and expressing emotions, providing users with a playful experience that fosters both engagement and education. By merging technology with robotics, SIMA aims to offer an accessible and affordable tool for enhancing education, making social and educational interactions possible for anyone with a smartphone.

Ayata Intelligence is an artificial intelligence company focused on developing innovative products that positively impact the lives of individuals with visual impairments. The company is creating a wearable smart device equipped with assistive technology designed to help the visually challenged lead independent and digitally connected lives. This smart eyewear features real-time processing capabilities, a long-lasting battery, bone conduction headphones, and a low-power processor chip. Additionally, it incorporates a two-dimensional camera and an advanced three-dimensional depth-sensing camera, enabling users to navigate their environment, identify and manipulate objects, and utilize facial recognition features. Through its technology, Ayata Intelligence aims to enhance autonomy and accessibility for visually impaired individuals.

Cellino is focused on developing a scalable, automated biomanufacturing system aimed at producing personalized cell therapies. The company's innovative platform leverages AI-guided laser editing to generate autologous induced pluripotent stem cells (iPSCs) efficiently and at scale. By utilizing image-guided machine learning, single-cell laser processing, and robotics, Cellino seeks to make advanced, potentially curative treatments accessible for a range of chronic degenerative diseases, including vision loss and Parkinson's disease. The company's mission is to transform healthcare by enabling personalized therapies that can significantly improve patient outcomes and overall health.

TWIICE is a Swiss company based in Lausanne, founded in 2015, that specializes in the development and manufacture of lower limb exoskeletons. These innovative devices are designed specifically to assist paraplegic individuals in standing and walking again, catering to various morphologies and medical conditions. The exoskeletons feature electric motors that enable movement in the hip and knee joints, providing users with the ability to regain the sensations and benefits associated with standing and walking. TWIICE aims to enhance the independence of individuals with mobility challenges, allowing them to participate more fully in daily activities and improve their overall quality of life.

Inka Robotics is a special and promising startup from Israel aiming to disrupt the booming tattoo industry by revolutionizing its technology. Briefly, Inka Robotics is building a tattooing robot controlled by computer vision. The robot can tattoo any type of tattoo, including remarkable tattoo designs and reproductions designed by the best artists in the world.

TeleLingo specializes in developing a driver attention management device aimed at enhancing road safety by mitigating distractions and drowsiness among drivers. The device employs advanced machine vision and biosensor technology to monitor drivers' cognitive states, detecting signs of impairment or fatigue. When such conditions are identified, the system engages drivers through alerts or interactive dialogue to promote safer driving behaviors. TeleLingo's solutions are designed for use by insurance companies, fleet management services, and ride-sharing platforms, providing them with tools to reduce the risk of accidents and improve overall driver safety.

Komp-ACT SA is a Swiss company established in 2018, specializing in the manufacturing of electric motion technologies for the electric manufacturing industry. Based in Écublens, the company develops innovative products, including electric linear actuators, electronic controllers, and electric direct-drive grippers. Komp-ACT's flagship product, Modula, represents a significant advancement in electric actuator solutions, aimed at modernizing industrial automation. These actuators are designed to enhance the efficiency of machinery by reducing weight and maintenance costs, while also minimizing the risk of electric and mechanical failures. Additionally, they contribute to lower energy consumption and reduced CO2 emissions, aligning with sustainable practices in machinery development. Komp-ACT's focus on creating environmentally friendly solutions positions it as a key player in the shift towards sustainable electric machinery.

Sea Machines Robotics, headquartered in Boston, Massachusetts, specializes in developing and manufacturing advanced autonomous control and navigation systems for the commercial marine industry. Established in 2014, the company produces systems like SM300 for remote vessel command, SM200 for collaborative operations, SM400 for AI-powered situational awareness on container ships, RC NXT for PLC-based wireless control, and DP-NXT for crew reduction or elimination on vessels. Sea Machines offers solutions for various unmanned applications, including bathymetric surveys, AUV-tendering, subsea asset inspection, passive acoustic monitoring, and dual towing.

Eyeware Tech SA, established in 2016 in Martigny, Switzerland, specializes in developing software for eye tracking using standard webcams and 3D cameras. Its flagship product, GazeSense, enables accurate gaze tracking, facilitating applications across industries such as automotive, healthcare, gaming, and robotics. Eyeware's platform-independent technology improves upon previous hardware-based solutions by offering a cost-effective and reliable alternative for integrating head and eye tracking into consumer devices.

TFC Simulations is an IT services company that assembles high-performance computers. It designs modular simulators for training, private, or recreational use. Their simulators cater to cars, airplanes, helicopters, and gamers and offer customizable solutions to fit any budget.

Franklin Robotics, LLC, founded in 2015 and based in North Billerica, Massachusetts, specializes in the development and manufacturing of agricultural robots. The company's flagship product, Tertill, is an autonomous, solar-powered robot designed to manage weeds in gardens. Tertill operates independently, navigating around plants and obstacles while employing a small weed whacker to control weed growth effectively. This chemical-free and waterproof device provides a reliable solution for small-scale growers, allowing them to concentrate on cultivating their desired plants without the constant burden of weeding. By integrating practical technology into everyday gardening, Franklin Robotics aims to enhance the efficiency and sustainability of agricultural practices.

Hydromea is a developer of a portable underwater robotics ecosystem that focuses on providing access to submerged assets and data in underwater environments. The company has created a scalable multi-robot inspection and sensing system that can be permanently installed at sea or deployed from mobile autonomous crafts. This system is designed for remote tasking to conduct regular inspections, environmental measurements, and emergency responses. Hydromea's technology features in-house developed sensors that can be fitted to drones, enabling faster data collection both onshore and offshore. By emphasizing portability, affordability, and ruggedness, the company aims to deliver valuable insights to clients while ensuring its solutions can withstand harsh underwater conditions.

RFISee is focused on developing innovative radar technology aimed at enhancing the safety of autonomous vehicles. The company is creating the world's first 4D imaging radar on a single chip, which utilizes high-resolution, low-cost radar sensors to produce real-time 3D location and velocity maps of surrounding objects. This advanced technology is designed to support the automation of driving, paving the way for safer vehicles and enabling new transportation modes and business models. RFISee's radar systems are particularly beneficial due to their robustness, functioning effectively in various weather and light conditions, a characteristic that aligns with the needs of the rapidly growing autonomous car market.

Tangi0 Ltd is a London-based company that specializes in the research, development, and manufacturing of an innovative touch-sensitive material designed to replace traditional electronic sensors. Founded in 2015, Tangi0's technology provides a flexible solution for creating three-dimensional controls that are ergonomic, intuitive, and engaging. The company's manufacturing process is assembly-free and cost-effective. Tangi0 is actively developing a range of computer peripheral products and seeking joint development partnerships with major players in the automotive and gaming sectors, aiming to enhance the functionality and user experience of various applications.

eMovements GmbH, established in 2015 with headquarters in Stuttgart, Germany, develops and markets electric mobility solutions. The company specializes in creating innovative technologies that enhance security and comfort for users of its electric vehicles, including cars, eBikes, and electric walkers (rollators). These rollators are equipped with features like anti-theft systems, location tracking, lighting, automatic braking, and adjustable speed settings to ensure safe and comfortable travel, particularly for senior citizens. The company also maintains offices in Dusseldorf and Berlin.

FLYX.Systems develops technological platforms for the new IUAS, fully autonomous, no human intervention. They are creating the infrastructure for a new generation of Unmanned Aerial Vehicles, fully autonomous, reliable and redundant for industrial applications that will expand aerospace productivity for both rural and urban areas. They have designed a landing platform that allows "industrial drones" to land, recharge and take­off without human intervention/error in a matter of seconds. Applications include package transportation, mapping, day/night security, agriculture, quick response, and a big ETC.

MOVIA Robotics LLC is a company based in Hartford, Connecticut, that specializes in developing robotic therapy software solutions aimed at educating children with autism. Founded in 2010, MOVIA offers an innovative educational tool designed for special educators, therapists, and parents, enhancing the accessibility and effectiveness of interventions. The company’s proprietary control software enables dynamic interactions between children and robots, allowing for semi-autonomous operation by instructors. MOVIA's curriculum is tailored to meet the social, communication, and academic goals of children with autism, ensuring that the content is engaging and appropriate for various age and ability levels. By providing individualized plans on a software license basis, MOVIA facilitates improved educational outcomes and fosters greater social and academic engagement among children with autism.

Motus is developing a new generation of low cost robotic rehabilitation devices, to put rehabilitation back in the hands of patients.

Airscort is a developer of advanced drone docking stations aimed at achieving complete autonomy for commercial drones. The company specializes in lightweight and durable military-grade solutions that have been rigorously field tested and are ready for market. Its docking stations are compact, reliable, and cost-effective, featuring an array of sensors, heating and cooling units, and millimeter-grade precision landing technology. These innovations enable clients across various sectors, including defense, energy, and agriculture, to enhance the utility of their drone operations while significantly reducing operational costs. With its patented technology, Airscort is positioned to capitalize on the growing potential of the drone industry.

HICS Inc., founded in 2014, specializes in real-time, high-precision measurement and inspection technologies. The company has pioneered machine vision systems utilizing cutting-edge 3D-NDM/R and 3D-NDM/T technology, which enable quantitative analysis of nanoscale defects and foreign materials. HICS serves the LED panel manufacturing industry, offering advanced inspection solutions that enhance speed and accuracy in detecting nano-scale issues.

Quirkbot is the maker movement in a box. It turns both class-rooms and living-rooms into full on makerspaces in a matter of minutes. They help put the maker movement into schools. The learning philosophy and skills acquired when implementing maker philosophy in schools is extremely attractive to a large portion of the world's school systems today. Implementing it is hard. Quirkbot's innovative design and simple technical solutions, uniquely solve many of the existing practical problems, as well as being engaging enough to compete for the learner's attention in the modern digital world.

LahakX is an agricultural technology company specializing in autonomous drone solutions for crop protection. It offers growers the ability to utilize a self-flying fleet of spraying drones, which can be deployed at the push of a button, allowing for efficient and precise application of agricultural chemicals. The company's proprietary technology enables both uniform coverage and targeted spot spraying, significantly reducing chemical usage while improving safety and productivity. LahakX's system not only minimizes labor and operational costs but also enhances the overall efficiency of farming practices. Growers can opt to purchase the complete spraying solution or engage LahakX to provide spraying services directly. Having launched its operations in the United States earlier this year, LahakX is positioned to deliver sustainable and innovative solutions to modern agricultural challenges.

Zombait is an innovative manufacturer specializing in robotic fishing lures designed to enhance the fishing experience by revitalizing dead bait. The company's unique product transforms lifeless fish into realistic, injured swimmers, effectively attracting more prey. Zombait's lures are both retrievable and reusable, featuring a long battery life and a corrosion-resistant outer casing, making them suitable for use at depths of up to two hundred feet. By integrating this technology, Zombait allows fishermen to save time and money while improving their chances of a successful catch, thereby revolutionizing traditional fishing practices.

Spyce is a restaurant founded in 2015 and headquartered in Somerville, Massachusetts, that aims to revolutionize the dining experience with its innovative automated cooking platform. The establishment offers a diverse menu of globally-inspired seasonal salads and warm bowls, emphasizing freshness and quality. Spyce utilizes a fully robotic kitchen that integrates a refrigerator, dishwasher, stove-top, and a robotic chef, allowing it to prepare meals from fresh ingredients without human intervention. This technology enables the restaurant to provide consumers with healthy and affordable fast food while maintaining high standards of taste and quality.

Spyce is a restaurant founded in 2015 and headquartered in Somerville, Massachusetts, that aims to revolutionize the dining experience with its innovative automated cooking platform. The establishment offers a diverse menu of globally-inspired seasonal salads and warm bowls, emphasizing freshness and quality. Spyce utilizes a fully robotic kitchen that integrates a refrigerator, dishwasher, stove-top, and a robotic chef, allowing it to prepare meals from fresh ingredients without human intervention. This technology enables the restaurant to provide consumers with healthy and affordable fast food while maintaining high standards of taste and quality.

Water Hero is a company that specializes in developing an innovative IoT solution aimed at protecting homeowners from water leaks while promoting efficient water consumption. The company has created a real-time water monitoring and leak detection device that connects to the cloud, allowing users to receive immediate notifications about leaks and automatically shut off the water valve in the event of a leak. Currently in beta testing, Water Hero plans to launch its system targeting both direct consumers and partnerships with property insurance providers and leaders in the water appliance industry. Through this approach, the company seeks to reduce water usage and minimize property damage, offering users unprecedented insights into their water consumption patterns.

MagnebotiX, founded in 2014 and based in Zurich, specializes in the development and production of advanced magnetic manipulation systems. The company focuses on creating magnetic field generators and micromagnetic agents, utilizing their extensive expertise in the field. Their innovative products are designed to facilitate both fundamental and applied scientific research, enabling users to perform complex micromanipulation tasks wirelessly. MagnebotiX’s systems are particularly valuable as untethered mechanical probes, allowing access to otherwise unreachable areas and enabling targeted cargo delivery for minimally invasive biological studies. By leveraging the transmission of power and guidance through applied magnetic fields, MagnebotiX supports a wide range of research applications in the field of magnetic phenomena and magnetic microrobots.

ARMR Systems LLC is a company based in Baltimore, Maryland, that specializes in the development of advanced wearable hemorrhage control systems aimed at enhancing the survivability of traumatic injuries on the battlefield. Founded in 2014, ARMR Systems creates innovative medical devices that offer reliable and flexible solutions for hemorrhage control when immediate medical assistance is unavailable. Their products, featuring an ergonomically designed harness combined with a tourniquet-style device, provide rapid compression to damaged arteries, thereby minimizing blood loss in critical areas. Focused on supporting warfighters and field-based personnel, ARMR Systems delivers lifesaving trauma care capabilities that meet the unique demands of the battlefield environment. The company is dedicated to collaboration across various institutions, leveraging a multi-disciplinary team to draw upon diverse perspectives in their problem-solving approach.

Iron Goat is a company based in Fairfax, Virginia, specializing in the production of pelleted and cubed products derived from hay and other grassy crops. Utilizing an automated in-field manufacturing technique, Iron Goat employs mobile robots that operate without fuel to efficiently create livestock feed and grass pellet fuel. This innovative approach allows the company to produce these products at a lower cost compared to traditional haying methods, thereby providing farmers with more economical options for livestock feed.

New Valence Robotics Corporation, founded in 2013 and based in Boston, Massachusetts, specializes in designing and leasing advanced 3D printing solutions. As a subsidiary of Cincinnati Incorporated, the company focuses on delivering innovative automated enterprise 3D printing technologies to address significant industry challenges. Their research and development program, NVLABS, has pioneered the capability to print with multiple metals in a single build, including materials such as stainless steel and titanium. The flagship product, NVPro™, is recognized as the world's first fully automated end-to-end 3D printing solution, featuring patented automated part removal and the ability to operate continuously around the clock. This technology allows users to achieve ultra-high printing speeds, significantly exceeding current market offerings, and provides a cost-effective solution while enhancing accessibility and usability through a cloud-based interface.

Cam Med LLC is a development-stage company based in West Newton, Massachusetts, focused on creating innovative drug delivery devices through microfluidics technology. Founded in 2014, the company aims to enhance patient experiences by designing user-friendly and precise delivery systems. Its flagship product, the Evopump, is a bandage-like patch pump that allows for the subcutaneous delivery of one or more medications, offering a significant advancement in convenience and usability for patients requiring medication management.

Mebotics is a technology company specializing in hybrid desktop manufacturing solutions that integrate 3D printing and CNC milling capabilities. Their innovative machines enable additive manufacturing using multiple plastics, as well as subtractive manufacturing with woods and metals. Designed with a rugged and self-cleaning chassis, these machines feature a fully networkable onboard computer and a range of safety features, making them suitable for diverse environments such as labs, offices, and outdoor settings. Mebotics aims to democratize access to advanced machine-shop technologies, providing prototypers and small-scale manufacturers with affordable and versatile manufacturing options.

3-Spark is a spinoff from Northeastern University that specializes in advanced 3D printing technology. The company has developed an innovative system capable of producing parts that incorporate embedded sensors and electronics, addressing the needs of both the education and consumer markets. This desktop fabrication system is designed to transform the way designers and engineers create custom devices, ranging from biomedical applications to individual projects by innovators. Initially funded through NSF grants and the Catalyst Seed funding contest, 3-Spark successfully completed its prototype within its first year and is currently expanding its team to further advance its capabilities and market reach.

Most surveillance systems rely on humans to identify threats while attending to a large set of disparate camera feeds. Our “Pancam” disrupts this operational surveillance model by capturing and analyzing real-time, 3D, 360⁰ panoramic video. The autonomous surveillance enabled by the Pancam will lead to tremendous facility cost savings and safety improvements. It'll significantly impact the $100M addressable video analytics market and can be used in other apps, from robotics to entertainment.

SputnikBot is a company focused on children's education through interactive gaming. It has developed an educational game that introduces young users to the fundamentals of programming and computer science. Players engage in a narrative where they must program a robot to restore a damaged spaceship, fostering skills in logic and coding. The game allows users to see the immediate results of their programming efforts, promoting an engaging and hands-on learning experience. By playing SputnikBot's game, children can develop a foundational understanding of programming concepts, preparing them for future learning in various programming languages.

Ras Labs, LLC is a company that specializes in the development and production of Synthetic Muscle, a polymer-based material that mimics natural muscle movement through expansion and contraction in response to electric impulses. Founded in 2003 and headquartered in Quincy, Massachusetts, Ras Labs focuses on enhancing the interface between mechanical devices and humans. Its innovations are particularly beneficial in the fields of prosthetics, rehabilitative robotics, and protective devices. The company also manufactures robotic arm products that incorporate material science and data engineering to achieve precise motion in automation processes. These products feature tactile sensors that enable soft gripping of fragile objects, improving touch detection and location sensing in robotic grippers. Ras Labs aims to facilitate gentle grasping and adaptive responses in robotic applications, promoting more intuitive interactions between humans and machines.

NovaSignal Corporation is a medical device company that specializes in the research, development, and manufacturing of innovative diagnostic and monitoring systems for brain health management. Founded in 2013 and based in Los Angeles, California, with an additional location in Bengaluru, India, the company offers products such as the Lucid robotic system and the Lucid M1 system. These devices employ non-invasive ultrasound technology, robotics, and artificial intelligence to facilitate real-time assessment of cerebral blood flow. NovaSignal's systems are designed to aid in the early detection of conditions such as stroke, trauma, and dementia, providing clinicians with vital information to accurately evaluate brain health. Formerly known as Neural Analytics, Inc., the company rebranded in July 2020 to reflect its focus on advancing neurovascular diagnostics.

Rotary Robotics is an engineering company dedicated to bringing aerial photography to the masses. They specialize in product development and R&D of autonomous technologies. They have experts in flight robotics, embedded systems, airframe design, control systems and rapid prototyping.

Bounce Imaging, Inc. is a manufacturer of tactical throwable cameras equipped with multiple lenses and sensors, designed primarily for police and fire responders. The company specializes in developing omnidirectional cameras and sensor technology that allows first responders to safely monitor hazardous environments from a distance, enhancing their operational safety. Founded in 2012 and headquartered in Buffalo, New York, Bounce Imaging provides a variety of supportive accessories such as pole attachments, tethers, car chargers, headsets, wrist straps, and magnetic mounts. In addition to its hardware offerings, the company also delivers cloud services, including technical consulting, design and implementation support, and troubleshooting assistance for imaging and processing hardware. Bounce Imaging's innovative solutions enable users to capture real-time videos and sensor data consistently, even in challenging conditions, making it a valuable asset in the defense and first response sectors.

Artaic, LLC, established in 2007 and based in Boston, Massachusetts, specializes in designing and fabricating custom tile work for both commercial and residential markets. The company offers a wide range of mosaic and tile designs suitable for various applications, including bathrooms, kitchens, hotels, public spaces, and outdoor areas. Artaic utilizes advanced technology such as computer-aided design software, cloud-based logistics systems, and robotic assembly to create innovative mosaics tailored to the architecture and interior design industry. Additionally, Artaic provides installation services for its custom tile work.

Strohl Medical Technologies Inc. specializes in the development of a portable stroke detection device aimed at providing rapid assessments of a patient’s neurophysiological condition. The device utilizes evoked potential technology to monitor brain activity and hearing, incorporating electrodes placed on the wrists and knees. Founded in 2009 and headquartered in Norwell, Massachusetts, Strohl Medical focuses on delivering a straightforward and efficient method for evaluating stroke risk, enhancing early detection and potential treatment outcomes for patients.

Boxologic is a manufacturer specializing in custom packaging solutions designed to optimize space and reduce waste in e-commerce shipping. By utilizing advanced robotic technology, the company creates right-size boxes that minimize void space, significantly decreasing the need for filler materials and improving cargo efficiency. This innovative approach addresses the common issue of excessive void space in shipping, which can lead to increased costs associated with filler use, corrugated cardboard, and transportation. Through its tailored packaging, Boxologic enables e-commerce businesses to lower their logistics expenses and contribute to more sustainable practices by reducing material waste.