MassChallenge

Skyline Nav AI is a technology company specializing in navigation solutions for both military and non-military users in environments where GPS is degraded or spoofed. The company develops software that employs advanced visualization techniques to serve as an alternative to traditional GPS technology. This innovative approach allows users to effectively detect and track key landmarks and moving objects across various domains, including land, air, sea, and space, ensuring reliable navigation even in challenging conditions.

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.

Skyline Nav AI is a technology company specializing in navigation solutions for both military and non-military users in environments where GPS is degraded or spoofed. The company develops software that employs advanced visualization techniques to serve as an alternative to traditional GPS technology. This innovative approach allows users to effectively detect and track key landmarks and moving objects across various domains, including land, air, sea, and space, ensuring reliable navigation even in challenging conditions.

Stellar Project is a space technology startup based in Padua, Italy, focused on developing innovative solutions for light satellites. The company specializes in manufacturing miniature low-power laser communication terminals, which facilitate advanced communication capabilities in the space sector. Additionally, Stellar Project provides consultancy services that include space risk analysis, aimed at assessing the potential risks of mission deterioration for spacecraft and satellite constellations. This analysis particularly emphasizes the threats posed by space debris and space weather, highlighting the company's commitment to enhancing the safety and reliability of space missions.

Intelligent NanoFiber, Inc. is a company that specializes in the design and manufacturing of advanced NanoFiber, an absorbent nano-material with the capability to capture and neutralize toxins and infectious diseases. Founded in 2020 and headquartered in College Station, Texas, the company’s innovative material, composed of polypropylene, offers high absorption characteristics suitable for a variety of applications. These include air filtration, waste management, heat insulation, and environmental restoration efforts such as desert greening. Intelligent NanoFiber serves critical sectors such as public safety and defense, providing solutions that enhance safety and efficiency in addressing environmental and health-related challenges.

Candelytics is an accelerator-backed startup building the digital infrastructure to support the coming revolution in 3D data. We are partnered with the Navy Information Warfare Center's (NIWC) research lab to leverage LIDAR-based technology and develop advanced analytics that will make 3D data accessible, intelligent, and impactful across a diverse array of operational environments.

Centeye is a developer of vision chip architectures that fill capability gaps left by the image sensor industry. They offer modular sensors and integrated vision sensors. They provide vision chip technology to and complete projects for many clients, including companies such as the US Government, prime contractors, and universities.

Rotor X supplies aircraft components to defence contractors for advanced tactics. It involves the manufacturing of customised aircraft and helicopter kits. They support the existing helicopter owners around the world with parts and maintenance services. An online inquiry form is available on their websites.

Founded in 2014, Krtkl Inc. specializes in edge-based hardware and software solutions designed to democratize access to advanced technology. Its products enable rapid development and deployment of artificial intelligence, sensor fusion, computer vision, networking, industrial control, mechatronics, automation, and wireless communications for robotics, sensing, and space industries.

Established in 2015 and headquartered in Arlington, Virginia, NSIN is a unique network within the U.S. Department of Defense. It connects defense personnel, academic institutions, and entrepreneurs to collaboratively address national security challenges through innovative problem-solving.

Nautilus Defense specializes in the creation and manufacture of advanced textile and composite-integrated systems aimed at monitoring structural assets and their environments. The company develops integrated maritime surveillance systems and cospas-sarsat meosar global deployment solutions. Its offerings include strain-sensing yarns, antennas, wearable systems, deployable systems, device arrays, and micrometers. Nautilus Defense is committed to rapid experimental development, delivering innovative material-based capabilities that enhance the performance of textile-integrated systems for its clients.

Founded in 2019, Scout Space develops and operates orbital sensor networks to enhance Space Domain Awareness (SDA), promoting responsible use of the space environment. Its products enable spacecraft to perceive and comprehend their surroundings, significantly improving safety and transparency.

Founded in 2019, Scout Space develops and operates orbital sensor networks to enhance Space Domain Awareness (SDA), promoting responsible use of the space environment. Its products enable spacecraft to perceive and comprehend their surroundings, significantly improving safety and transparency.

Founded in Austin, Texas in 2019 by Wangda Li, Arumugam Manthiram, and Evan Erickson, TexPower designs and manufactures lithium-ion battery cells. The company specializes in producing cobalt-free, high-capacity cathode materials for lithium-based batteries, focusing on customized solutions for various end-users such as electric vehicles, drones, and robots.

Xeye.ai, formerly known as Levitection Ltd, is a company based in Haifa, Israel, that specializes in advanced weapon detection technology. Founded in 2015, Xeye.ai has developed a pioneering near-field electromagnetic imaging system combined with artificial intelligence to identify concealed weapons in densely populated public areas. The technology allows for real-time scanning of individuals while maintaining the flow of foot traffic, thus enhancing public safety without compromising individual privacy or convenience. Xeye.ai aims to transform traditional security methods in various venues, including transportation hubs, stadiums, casinos, hotels, and mass events, making standoff detection more feasible in locations where conventional scanning methods are impractical.

Xeye.ai, formerly known as Levitection Ltd, is a company based in Haifa, Israel, that specializes in advanced weapon detection technology. Founded in 2015, Xeye.ai has developed a pioneering near-field electromagnetic imaging system combined with artificial intelligence to identify concealed weapons in densely populated public areas. The technology allows for real-time scanning of individuals while maintaining the flow of foot traffic, thus enhancing public safety without compromising individual privacy or convenience. Xeye.ai aims to transform traditional security methods in various venues, including transportation hubs, stadiums, casinos, hotels, and mass events, making standoff detection more feasible in locations where conventional scanning methods are impractical.

Founded in 2019, Scout Space develops and operates orbital sensor networks to enhance Space Domain Awareness (SDA), promoting responsible use of the space environment. Its products enable spacecraft to perceive and comprehend their surroundings, significantly improving safety and transparency.

CyberRed develops a unique and innovative solution for addressing the growing global threats of IoT devices from cyber-attacks. Our technology provides a point of entry, early detection, and containment, mitigating the attack's effects, preventing the network and connected devices from being compromised. We develop and implement the “Moving Target Defense” (MTD) Technology in the IoT devices (medical imaging equipment, etc.). WE protect the communication that IoT devices communicate to assure nothing comes in or goes out from attacks. We prevent breached devices from compromising the network. The MTD obfuscates the local network hosts to hackers from inside (LAN: Wi-Fi attacks) and outside (WAN: Vulnerabilities Scans, MiM attacks, etc.). With our Deception Technology (MTD Plus), we can detect, analyze and defend against zero-day and against advanced attacks.

D-Fend Solutions is a provider of counter-drone takeover technology, specializing in the management of rogue drone incidents in complex and sensitive environments. Its flagship product, EnforceAir, is designed to address significant drone threats in various sectors, including military, public safety, airports, prisons, and critical infrastructure. The technology enables clients to detect and identify intruding commercial drones automatically, allowing for the forensic extraction of data, location tracking, and safe control and landing of these drones. D-Fend Solutions has established a strong presence with numerous deployments worldwide, including high-tier U.S. government agencies and major international airports. By autonomously executing RF and cyber-takeovers of rogue drones, EnforceAir ensures the continuity of communications, commerce, transportation, and daily activities, thereby positioning itself as a leader in counter-drone technology.

Devali is a textile-based health and safety innovation startup developing products for the senior, sports, military, and medical markets.

Guardion is a technology company specializing in advanced sensor technology, particularly in the development of radiation detectors that utilize the quantum properties of nanomaterials. This innovative approach allows Guardion to create low-cost, highly sensitive, and energy-efficient detectors suitable for large-scale deployment, especially in urban environments. The company focuses on applications that demand high sensitivity and miniaturization, providing analytical instruments and chemical detectors that serve various industries, including aerospace, healthcare, and national security. Guardion has received recognition for its contributions to the field, winning multiple awards such as the MassChallenge Gold Prize and the Technology in Space Prize from CASIS and Boeing. Additionally, the company participated in the inaugural cohort of the Techstars Autonomous Tech Accelerator, which is sponsored by the Air Force.

Gabriel is a safety technology company that builds an integrated network of smart sensors and software to improve threat detection and crisis management. The system is designed for easy installation and affordability, with a primary focus on schools and public buildings. It delivers instant alerts and critical communication tools to support survival and preparedness during emergencies, enabling rapid response and coordination while reducing overall costs compared with existing solutions.

Extreme Simulations specializes in developing high-end medical simulators and technology-enabled training platforms. It simulates emergency situations using hyper-realistic tools, smart simulation devices, and proprietary hardware/software for real-time error identification and data analytics. The company's products are designed for durability, realism, and ease of use, serving to improve medical professionals' skills and knowledge.

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.

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.

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.

ARMR Systems develops wearable hemorrhage control systems that increase survivability of traumatic battlefield injuries when advanced medical support is unavailable. The company’s products combine an ergonomically fitted harness with a tourniquet‑style direct‑pressure device to rapidly compress damaged arteries in critical torso‑junctional areas, limiting blood loss. Founded in 2014 and headquartered in Baltimore, Maryland, ARMR collaborates with military and medical institutions to refine its technology. Its multidisciplinary team applies diverse perspectives to evaluate and improve trauma‑care solutions, providing warfighters, combat medics, and other field personnel with reliable, life‑saving capabilities.

Response Technologies, LLC, founded in 2015 and based in Coventry, Rhode Island, specializes in additive manufacturing and advanced material science. The company focuses on developing innovative techniques for creating 3D textile structures and reinforced composites, which are particularly beneficial for industries such as national defense, energy, aerospace, automotive, and transportation. One of its key products includes explosion-resistant fuel tanks, which enhance safety and effectiveness in fuel containment. As a subsidiary of Bell Textron Inc., Response Technologies is committed to addressing the material science and additive manufacturing needs of diverse sectors, ensuring that clients receive high-quality fuel cells and components tailored to their specific requirements.

WaveGuide Corporation, based in Cambridge, Massachusetts, specializes in the research and development of hand-held micro-nuclear magnetic resonance (µNMR) platform technology. The company’s WaveGuide µNMR system integrates molecular spectroscopy and diagnostic techniques to facilitate rapid and cost-effective point-of-care diagnosis of diseases, making it suitable for healthcare settings, including remote locations. This innovative technology also serves as a low-cost scientific research tool for chemical analysis in laboratories and universities. Additionally, WaveGuide's µNMR device has applications in the oil and gas industry for early detection of fields and pipeline theft deterrence, as well as in asset protection for food, pharmaceuticals, and liquor. Furthermore, it supports routine testing for predictive maintenance in military vehicle systems. Founded in 2010, WaveGuide aims to bring precise scientific methods into practical field applications, revolutionizing decision-making in various sectors.

Silverside Detectors is a technology company that develops nuclear radiation detection technologies to protect cities and citizens from nuclear terrorism. It designs and develops adaptable radiation detectors. These detectors can be installed in urban and transit infrastructure for nuclear detection. The company develops inexpensive thermal neutron detectors that can be a building block for large-area networked scanning and other future solutions for nuclear threat reduction.