MassChallenge

Rhoman Aerospace is developing one flight control software solution that applies to every drone. Our solution allows more energy-efficient flight, enables capabilities and missions not possible with current control systems, and reduces months of custom engineering and tuning to days.

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.

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.

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.

vRotors is a pioneering live drone racing platform that allows gamers to experience real flight from the comfort of their homes. Utilizing traditional PCs and virtual reality headsets, users can enter virtual cockpits and pilot remotely connected drones across various global courses. The platform features immersive elements, including a cockpit screen displaying real-time drone footage and comprehensive instrumentation for altitude, speed, and direction. By combining actual drone flight with augmented reality overlays, vRotors offers a unique gaming experience that includes mission-driven combat racing, accommodating thousands of players simultaneously. This innovative approach opens new avenues for both gaming and drone enthusiasts.

FlyWorks is developing a whole new way to drive multi-rotors for 2nd generation hybrid drones. The company's patent-pending drive technology will allow drones to carry significant payload and fly for hours, but remain light, cost-efficient and safe. Their technology combines the remarkable performance of petrol fuel with the safety and simplicity of the multirotor platform. It works by delivering most of the power that the drone requires to stay in the air directly from an internal combustion engine while a small electric drive system provides a small fraction of power only for maneuvering. FlyWorks technology can be implemented in any drone platform size to create a wide array of high-performance multirotor platforms for various use-cases from land surveying to air-taxis. They enabling high-resolution close-up multi-sensor inspection of the large-scale power line infrastructure.

FlyingBasket is a company based in South Tyrol, Italy, that specializes in drone delivery systems, particularly heavy-payload cargo drones capable of lifting up to 100 kg. The company operates a Drone as a Service model across various industries, including telecommunications, energy, and logistics. FlyingBasket designs, manufactures, and operates its own unmanned aerial vehicles, which are particularly suited for delivering goods to remote locations such as mountainous regions and islands. Additionally, the company offers services in civil protection, cable stretching, monitoring, and multi-sensor analysis, providing clients with efficient solutions for tasks that are traditionally challenging and expensive to execute.

SenseGrass, Inc. is a technology company based in Fremont, California, founded in 2017, that specializes in developing Internet of Things (IoT) devices and artificial intelligence software for agriculture. Its core offering is a soil intelligence platform that combines multispectral cameras, aerial drone sensors, and advanced AI algorithms to provide real-time analysis of soil health and nutrient management. The company's solutions cater to a wide range of agricultural stakeholders, including farming companies, landowners, crop insurers, and government departments. By utilizing technologies such as nano-satellite mapping and rover bots, SenseGrass enables farmers to monitor crop conditions, pest populations, and overall plant health. This approach promotes sustainable farming practices by helping to reduce chemical fertilizer use while increasing crop yields.

UAV-IQ, which stands for Unmanned Aerial Vehicle Intelligence, helps growers easily and profitably adopt some of the most advanced agricultural technology. We are an AgriTech company that leverages deep experience in large-scale drone operations and precision agriculture to develop and scale solutions for growers. The company now offers drone-based biological control (or “biocontrol”) service, a revolutionary integrated pest management (IPM) service that uses drones to efficiently release beneficial insects to control pest populations as an effective alternative to pesticides. We currently provide this service in California, and are underway in our plans to make it available in new markets in the near future. We started off as one of the first companies authorized by the Federal Aviation Administration (FAA) to conduct commercial drone operations to provide crop scouting services for California vineyards, and have since grown to the point where the platform and software we built to serve our own customers has been used by drone operators on five continents to serve local growers. UAV-IQ now stands poised to scale a groundbreaking new service after a successful market entry in California. This initiative is drone-based biological control (“biocontrol”) service, a revolutionary integrated pest management (“IPM”) service that uses drones to efficiently release beneficial insects to control pest populations as an effective alternative to pesticides. Partnered with the world’s largest multinational company in the $3.8B agricultural biocontrol industry, we are underway in our plans to make this service available in new markets throughout the U.S. and beyond. We have a well-balanced team with strength in critical areas. Andreas Neuman, the CEO, was Assistant Director of Operations for the US Air Force’s first squadron operating the Global Hawk Unmanned Aerial System (UAS), which carries the most sophisticated remote sensing equipment in operation. He has successfully led multidisciplinary teams in both his civilian and military careers and has routinely been entrusted with assets valued at over $200 million and the completion of multi-million-dollar projects. He has identified and solved complex and evolving regulatory and technical issues that led to a six-fold increase in mission capability by defining and implementing new programs and policies. After separating from the military, he gained experience in the startup world as an analyst for Tech Coast Angels and earned his MBA from the Anderson School of Management at UCLA, building on credentials that include a BA in economics from Columbia University and an MA in International Relations from American Military University. Thomas Grandperrin is our Director of Business Development. He has Masters Degrees in management from ESEC Barcelona and Toulouse Business School and is an alum of Start-Up Chile, where he met the UAV-IQ team. Originally from France and fluent in three languages, he has spent the last 10 years working in agriculture focusing on developing new technologies in India, Argentina, California, and Chile. He is now based out of Barcelona, Spain where he is focused on building awareness for UAV-IQ’s services and preparing for expansion into the EU. Michael Clark is an accomplished database engineer and strategist who brings expertise to the backbone of the product—its enterprise architecture. He also provides programming and developing skills which have already borne results for UAV-IQ as it builds its platforms. UAV-IQ has graduated from prominent business accelerator programs and has been advised by key faculty members and researchers at UC Davis to gain unique access to their industry-leading expertise. It has gained several prestigious awards including the Food + City Challenge at South by Southwest (SXSW), and media attention from major outlets such as CNN and AgFunder. As a result, UAV-IQ has solidified itself as a leader in an emerging industry, specializing in bridging the gap between drone flight service providers and the agriculture industry.

Rigi Technologies is a pioneering drone technology company developing next-generation logistics vehicles for faster, easier and eco-friendly deliveries, enabling universal access to goods to communities, governments, and private businesses.

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.

Cloudline focuses on providing logistics solutions that connect isolated communities to the global supply chain through innovative drone deliveries. Utilizing lighter-than-air technology and solar power, the company offers emissions-free aviation services, primarily through long-range autonomous airships. These airships are capable of transporting large payloads and conducting data gathering, maintenance inspections, and surveillance. By enabling access to international aid for remote villages, island nations, and disaster-affected areas, Cloudline addresses the critical need for efficient logistics without the reliance on expensive infrastructure. The company's approach aims to improve connectivity and support for communities that are often overlooked.

SenseGrass, Inc. is a technology company based in Fremont, California, founded in 2017, that specializes in developing Internet of Things (IoT) devices and artificial intelligence software for agriculture. Its core offering is a soil intelligence platform that combines multispectral cameras, aerial drone sensors, and advanced AI algorithms to provide real-time analysis of soil health and nutrient management. The company's solutions cater to a wide range of agricultural stakeholders, including farming companies, landowners, crop insurers, and government departments. By utilizing technologies such as nano-satellite mapping and rover bots, SenseGrass enables farmers to monitor crop conditions, pest populations, and overall plant health. This approach promotes sustainable farming practices by helping to reduce chemical fertilizer use while increasing crop yields.

SurviVR is a company that provides a virtual reality training platform designed to enhance the decision-making and response times of first responders, particularly in law enforcement. Founded in 2018 and based in Dallas, Texas, SurviVR focuses on delivering immersive and data-driven training experiences that simulate high-pressure scenarios. By utilizing advanced virtual reality technology, the platform aims to improve officers' judgment and public safety, enabling them to better navigate complex situations in the field. Through its innovative approach, SurviVR seeks to empower first responders with the skills necessary for effective and timely decision-making.

Women Who Drone is an online platform and community that inspires, educates and empowers women with drone technology. They do this by providing drone experiences including creative one on one lessons and workshops, online courses, prospective career opportunities and a community of women and mentors who fly drones around the world.

Dronistics, based in Lausanne, Switzerland, specializes in developing a personal drone delivery system designed for last-centimeter delivery to hard-to-reach locations. The company's drones operate autonomously, utilizing GPS technology and a web application that can be accessed from various devices, including smartphones, tablets, and laptops. Each delivery is facilitated through a 4G internet connection, ensuring seamless control and communication. Dronistics emphasizes safety in its operations, incorporating multiple safety checks to protect individuals during the flight and delivery process. This innovative approach enables logistics and online retail companies to effectively address delivery challenges in remote areas.

D-Fend Solutions specializes in counter-drone technology, providing autonomous systems designed to manage rogue drone incidents in sensitive environments. Their flagship product, EnforceAir, is deployed globally across various sectors, including military, public safety, airports, prisons, and critical infrastructure. This technology enables clients to detect, identify, and take control of unauthorized drones, ensuring their safe landing while maintaining operational continuity. D-Fend Solutions has been recognized for its best-in-class capabilities, with implementations at high-tier U.S. government agencies, including military and law enforcement, as well as major international airports. By autonomously executing RF and cyber-takeovers, EnforceAir enhances security and facilitates the uninterrupted flow of communications and commerce.

Kestrel Agritech is a technology company helping farmers detect pest infestations and crop loss using drones and AI.They developed an automated pest management package that employs active drone surveillance and proprietary intelligent recognition algorithms to provide unrivalled pest identification and control.

Cleo Robotics is focused on creating innovative drone technology tailored for indoor use and confined spaces. The company develops compact, lightweight, and portable drones that facilitate safe operations for reconnaissance and inspections. These drones are designed to be user-friendly, enabling clients to gather essential data in challenging environments, such as those lacking GPS or in hazardous locations. Cleo Robotics aims to enhance operational safety and efficiency in various sectors through its advanced drone solutions.

Eyeron develops micro-sized drones to detect dangerous indoor environments.

Skypull SA is a Swiss company founded in 2013, focused on developing an airborne wind energy system that utilizes a hybrid drone capable of vertical take-off and landing. This drone operates at higher altitudes, where it captures energy from strong and consistent winds through a tether connected to a ground-based generator, thereby generating electricity. Skypull's proprietary airframe design enhances the drone's efficiency and versatility, setting it apart from competitors. The company's technology aims to provide an affordable and clean energy solution that contributes to climate change mitigation by facilitating the transition from fossil fuels to renewable energy sources.

Precision Vine SARL is a Swiss company specializing in aerial decision support for the wine industry. Established in 2016 and based in Yverdon-les-Bains, it focuses on improving wine quality by working closely with growers and winemakers. The company offers high-resolution hyper/multispectral aerial imaging and provides tailored vineyard-specific data services. These services address various aspects of vineyard management, including vineyard heterogeneity, irrigation systems, harvest planning, disease mapping, and nutritional needs. By collecting and analyzing remote sensing data, Precision Vine assists its clients in integrating this information into effective management plans. The company operates through a broad network of drone operators and currently offers its services across several countries, including the United States, France, Italy, Spain, Argentina, and Australia.

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.

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).

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.

LahakX specializes in agricultural-robotics technology, providing a fleet of autonomous drones designed for efficient crop spraying. The company offers a comprehensive solution that enables growers and applicators to deploy these drones with ease, allowing for precise and sustainable crop protection. Their technology facilitates both uniform coverage of large farm areas and targeted spot spraying, significantly reducing chemical use. By utilizing a modular fleet and advanced software, LahakX enhances operational efficiency, lowers labor and service costs, and improves overall productivity and safety in agricultural practices. Growers can either purchase the complete spraying solution or engage LahakX to provide spraying services, making their value proposition widely accessible. The company's operations in the U.S. commenced earlier this year, marking a significant advancement in agricultural innovation.

AEROTAIN fascinates spectators at live events with monetizable entertainment in the third dimension.

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.

Bird.i is a provider of high-resolution satellite, airborne, and drone imagery, offering real-time data and insights for businesses worldwide. By collating and disseminating superior quality images, Bird.i enables clients to effectively monitor changes and trends in various locations. The platform serves location-based services and mapping applications on a subscription basis, allowing companies to make informed decisions, solve problems, and maintain a competitive edge. Bird.i's imagery is noted for its high frequency and accuracy, which surpasses traditional mapping services, thus empowering clients to plan for the future with confidence.

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.