MassChallenge

DRB specializes in autonomous drone inspection services focused on electrical transmission and distribution lines, renewable energy production sites, and various infrastructures. The company employs patented technology to conduct aerial inspections of plants and machinery, including wind turbine generators and powerlines. By utilizing custom artificial intelligence platforms, DRB enhances data analysis capabilities, allowing clients to quickly interpret the information and images captured during inspections. This approach ensures that clients receive significant value from the drone inspection services, facilitating efficient monitoring and maintenance of critical assets.

GhostWave Inc. is a startup technology company focused on providing ADAS radars immune from mutual interference and ADAS radars that prioritize objects while fitting behind the fascia of a bumper. Located in Columbus, OH, GhostWave’s patented technology is a RF Noise radar system that utilizes predetermined, pseudorandom, or random waveforms that can be substantially matched to the impulse response of the radar and any surrounding clutter. Translated to the autonomous vehicle application, GhostWave’s devices will support Blind Spot Detection (BSD) and collision avoidance without being impacted by jamming or interference from electronic devices.

Jaia Robotics is a provider and developer of microsized autonomous and subsurface marine vehicles. It also provides comprehensive data collection services helping clients to affordable aquatic data collection. It also provides a multi-sensor configurable technology that requires minimal user training with wide-ranging capabilities compared to traditional crewed or uncrewed data collection systems.

Adventus Robotics develops self-driving power wheelchairs for hospitals and those people with severe physical disabilities. They produce products by using AI and the autonomous technology to avoid motion sickness.

We collect ultra-high frequency seismic data on road networks and time-series/historical data analytics of road surface quality. Sensors attach onto the dashboard of any operating vehicle in less than 3-minutes so there is 0 additional operational cost to collect data. Data is automatically transmitted and analyzed, requiring 0 user interaction compared to smartphone app alternatives. We do not use images or videos as file sizes are expensive and slow to transmit and analyze.

Aerospec Technologies is a Chicago-based technology company specializing in the development of an unmanned aerial vehicle (UAV) equipped with an intelligent three-axis flight control system. This system autonomously inspects, monitors, and collects high-quality data, particularly for the energy industry. By providing advanced drone inspection services, Aerospec Technologies aims to enhance operational safety and efficiency while facilitating the adoption of renewable energy solutions. The insights generated from their technology enable clients to improve safety measures for all stakeholders and reduce maintenance costs associated with their assets.

Tennibot, Inc., founded in 2018 and based in Auburn Hills, Michigan, specializes in developing a robotic tennis ball collector that enhances the playing experience for tennis players. This innovative device operates effectively on both clay and hard surfaces, utilizing computer vision and artificial intelligence to determine optimal moments and locations for collecting tennis balls. When the collector is full, it autonomously returns to its designated spot, significantly reducing the time and effort required by players, coaches, and tennis clubs to manage ball retrieval. By streamlining this aspect of the game, Tennibot enables users to concentrate more fully on their performance.

Nevomo is a pioneering company focused on developing advanced High-Speed Railways (HSR) using magnetic levitation, linear motor technology, and autonomous control systems. It is unique in its approach to gradually introducing Hyperloop-inspired solutions to the railway industry, through its patented magrail technology. This technology enables the modernization of conventional railway lines to achieve speeds of up to 300 kph (186 mph) and 415 kph (258 mph) on upgraded HSR lines, while maintaining the functionality of existing rail systems. Furthermore, the magrail system can transition into a hyperrail vacuum system, potentially reaching speeds of 600 kph (373 mph) and 1000 kph (621 mph). The company estimates that the capital expenditure for retrofitting existing railway infrastructure to magrail standards is comparable to highway construction, significantly lower than traditional HSR line costs. Additionally, the energy and maintenance costs associated with the magrail system are expected to be lower than those of conventional HSR systems. Founded in 2017, Nevomo has secured substantial funding and established partnerships with notable firms, while its research team includes experts with extensive experience in high-speed railway systems.

ROVENSO is a Swiss startup from EPFL (Swiss Federal Institute of Technology Lausanne) incorporated in 2016.We are based near Lausanne (Switzerland). We develop, manufacture and market ROVéo, an agile robot for security and safety monitoring of industrial sites.ROVéo patrols fully autonomously 24/7, 2-3x more cost-effective than manned guarding, inside and outside industrial buildings, preventing intrusions, detecting any thefts of assets, but also detecting safety hazards such as start of fires, leaks or systems dysfunctions that could put people’s life at risks and that could be even missed by security guards.

NODAR, Inc. is a Boston-based company that specializes in manufacturing advanced sensors for various transportation modes, including cars, trucks, drones, ships, trains, and aircraft. Established in 2018, NODAR focuses on developing cutting-edge camera-based 3D vision systems aimed at enhancing the safety and reliability of autonomous vehicles. Their flagship product, Hammerhead, utilizes off-the-shelf cameras to deliver long-range, ultra-precise depth sensing essential for Level 3 and Level 4 autonomous applications. This technology enables critical functionalities such as collision warning, path planning, and automatic emergency braking, while ensuring cost-effectiveness and high performance. NODAR's innovations target automotive, marine, and railway industries, providing solutions that meet the growing demand for reliable 3D sensing technology in the mainstream automotive market.

TheWhollySee is a seed-stage start-up focused on creating large and diverse image datasets to support the training and certification of artificial intelligence systems used in autonomous vehicles. The company specializes in developing high-fidelity, annotated datasets that facilitate deep neural network training for scene understanding. Utilizing advanced image augmentation technology, TheWhollySee can automatically generate datasets that include instance-level object segmentation within complex multi-object environments. This innovative approach allows for the creation of mixed-reality data that minimizes the need for costly human labeling and post-processing, thereby enhancing efficiency in the development of AI applications.

Advanced Scanners provide optimal 3D surface mapping for precise intra-operative diagnostics and positioning. Ummet Clinical's need revolves around addressing a critical issue highlighted in a 2017 FDA safety notification. The notification emphasized the alarming consequences resulting from surgical navigation systems' inability to accurately track intra-operative shifts in patient anatomy, leading to severe outcomes such as patient deaths, life-threatening injuries, and disrupted medical procedures. Despite some advancements, a significant gap persists in obtaining real-time, precise imaging data for location-correct procedures. In response, Advanced Scanners has developed a groundbreaking solution—a patented optical scanning platform that revolutionizes real-time surface mapping of patient anatomy. This innovative device eliminates the need for contact or harmful radiation while providing unparalleled accuracy. Advanced Scanners stands out as one of the few pioneering companies actively addressing this crucial issue. Their ongoing efforts span a wide range of applications, aiming to empower the next generation of image-guided navigation, robotic assistance, and AI-enhanced interventions.

C2A Security Ltd. specializes in developing cybersecurity solutions tailored for the automotive and trucking industries. Founded in 2016 and based in Jerusalem, Israel, the company offers a comprehensive platform that addresses the unique cybersecurity needs of car manufacturers and mobility companies. Its product suite includes advanced tools for detecting and mitigating cyber-attacks, ensuring the protection of vehicle internal systems against various threats, including those targeting autonomous systems and hardware vulnerabilities. C2A Security aims to enhance the value of cybersecurity through automation and compliance, streamlining software release processes while reducing costs associated with managing automotive software products.

Cellino is focused on creating an automated biomanufacturing system for personalized cell therapies, with the aim of making these treatments widely accessible. The company leverages an AI-guided laser editing platform that employs image-guided machine learning and robotics to generate autologous induced pluripotent stem cells (iPSCs) at scale. This innovative approach is designed to facilitate the development of potentially curative therapies for chronic degenerative diseases, such as vision loss and Parkinson's disease. By streamlining the process of cell therapy production, Cellino aims to enhance the availability of life-saving medicines for patients around the world.

TriEye Ltd. is a Tel Aviv-based company specializing in Short Wave Infrared (SWIR) sensing technology for autonomous vehicles. Founded in 2017, TriEye has developed the first CMOS-based SWIR imaging systems, enabling high-definition imaging and precise 3D sensing in various weather and lighting conditions, including darkness, rain, fog, and dust. Their innovative technology addresses the challenges of low visibility, providing reliable image data that enhances safety and reduces the risk of accidents. TriEye's solutions are designed to be cost-effective, significantly lowering costs compared to existing industry alternatives, while improving the visual capabilities necessary for the safe operation of autonomous vehicles.

LYF Rescue Drone is focused on enhancing avalanche victim recovery through innovative technology. The company has developed a drone-based search and rescue system that autonomously locates individuals buried in avalanches, addressing the limitations of traditional avalanche victim detectors, which are often slow and reliant on user skill. By automating the search process, LYF Rescue Drone significantly reduces the time it takes to find victims, thereby improving their chances of survival. The system not only identifies the location of the buried individual but also facilitates communication with rescue teams, streamlining the overall response to avalanche incidents. With around 150 fatalities from avalanches each year, this technology has the potential to save lives by minimizing human error and expediting rescue efforts.

Fastree3D is a fabless semiconductor company based in Switzerland, specializing in the development of three-dimensional imaging sensors that facilitate real-time recognition and distance measurement of fast-moving objects. Founded in September 2013 as a spin-off from EPFL Lausanne, Fastree3D aims to enhance driving assistance and autonomous navigation systems. The company's sensors utilize complementary metal-oxide-semiconductor (CMOS) technology, enabling precise detection and localization of objects in three dimensions. Through its subsidiary, Fastree3D B.V., the company collaborates with TU-Delft in the Netherlands to advance research and innovation in this field, ultimately supporting clients in creating vehicles and machines capable of continuously monitoring their environment.

ParkWise operates an intelligent parking platform aimed at addressing street parking challenges for drivers and autonomous vehicles. By leveraging artificial intelligence and machine learning, ParkWise creates a connected network that facilitates real-time communication between drivers, vehicles, and parking infrastructure. This technology enables the automatic exchange of parking availability data, predictions, and relevant regulations. The platform also incorporates crowd-sourcing elements and provides behavioral analytics to enhance user experience and optimize parking solutions. With a team of 11 engineers and data scientists boasting over seven years of experience in Intelligent Traffic Management Systems, ParkWise aims to make street parking more efficient and user-friendly.

Franklin Robotics, LLC is a company based in North Billerica, Massachusetts, that specializes in developing robots for the agricultural sector. Founded in 2015, the company has created Tertill, an autonomous and solar-powered robot designed specifically for small-scale growers. Tertill operates in gardens, utilizing a small weed whacker to effectively manage weeds while avoiding plants and obstacles. This waterproof and chemical-free solution allows gardeners to focus on cultivating their desired plants, as Tertill handles daily weeding tasks independently.

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.

Eliminating humans from the most critical phases of flight, Airscort’s solutions are the final step toward complete drone autonomy. Lightweight and durable, Airscort’s military-grade docking and charging stations are field tested and sales ready. From defense to energy and agriculture, our patented technology will unleash the potential of the $150 billion drone industry.

RFISee is developing the world’s first 4D imaging-radar-on-1-chip, providing the next generation ears and eyes for autonomous vehicles, drones, robots etc. The high resolution low cost radar sensor will generate real-time 3D location and velocity map of cars’ surrounding objects, enabling a mass market of safer cars and even auto-driver that will massively disrupt the transportation industry with new modes and business models that will have a far reaching impact on society. The autonomous cars market is an emerging market with exponential growth. Radars will be the key technology for autonomous market, as it is highly robust working in all weather, light condition and dirt conditions (this is why military and defense application usually chooses radar).

A scalable multi-robot inspection and sensing system that is permanently installed out at sea, or deployable from mobile autonomous crafts, and can be tasked remotely to carry out regular inspections, environmental measurements and emergency response. Focus is on portability, affordability and ruggedness (to withstand hostile underwater environment).

Fastree3D is a fabless semiconductor company based in Switzerland, specializing in the development of three-dimensional imaging sensors that facilitate real-time recognition and distance measurement of fast-moving objects. Founded in September 2013 as a spin-off from EPFL Lausanne, Fastree3D aims to enhance driving assistance and autonomous navigation systems. The company's sensors utilize complementary metal-oxide-semiconductor (CMOS) technology, enabling precise detection and localization of objects in three dimensions. Through its subsidiary, Fastree3D B.V., the company collaborates with TU-Delft in the Netherlands to advance research and innovation in this field, ultimately supporting clients in creating vehicles and machines capable of continuously monitoring their environment.

Wise Systems Inc. develops autonomous dispatch and routing software that enhances delivery efficiency for various industries, including food, beverage, courier, energy, and field service. Founded in 2014 and based in Cambridge, Massachusetts, the company leverages machine learning algorithms to optimize last-mile operations. Its platform includes tools such as Scheduler, which dynamically creates and dispatches optimized route plans; Dispatcher, which allows managers to monitor delivery progress and driver performance; and Customer Portal, enabling recipients to track their orders with real-time ETAs. Wise Systems also offers Smart Reservation Management, allowing customers to select their preferred delivery times. Clients typically experience significant benefits, including reductions in mileage and late deliveries, as well as increased fleet utilization. The software processes millions of data points to make real-time decisions, facilitating efficient transportation operations while reducing costs.

Wise Systems Inc. develops autonomous dispatch and routing software that enhances delivery efficiency for various industries, including food, beverage, courier, energy, and field service. Founded in 2014 and based in Cambridge, Massachusetts, the company leverages machine learning algorithms to optimize last-mile operations. Its platform includes tools such as Scheduler, which dynamically creates and dispatches optimized route plans; Dispatcher, which allows managers to monitor delivery progress and driver performance; and Customer Portal, enabling recipients to track their orders with real-time ETAs. Wise Systems also offers Smart Reservation Management, allowing customers to select their preferred delivery times. Clients typically experience significant benefits, including reductions in mileage and late deliveries, as well as increased fleet utilization. The software processes millions of data points to make real-time decisions, facilitating efficient transportation operations while reducing costs.

Jaze turns every car into a smart car with a free, easy-to-install device for your vehicle and a Bluetooth-enabled mobile app, which together provides instant crash responding and real-time automotive diagnostics for all cars built in North America and Europe since 1996. They hope to reduce vehicular crash response time by 50% and help eliminate friction between driver and mechanic in the $500B automotive service, repair and after market auto parts industry. Jaze is a free mobile app that makes your car smarter, safer and more affordable to drive.

RailPod provides the inspector with a visual depiction of the track environment supported by quantifiable measurements to enable the inspector to quickly and accurately identify track problems. The inspector's time on the track infrastructure is minimized, providing more efficient revenue operations and minimizing the inspector's exposure to the hazardous environment. Autonomous deployment and integrated scheduling provide the railroad with the flexibility to execute track inspection on a daily basis.

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.