MassChallenge

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.

DRB is a technology company that provides autonomous drone inspection services for critical infrastructure and energy assets. Its offerings include drone-based surveys of electrical transmission and distribution lines, wind turbines and other renewable energy sites, and industrial plants and machinery, with cloud-based reporting and data analytics. The company enables rapid analysis through AI-powered platforms to extract actionable insights from imagery captured by drones, supporting asset monitoring, maintenance planning, and safety assurance. By combining autonomous flight, high-resolution imaging, and cloud reporting, DRB helps utilities, industrial operators, and asset owners improve asset integrity, reduce downtime, and optimize inspection workflows.

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.

Founded in 2019, Flyworks develops innovative hybrid propulsion drones. Their patent-pending technology combines internal combustion engine power for extended flight duration with electric drive for maneuvering, enabling significant payload capacity while maintaining safety and cost-efficiency.

Brillianetor develops Artificial Social Intelligence technology that enables machines to mimic human social interactions, allowing them to cooperate or compete autonomously. This innovation has applications in gaming, IoT, cybersecurity, and unmanned platform management.

Aerospec Technologies is a Chicago-based technology company specializing in the development of an advanced three-axis flight control system for unmanned aerial vehicles (UAVs). This innovative system is designed to autonomously inspect and monitor assets within the energy sector, providing high-quality data collection that enhances operational safety and efficiency. By facilitating safer operations and reducing maintenance costs, Aerospec Technologies aims to support the accelerated adoption of renewable energy solutions, ultimately benefiting stakeholders across the industry.

Beewise develops AI-powered robotic beehives designed to protect and support bee populations threatened by environmental stressors. Their solution offers autonomous monitoring, real-time treatment, and climate-controlled environments, enabling commercial beekeepers to reduce colony loss and improve pollination efficiency.

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.

Nevomo develops next-generation rail technology that enables hyperloop-inspired transport by combining magnetic levitation, a passive magrail system and autonomous control to upgrade existing railway lines. The magrail concept allows retrofitting conventional rails to support higher speeds—up to 300 kph on standard lines and 415 kph on high-speed corridors—while preserving existing rolling stock. The technology can progress to vacuum-based systems (hyperrail) with potential speeds of 600 kph on normal lines and 1000 kph on high-speed lines, and ultimately to vacuum tube corridors for top speeds around 1200 kph. Capex for retrofitting is estimated at 6-8 million euros per kilometer, substantially lower than new high-speed line builds. Early energy and maintenance advantages arise from reduced mechanical friction and overall system efficiency. Founded in 2017, Nevomo has pursued proofs of concept and demonstrations, and collaborates with partners such as TME Transfer Multisort Electronics and Microsoft, supported by a multinational R&D team and an international advisory board.

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.

Specializes in developing advanced LiDAR perception software for autonomous vehicles and robots. Its technology enables infrastructure-based autonomous driving, featuring controlled area navigation and obstacle detection across varied environments.

Founded in 2018, NODAR specializes in developing camera-based 3D vision systems for autonomous vehicles. Its flagship product, Hammerhead, uses off-the-shelf cameras to deliver long-range, depth-sensing capabilities, enhancing safety features like forward collision warning and automatic emergency braking.

TheWhollySee is a seed-stage start-up focused on creating large, diverse, and high-fidelity image datasets specifically for training and certifying artificial intelligence systems used in autonomous vehicles. The company specializes in developing training datasets for deep neural networks, particularly in the area of scene understanding. Utilizing innovative image augmentation technology, TheWhollySee generates annotated datasets of real-world imagery, featuring automatic instance-level object segmentation in complex multi-object scenes. This approach enables the provision of high-fidelity, high-diversity mixed-reality data without the need for costly human labeling or post-processing, thereby streamlining the training process for AI applications.

C2A Security is a Jerusalem-based cybersecurity company founded in 2016 that develops an end-to-end automotive cybersecurity platform to protect a vehicle's internal systems from cyber attacks, including autonomous systems hacks and chip-level vulnerabilities. The platform provides visibility over a tailored, scalable software suite for the entire vehicle lifecycle and addresses the needs of original equipment manufacturers and mobility companies. It emphasizes security automation and compliance to shorten software release times and reduce costs, aiming to make product security an automated, transparent part of vehicle development and deployment.

Cellino develops scalable, automated biomanufacturing systems for personalized cell therapies based on induced pluripotent stem cells (iPSCs). The company aims to enable potentially curative, patient-specific treatments by producing autologous iPSCs at scale and applying AI-guided, image-driven laser processing and robotics to remove unwanted cells. By integrating image-guided machine learning, single-cell laser processing, and robotics, Cellino seeks to enhance precision, efficiency, and scalability in optical bioprocessing, accelerating the development of regenerative therapies for chronic degenerative diseases such as vision loss and Parkinson's disease.

Autonomous Healthcare is a medical technology company focused on transforming clinical care workflows through automation. It develops innovative technologies aimed at revolutionizing critical care and peri-operative care sectors. By continuously analyzing bedside monitoring data, the company introduces automated solutions that promptly address adverse events detected during patient monitoring. This proactive approach enables healthcare professionals to enhance patient outcomes and significantly reduce hospital lengths of stay, demonstrating a commitment to improving the efficiency and effectiveness of healthcare delivery.

Legionarius develops wearable technology integrated into clothing for military and law enforcement personnel. Its system detects impact wounds, sends encrypted distress signals with wound severity, vital signs, and location to first responders, applies pressure to stop bleeding autonomously.

LYF Rescue Drone specializes in developing an innovative search and rescue system aimed at finding avalanche victims more efficiently than traditional methods. The company addresses the critical issue that approximately 150 ski freeriders die annually due to avalanches, with current technologies like avalanche victim detectors (AVDs) often being slow and user-dependent. LYF Rescue Drone's solution involves a portable drone system designed to autonomously locate buried victims by reducing human error and search time. This technology enhances the chances of survival for those caught in avalanches by quickly identifying their location and alerting rescue teams.

TriEye Ltd., established in 2017 and headquartered in Tel Aviv, Israel, specializes in developing Short Wave Infrared (SWIR) sensing solutions for autonomous vehicles. The company's core business involves creating CMOS-based SWIR sensors that enable clear imaging and accurate depth perception in challenging driving conditions such as darkness, rain, fog, and dust. TriEye's proprietary technology significantly reduces costs compared to existing industry rates while delivering reliable image data, thereby enhancing vehicle safety and autonomy.

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.

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.

Fastree3D is a fabless semiconductor company founded in September 2013 as a spin-off from EPFL Lausanne, Switzerland. It specializes in the development of three-dimensional imaging sensors that enable real-time recognition and distance measurement of fast-moving objects, facilitating driving assistance and autonomous navigation. The company employs advanced complementary metal-oxide-semiconductor (CMOS) fabrication processes to create precision sensors suitable for both consumer electronics and industrial applications. Fastree3D's technology allows clients to design vehicles and machines capable of continuously monitoring their surroundings, significantly enhancing their ability to detect and locate fast-moving objects in three dimensions. Additionally, Fastree3D B.V., a subsidiary of the company, collaborates with TU-Delft in the Netherlands to further advance its research initiatives.

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.

ParkWise develops an intelligent parking platform that addresses urban street parking challenges for drivers and autonomous vehicles. It creates a network facilitating real-time parking availability data exchange, providing predictive analytics, parking regulations, and other services.

WayCare Technologies Ltd. is a Tel-Aviv-based company founded in 2016 that specializes in developing a cloud-based software platform aimed at proactive traffic management. The platform utilizes predictive analytics to forecast traffic crashes and congestion up to two hours in advance, allowing municipalities to take informed action. By integrating data from various transportation modes, including connected and autonomous vehicles, WayCare enhances the ability of traffic management systems to optimize road safety and efficiency. The platform not only predicts traffic conditions but also monitors the effectiveness of implemented strategies, providing actionable insights that help traffic center operators reduce accidents and improve overall traffic flow. Through its innovative approach, WayCare is reshaping urban mobility and empowering cities to better manage their roadways.

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.

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 develops portable underwater robotics systems that provide access to submerged assets and data. The company offers a scalable multi-robot inspection and sensing system that can be permanently deployed at sea or launched from mobile autonomous craft and remotely tasked to carry out regular inspections, environmental measurements and emergency response. Its in-house sensors can be integrated on drones to deliver faster underwater data collection both onshore and offshore, enabling companies to obtain valuable insights at lower cost. The solution emphasizes portability, affordability and ruggedness to withstand harsh underwater environments.

Fastree3D is a fabless semiconductor company founded in September 2013 as a spin-off from EPFL Lausanne, Switzerland. It specializes in the development of three-dimensional imaging sensors that enable real-time recognition and distance measurement of fast-moving objects, facilitating driving assistance and autonomous navigation. The company employs advanced complementary metal-oxide-semiconductor (CMOS) fabrication processes to create precision sensors suitable for both consumer electronics and industrial applications. Fastree3D's technology allows clients to design vehicles and machines capable of continuously monitoring their surroundings, significantly enhancing their ability to detect and locate fast-moving objects in three dimensions. Additionally, Fastree3D B.V., a subsidiary of the company, collaborates with TU-Delft in the Netherlands to further advance its research initiatives.

Wise Systems develops autonomous dispatch and routing software for last-mile delivery, using machine learning to automatically schedule, monitor, and adjust routes in real time to improve fleet efficiency and customer service. The platform analyzes orders, optimizes routes, tracks progress and ETAs, and evaluates driver performance, while providing a customer portal with real-time order visibility. It also includes Smart Reservation Management that lets customers select delivery dates and times. Serving industries such as food and beverage, parcel and courier, retail, field service, and other logistics sectors, Wise Systems processes millions of data points to deliver thousands of decisions daily. The company originated from MIT research and operates from Massachusetts, delivering scalable solutions that reduce mileage, boost fleet utilization, and minimize late deliveries.

Wise Systems develops autonomous dispatch and routing software for last-mile delivery, using machine learning to automatically schedule, monitor, and adjust routes in real time to improve fleet efficiency and customer service. The platform analyzes orders, optimizes routes, tracks progress and ETAs, and evaluates driver performance, while providing a customer portal with real-time order visibility. It also includes Smart Reservation Management that lets customers select delivery dates and times. Serving industries such as food and beverage, parcel and courier, retail, field service, and other logistics sectors, Wise Systems processes millions of data points to deliver thousands of decisions daily. The company originated from MIT research and operates from Massachusetts, delivering scalable solutions that reduce mileage, boost fleet utilization, and minimize late deliveries.

Dash Electric Inc, based in Boston, Massachusetts, specializes in the manufacture of electric longboards. The company offers a unique product that allows users to convert traditional longboards into electric-powered versions using a simple modification of the existing four bolts on their setup. This innovative approach enables riders to effortlessly navigate various terrains, including hills and urban environments, making electric transportation both accessible and economical. Dash Electric aims to enhance the longboarding experience by providing a convenient and versatile solution for commuting and leisure.

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.

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 specializes in rail infrastructure maintenance by deploying autonomous vehicles equipped with cameras and sensors for real-time track inspection. These vehicles minimize human exposure to hazardous environments while efficiently identifying and quantifying track issues, allowing for prompt repairs and improved operational efficiency.

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.