MassChallenge

Our technology provides a passive, non-invasive X-ray imaging technology that can be used to i) visualize the percolation of process fluids across leaching heaps at scale; ii) monitor the stability of dams, heaps, mining assetts; iii) other industrial and minidng applications where density measurements are of key importance to improve safety and productivity.

Prezerv Technologies is a provider of GPR technologies and services, offering scalable solutions for businesses of all sizes.

Our aim is to produce software digitizing scent and taste as of fingerprints for food items, and produce a standard file that can be exchanged over networks, after being recorded into an AI driven database repository.

AI Technology & Systems specializes in AI software infrastructure, aiming to streamline the deployment of AI models and applications on edge devices, such as micro-controllers and single-board computers. The company has developed an open-source product, dnn compiler, to foster a developer community focused on the vast market of micro-controllers. Additionally, AI Technology & Systems offers an end-to-end AIoT software toolset and integrated development platform that transforms sensors into intelligent devices. This platform enables AI models to utilize data for responsive actions and alerts, regardless of connectivity, allowing clients to harness artificial intelligence to uncover business opportunities and enhance their overall value.

Newton Tech specializes in mobile physiotherapy technology aimed at assisting stroke patients in their recovery. The company's flagship product, Mobi, provides individualized insights and real-time fall detection and prevention. By tracking patients' movements and recording their walking patterns, Mobi helps users develop a unique movement signature, which in turn offers personalized movement insights. Newton Tech's mission is to facilitate a healthier future for stroke survivors through innovative technology that enhances rehabilitation and promotes safety.

Galileo Innovations develops human performance-optimizing biotech gear and equipment for athletes, first responders, military members, and labor industry workers. Its proposed technology, KordoFan, augments users with actionable insights concerning environmental and biometric hazards in real-time to target heat injuries; through an array of biomimicry cooling designs, the device aids in speed, agility, mental clarity, muscle recovery, strength, and stamina during training/shifts.

SeebeckCell Technologies(SCT) develop and manufacture carbon-negative power solution for Industrial IoTs by utilizing waste heat around them. SCT's first product utilizes ample waste heat in industrial facilities to provide power for the IoT sensors, eliminating the need for changing batteries and increasing active time.

Wave Company is a diversified smart apparel company driving the future of tech-enabled recovery and movement. Our first patent-protected product, WaveWear is changing the way athletes recover and prevent injury through compression and kinesiology. We are now leveraging our proprietary conductive silicone technology Elecsil to measure all aspects of human movement and power immersive experience and elite training. We create innovative sportswear and smart wear that help human movement. We also create and sell the core advanced material technology that makes it special. Proprietary bio-silicone material technology combined with fabric is also sold in the form of finished products to various industries such as sportswear, healthcare and smart wear. Wave Company can sell finished clothes like Under Armor , or can sell or license the material technology like GORE-TEX. For more information, visit https://wavewear.cc

GiveMove is a assistive technology manufacturer for people with motor disabilities. We are young professionals engaged in providing innovative, practical and customized solutions to improve the wellbeing of our clients and their environment. We developed Bipmov, a motorized stander for kids that includes IoT Technology and has no equal in Latin America. Follow us on instagram, twitter or facebook as @givemovear!

Thermy is a healthcare company focused on early breast cancer detection through a non-invasive screening tool that utilizes machine learning and thermography. The platform is designed to operate on both mobile and desktop devices, allowing for accessible screening options. By employing infrared cameras, Thermy aims to assist healthcare professionals in distinguishing patients with a high or low likelihood of breast cancer. This innovative approach seeks to reduce mortality rates associated with late detection, ultimately enhancing patient outcomes in breast cancer diagnosis.

Through the experience of 15-year skin optics research, we developed optical modules that work in conjunction with sophisicated algorithms to quantify various skin contents such as hemoglobin, bilirubin, skin collagen, skin oxidative stress, blood glucose variation, and etc. In contrast to the market available wearable optical modules that can only measure heart beat rate, our wearable module design provides much more information for personal health monitoring and thus could have multitude application scenarios with great marketing potential.

Developer of an interferometry technology platform designed to generate images. The company's platform specializes in microfabrication, X-ray, and neutron grating interferometry which can generate information through the interaction of electromagnetic waves, enabling industries to improve the performance of gratings with support structures.

Spiral Technology delivers augmented reality software and adapts sophisticated technical content for Mixed Reality devices used in automating industrial maintenance, inspection, manufacturing and assembly.

Gensor develops a virus testing platform based on the gene field-effect transistor technology.

FLITE has a laser-based technology that changes the surface topology of familiar materials (glass, plastic, metal, ceramics and semiconductors) to make them attract or repel water and oil - without the use of chemical coatings.

Organic Robotics Corporation designs and develops sensors to measure touch in real time. The company provides Light Lace, a sensor, which can bend and twist with the human form for motion capture and pressure sensing and based on fiber-optic technology, it offers sensibility, elasticity and washability at a fraction of the cost. The company was founded in 2018 and is based in Rochester, New York.

LabsCubed Inc. is a Canadian company based in Kitchener, founded in 2016, that specializes in the manufacture of automated testing systems for materials, particularly plastics and rubbers. The company's advanced machines facilitate rapid and intelligent stress testing of polymer materials by automating the physical testing process and data collection. By loading tensile samples into its systems, LabsCubed enables manufacturers to conduct numerical simulations and gather detailed analytical information efficiently. This innovation helps companies save both time and money in the development of new and innovative materials.

Yengii Biosciences develops the Galet smartphone microscope for detecting infectious illnesses such as malaria, sleeping sickness, and tuberculosis. The Galet platform is intended to do very complicated blood film analysis in a simple, portable point-of-care tool, which is now limited to high-end laboratories. Making such blood film analysis more available would allow for the early diagnosis of the most serious health concerns, such as malaria, and will save lives.

Vertum Technologies designs & builds robotic farming assistants that help indoor farmers increase yield and improve environmental sustainability.

SmartHelio offers a low-cost advanced monitoring technology, e-learning, and appropriate-technology solutions. The company's products takes continuous readings, reports those results automatically, and places the results into an interpretive context that everyone can easily understand and quickly act upon.

Digi.Bio is a company based in Amsterdam, Netherlands, that develops a microfluidic platform aimed at automating liquid handling processes in the healthcare industry. Established in 2017, the firm specializes in digital microfluidics and electrowetting technology, which allows for the precise manipulation of droplets at a microscale. By utilizing artificial intelligence, Digi.Bio's software streamlines multistep liquid handling applications, thereby replacing traditional pipetting methods in laboratories. This innovative approach enhances the efficiency of synthetic biology research and supports medical and pharmaceutical companies in automating their workflows, ultimately facilitating the scaling of bioengineering processes.

Developer of fluidic devices intended to improve the effectiveness of laboratory tests, experiment with innovative therapeutic approaches and reduce animal testing. The company's device includes a wide set of applications, such as cosmetics, oncology and pharmaceutical, toxicology and pollution, nutraceutical and agri-food, enabling clients to cultivate three-dimensional tissues, similar to human ones, in clinically relevant dimensions on which to operate in vitro tests and take decision accordingly.

Gelatex Technologies is a Techstars-backed materials technology company that invented the fastest technology for producing bio-based nanofibers on a large scale. It is a platform technology that enables faster and up to 100 cheaper nanofiber production for applications like 3D scaffolds for tissue engineering, cultured meat, bio-based filters, eco-friendly leather-like textile, energy storage, wound care, and many more. The technology is patent-pending and the machinery fully functional. The company was founded in 2016 and until COVID-19 pandemic developed eco-friendly leather-like textile from gelatin nanofibers, using this nanofiber production technology as part of the process. COVID-19 was a trigger to understand the wider potential of the technology which then led to pivot. The company is based in Estonia and holding incorporated in UK (2019).

VecTech specializes in advanced mosquito and tick surveillance through a cloud-connected system of smart traps. These traps capture mosquito specimens, which are then imaged and automatically analyzed using AI-based identification algorithms to classify them by genus and species. Each specimen is tagged with GPS coordinates, and the collected data is displayed on a centralized dashboard for expert review. This innovative approach significantly reduces labor costs associated with traditional surveillance methods, enabling scientists and public health organizations to monitor mosquito populations more effectively. By providing timely and precise data, VecTech supports efforts to combat mosquito-borne diseases such as dengue and malaria, allowing for early detection of potential outbreaks and tailored interventions.

SAYeTECH is a Limited Liability company focused on designing and manufacturing smart agricultural machinery tailored for African conditions. The company aims to enhance sustainable agriculture by providing a range of services, including industrialization and direct service provision. In addition to manufacturing, SAYeTECH offers machine monitoring software that enables users to track and optimize the performance of agricultural equipment. To further support the agricultural sector, SAYeTECH also provides fabrication training and computer-aided design services, contributing to the development of the manufacturing industry and empowering organizations across the region.

ThermoTerra develops heating and cooling technology based on a novel source of renewable energy.

IMMA is reinventing the fertility journey by offering women a self-operated remote device to perform their own follow-ups in the comfort, safety, and intimacy of their home, part of a broad system creating a comprehensive, dedicated, and innovative environment.

TioTech specializes in the development of advanced titania (TiO2) materials for lithium-ion batteries, aiming to enhance their performance and safety. The company's flagship product, TitanBTM, is engineered to function as an anode material, enabling batteries to charge in under six minutes while significantly extending their lifespan. TioTech's proprietary processing methods for titania nanoparticles ensure that the batteries not only charge quickly but also maintain safety across a range of temperatures, including extreme cold. This innovative approach addresses common challenges in battery technology, positioning TioTech as a leader in the next generation of energy storage solutions.

Limula Biotech is a Swiss company specializing in the design and development of an automated system for manufacturing cell and gene therapies. The company has created a patented platform that enables the distributed production of genetically engineered cells directly at the patient's bedside, utilizing a patient's white blood cell sample. This fully closed bioreactor system minimizes human intervention during the manufacturing process while maintaining control over cell culture parameters. By facilitating on-site production in hospitals, Limula's technology aims to enhance the safety, accessibility, and efficiency of personalized gene therapies, ultimately reducing time, costs, and logistical challenges. Founded in 2018 and based in Lausanne, Switzerland, Limula Biotech is committed to revolutionizing the delivery of ex vivo gene-engineered cell therapies.

Developer of nanotechnology intended to solve challenges across medicine and other industries. The company uses different types of biomaterials as building blocks and has fabricated diverse types of systems such as nanoengineered hydrogels, nanosized molecular delivery systems, and nanocomposite materials, helping businesses across different industries to use nanotechnology and grow their business.

Graphene Composites Ltd (GCL) is a nano-technology startup. In partnership with the UK government-funded Graphene Application Centre at the Centre for Process Innovation (CPI), we are combining graphene (the strongest material known) with aerogel (the lightest material, and one of the best insulators/shock absorbers) into a composite that should be roughly 100x stronger than steel, and less than 1/100th of its weight.

Developer of an advanced textile and composite-integrated system designed for monitoring structural assets and their environments. The company's system focuses on rapid experimental development and is structured to deliver innovative material-based capabilities with speed and proficiency, enabling clients to monitor textile-integrated systems and make their performance better.

Kura Technologies is an augmented reality company based in San Francisco, California, founded in 2016. The company specializes in developing augmented reality glasses that feature micro-displays and variable focus, designed to deliver a superior field of view and high transparency optics. Kura Technologies combines advanced hardware and software solutions, aiming to create the next generation of AR devices tailored for both enterprise and consumer applications. Their platform supports telepresence collaborations, training, and 3D visualization, leveraging bio-sensor inputs and artificial intelligence to enhance user experience. The technology enables users to access emotional feedback and analyze molecular structures in their surroundings, positioning Kura Technologies as a leader in innovative augmented reality solutions.

Developer of a peptide and protein purification technology designed to revolutionize recombinant production processes. The company's technology facilitates the production of enhanced purity products, significantly diminishing the purification challenges prevalent in modern chemical (peptide synthesis) and biological synthesis (recombinant) methods to meet specific requirements, enabling clients to efficiently overcome purification and economy-to-scale obstacles encountered in stock breeding.

Global Security Advancements helps the consumers and defense industry along with firearm manufacturers and retail companies. It develops, manufactures, and markets "TRA-SOR" the "World's First IoT Safe Storage System".

ThermoAI develops advanced machine learning algorithms and sensor technology aimed at optimizing industrial combustion processes in power plants. By leveraging IoT and artificial intelligence, the company enhances the efficiency of chemical reactions, addressing critical factors such as moisture content, atmospheric pressure, and air intake levels. Their systems continuously monitor these variables to achieve near-perfect combustion, which leads to significant fuel savings, increased energy output, extended lifespan of costly equipment, and reduced emissions. ThermoAI's solutions enable plant operators to model and enhance their operations, ultimately improving overall performance and sustainability.

Treebute is an AI cloud-based global platform for scientific knowledge navigation, discovery and trade.

TeVido BioDevices, Inc. is a biotechnology start-up based in Austin, Texas, focused on developing tissue-engineered products for reconstructive surgery. Established in 2016, the company leverages 3D bio-printing technology and patients' living cells to create custom grafts tailored to individual needs. TeVido's innovative approach aims to enhance options for breast cancer survivors and others experiencing disfigurement, ultimately improving self-esteem and quality of life. In addition to its primary focus on breast reconstruction, TeVido's technology is applicable to a broad range of needs in wound healing and cosmetic surgery, addressing various unmet demands in these fields. The company's advancements in cellular therapy and manufacturing techniques enable the restoration of lost skin color, offering significant improvements in surgical outcomes.

ALP Technologies is a renewable energy engineering start-up from London. It focuses on developing renewable energy technologies for the developing world. Since founding in 2015, it has won multiple awards and funded research and development projects such as advanced battery systems on recycled cells, novel biogas generation, and power electronic and control systems. Its small-scale power plant for developing regions uses solar, bio-ethanol, and agricultural waste to generate uninterrupted electricity. It aims to displace diesel generation and fossil fuel based power plants and leapfrog grid infrastructure in the developing world.

Developer of nanotechnology designed for the agriculture industry. The company's technology improves food safety through the development of novel methods for cleaning and sanitizing, enabling clients with the feasibility of employing nanotechnology to replace traditional post-harvest chlorine wash.

Agrolabs Limited specializes in developing sensor telemetry solutions for horticultural farmers, focusing on enhancing greenhouse productivity and efficiency. Established in 2017 and headquartered in London, with additional offices in Hong Kong and Dnipro, Ukraine, the company offers products like Agrolabs W-Sens, which provides real-time analytics on crop growth performance, and Agrolabs B-Control, designed to enhance pollination through automated controls and bee activity monitoring. Utilizing the Internet of Things (IoT) and predictive analytics, Agrolabs enables farmers to gain insights into crop data, thus facilitating informed decision-making. By integrating robotics and artificial intelligence into traditional growing practices, Agrolabs aims to improve cost efficiency, yield quality, and overall crop refinement, allowing farmers to have comprehensive control over their growing processes.

Developer of a filtering technology designed to control pollutant emissions like dust and chemicals. The company's technology offers a fluid dynamic filter to ensure that the dust particles present in the flow are naturally attracted to the low-pressure areas that can be captured and removed using airflow to generate extreme vacuums that separate microparticles from the polluted emissions, enabling industries to ensure minimal maintenance costs and less electrical power consumption, with no need for replacing consumables or filters.

Developer of textile digitization technology intended to offer transparency regarding the components and quality of fabrics. The company's technology utilizes artificial intelligence, a set of sensors, and a system of algorithms to collect various textile properties and create a digital identification of the fabric, enabling clients from the fashion industry to streamline their sample selection processes and recognize fake garments.

Syntr Health Technologies is a start-up company that develops and tests a processing device, SyntrFuge™, for the micro fragmentation of adipose tissue for body contouring. Ahmed Zobi, Hugo Salas, and Justin Stovner established the Irvine, California-based company in 2019.

TomoWave is a company focused on developing innovative imaging technologies for clinical medicine and preclinical research. Utilizing its proprietary optoacoustic and laser ultrasonic imaging modalities, TomoWave aims to enhance cancer detection, guide medical interventions, and monitor the effectiveness of cancer therapies. The company's technology, which captures images by "listening to the sound of light," allows for highly detailed visualization of tissues, particularly in relation to vascular and blood-related conditions. Founded by Dr. Alexander Oraevsky, a pioneer in biomedical optoacoustics, TomoWave has a strong emphasis on generating intellectual property and advancing it from concept to validated clinical prototypes. The company is committed to bringing its technologies to market through appropriate regulatory certifications, thus contributing to improved diagnostic capabilities in healthcare.

STRAP Tech is a company focused on developing innovative wearable devices designed to assist visually impaired individuals. Their flagship product serves as a substitute for the traditional white cane, utilizing sensors to detect obstacles and alert users of potential collisions through haptic feedback. This technology aims to enhance the mobility and independence of visually impaired users, allowing them to navigate their environments with greater security and efficiency. By providing a more intuitive means of obstacle detection, STRAP Tech seeks to improve the everyday experiences of those with visual impairments.

Brillianetor specializes in advanced artificial intelligence technology that allows machines to engage in social interactions, mimicking human-like behavior. Their innovative platform includes social simulators that facilitate interactions among mixed groups of humans and virtual entities, enabling machines to autonomously decide whether to cooperate or compete based on their awareness of surrounding entities. This technology is designed for various applications across multiple sectors, such as gaming, the Internet of Things, cyber defense security, and unmanned platform management. By streamlining the development process, Brillianetor's solutions reduce time to market and development costs, making it easier to deploy humanoid robots in complex scenarios.

TechnoCarbon, based in France, is a startup focused on transforming the architecture and construction industries through its innovative composite material, CarbonFibreStone™ (CFS™). This high-performance material aims to replace traditional resources such as concrete, steel, and aluminum, which are known for their significant environmental impact and high emissions. By employing patented low-carbon technology, TechnoCarbon develops a new family of materials suitable for a wide range of applications, including construction, infrastructure, aerospace, defense, luxury goods, furniture, and high-fidelity audio products. The company's approach not only enhances technical performance but also promotes energy and natural resource savings, contributing to a more sustainable future.

Bloomer Tech is a company based in Cambridge, Massachusetts, that specializes in the development of smart bras designed for women's health monitoring. Founded in 2015, the company integrates biometric sensors into everyday fabrics to collect vital health metrics, including electrocardiograms, pulse rates, respiratory rates, and heart rhythms. By leveraging machine learning, Bloomer Tech aims to provide personalized detection, monitoring, and treatment of chronic diseases, particularly related to cardiovascular health. The data collected from its innovative products is analyzed and made accessible to users, healthcare providers, and medical professionals, facilitating real-time healthcare insights. This approach not only enhances women's understanding of their heart health but also contributes to broader efforts to address cardiovascular health issues globally.

Levitection Ltd is a scientific research and development company based in Haifa, Israel, specializing in advanced electromagnetic imaging technology. Founded in 2015, the company has developed the world's first Near Field Threat Detection (NFTD) systems, which utilize artificial intelligence to detect concealed weapons in open, highly-trafficked public areas. Levitection aims to transform traditional scanning methods by providing standoff detection capabilities in environments such as transportation hubs, stadiums, casinos, hotels, mass public events, and educational campuses. The company's technology prioritizes individual privacy and convenience while enhancing public safety.

DriftSense specializes in advanced technology solutions aimed at minimizing pesticide drift in both residential and agricultural settings. The company has developed a monitoring device that utilizes state-of-the-art sensors to detect airborne pesticides, identify their chemical signatures, and analyze their trajectories. By integrating specific data from growers with environmental parameters, DriftSense provides tailored insights that empower agricultural operators to control their spraying applications with precision. This approach not only helps to eliminate drift issues but also enables compliance with regulations, reduces costs, and maximizes crop yields. As urbanization and agricultural changes increase exposure to airborne pollutants, DriftSense's data-driven solutions offer a critical means for growers to enhance their operational effectiveness and environmental stewardship.

Levitection Ltd is a scientific research and development company based in Haifa, Israel, specializing in advanced electromagnetic imaging technology. Founded in 2015, the company has developed the world's first Near Field Threat Detection (NFTD) systems, which utilize artificial intelligence to detect concealed weapons in open, highly-trafficked public areas. Levitection aims to transform traditional scanning methods by providing standoff detection capabilities in environments such as transportation hubs, stadiums, casinos, hotels, mass public events, and educational campuses. The company's technology prioritizes individual privacy and convenience while enhancing public safety.

Gina Life is femtech company developing a platform of biomarkers strategy supported by AI for early detection in women’s health space.

Gina Life is femtech company developing a platform of biomarkers strategy supported by AI for early detection in women’s health space.

Developer of nanotechnology intended to solve challenges across medicine and other industries. The company uses different types of biomaterials as building blocks and has fabricated diverse types of systems such as nanoengineered hydrogels, nanosized molecular delivery systems, and nanocomposite materials, helping businesses across different industries to use nanotechnology and grow their business.

Developer of a hockey analytics technology intended to accelerate athletes and teams get better faster. The company's technology helps to deliver performance data and insights about metrics including stride speed, agility, active time, and hustle score by using artificial intelligence and machine learning, enabling users to improve the game by using smart products to help skate and shoot better.

Developer of molecular technology intended to discover and deliver beneficial bacteria. The company's technology facilitates the production of next-generation probiotics, enabling clients to improve the wellness of humans and animals.

At Graviky Labs you’ll find us fusing science with industrial design while developing prototypes and writing Python code at any given moment. They. Make. Magic.

DriftSense specializes in advanced technology solutions aimed at minimizing pesticide drift in both residential and agricultural settings. The company has developed a monitoring device that utilizes state-of-the-art sensors to detect airborne pesticides, identify their chemical signatures, and analyze their trajectories. By integrating specific data from growers with environmental parameters, DriftSense provides tailored insights that empower agricultural operators to control their spraying applications with precision. This approach not only helps to eliminate drift issues but also enables compliance with regulations, reduces costs, and maximizes crop yields. As urbanization and agricultural changes increase exposure to airborne pollutants, DriftSense's data-driven solutions offer a critical means for growers to enhance their operational effectiveness and environmental stewardship.

Aerospec Technologies is a Chicago-based technology company focused on developing an intelligent three-axis flight control system that can autonomously inspect, monitor and collect high-quality data in the energy industry while making operations safer and more efficient. The insights from our system allow clients to enhance the safety of all stakeholders while reducing the cost of maintaining their assets.

Sensytec revolutionize the Structural Health Monitoring industry through enhanced quality control and monitoring of cement & concrete structures. Their software and hardware provide Actionable Intelligence from data gathered during design, placement, performance and maintenance. Sensytec's solution monitors, analyzes and quantifies cement and concrete conditions using a ground-breaking system SMART CEMENT™. Deliver DATA on cracking, contamination, corrosion and temperature change properties by using Sensytec.

TuneFork is audio personalization technology software that delivers an optimal hearing experience anywhere you go, bringing out the very best from your mobile sound system. Hearing is an individual experience. Each of us has unique hearing “earprints”. This is why no one sound system is perfect for everyone. When you listen to unbalanced audio, you will always miss something. In some cases, you may even cause damage to your hearing. TuneFork guides you through a simple test which characterizes your hearing, creating a personal Audio Profile. Because our self-test is clinically accurate, it provides the best results possible, truly the Gold Standard in Audio experience. We use the test results to tailor a precise audio filter for each and every user, creating the perfect match between your sound system and your hearing. TuneFork can be integrated into any operating or network and optimize all audio content: *Phone calls *Music *Video *Voice messages *Rings & Alerts. With the spread of IoT more and more "smart"​ devices can carry TuneFork's advanced audio technology – smart TVs, smart cars, other smart devices, but above all: smartphones. Smartphone sales stood at 1.5 billion units in 2016. Their use extends far beyond two-way communication and includes music, video viewing, social networking and gaming. Any user can benefit from using TuneFork. For some it will break barriers created by hearing impairment, while for others it will deliver an improved audio experience from their device. Comparative Advantage  A software only solution  The most accurate self-test results  Product proven by clinical tests in laboratory conditions  2 Patent pending

Developer of greenhouse canopies designed to increase crop production. The company's products embed advanced nano-materials into greenhouse glazing to convert wasted sunlight into usable light for increased plant photosynthesis, enabling farmers to decrease harvest time, increase crop yields and improve the overall quality of their produce.

Developer of monitoring technology intended to provide systemic validation of cold supply chain and distribution activities. The company's thermosensitive labels detects the temperature of goods that are in the supply chain through smartphone app or handheld scanner and notifies it to the end user, enabling the delivery systems to deliver products in a prescribed manner.

Developer of a paddy quality testing machine intended to properly determine rice without de-husking it. The company's machines facilitate test paddy quality for the presence of internal cracks, admixtures, and chalkiness in paddy and provide results, reports, and detailed analytics through SMS and emails, enabling farmers to segregate the rice produce with precision.

Antavi offers the next generation command and control platform to manage public spaces: Must-have solutions for any smart city.

Developer of a non-touch room disinfection and energy-efficient lighting technology designed to neutralize viruses, bacteria, and fungi on exposed surfaces within healthcare facilities. The company offers an on-demand, one-touch activation platform using wireless control and monitoring and LED lighting technology for facilities to reduce and eliminate as many pathogens as possible in a cost-effective and efficient way, reducing the chances of healthcare-acquired infections.

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.

EMet Nanotech specializes in advanced nanofabricated chip technology that enhances the cryo-electron microscopy (cryo-EM) sample preparation process, making it significantly faster and more efficient. By utilizing their innovative PicoCell, a one-step freezable imaging grid, the company streamlines the sample preparation that traditionally requires multiple steps and expensive robots. This technology not only reduces costs and time but also improves reproducibility in drug discovery, enabling biopharmaceutical companies to better understand diseases and develop effective therapies. EMet Nanotech's solutions aim to accelerate the development of new treatments in the biopharma sector, ultimately contributing to advancements in healthcare.

Clean Crop Technologies, Inc. specializes in innovative food processing technology aimed at reducing molds, toxins, and pests in grains and nuts. By utilizing a method that combines air and electricity to create ionized gases, the company effectively removes harmful substances without compromising food quality. This technology not only eliminates molds and pests but also extends the shelf life of perishable foods. Founded in 2020 and headquartered in Haydenville, Massachusetts, Clean Crop Technologies is focused on translating advanced research into commercial-scale solutions for the global grain and nut industries.

Annaida Technologies SA, founded in 2019 and based in Lausanne, Switzerland, specializes in the development of EmbryoSpin, an innovative device designed for biochemical research. This device performs microscopic nuclear magnetic resonance (µNMR) with a sensitivity that surpasses existing technologies by tenfold, allowing for chemical analysis at the scale of a single human embryo. EmbryoSpin is engineered for robustness and user-friendliness, making it suitable for non-invasive embryo viability screening in in-vitro fertilization and various biochemical studies. The company's advancements aim to enhance medical research capabilities, particularly in the context of reproductive health.

Developer of medical devices and other technology intended to treat joint injuries and diseases. The company's devices replace lost and damaged cartilage and encourage new tissue growth, enabling medical practitioners to access cost-effective and on-demand devices that improve outcomes in young and active patients with knee damage.

SpinDrive specializes in the development of advanced levitation technology, focusing on magnetic bearing systems that enhance energy efficiency while promoting oil-free solutions. Their innovative systems include magnetic bearing sensors that monitor shaft positioning and relay this information to a magnetic bearing controller. This technology allows clients to significantly improve system efficiency, reduce material consumption, and lower maintenance costs, making it a valuable solution for industries seeking sustainable and efficient operational practices.

HiGrade is the world's first plant analytics app, that brings instant potency and quality testing to your fingertips!

6Degrees is focused on creating adaptive technology that enhances accessibility and independence for users. The company has developed a patented hands-free controller that operates various smart devices, including smartphones, tablets, and PCs. This controller employs artificial intelligence-driven motion recognition and prediction technology to streamline user interactions. Additionally, 6Degrees offers virtual reality-based physical therapy, which incorporates gamification to aid individuals who have lost fine motor skills. This technology not only provides measurable real-time insights but also adapts to the user's abilities, facilitating touch-free control over devices and promoting effective communication and functionality in daily life. 6Degrees demonstrates significant potential across diverse sectors, including assistive technologies, augmented reality, and defense.

Flextrapower is a remote monitoring company powered by graphene technology, a disruptive material with unique properties that allow for ground-breaking biomedical applications. Graphene is stronger than steel, yet incredibly lightweight and flexible. It is electrically and thermally conductive but also transparent. It’s one million times thinner than the diameter of a single human hair. Our team has developed and patented a method to seamlessly embed graphene sensors into flexible materials, like clothing. This method enables us to develop state-of-the-art remote monitoring products that advance health outcomes and improve patient care. Currently, Flextrapower has developed a smart insole that detects diabetic foot ulcers, an EMG-integrated smart shirt, and a COVID-19 mask featuring a layer of graphene.

Scintia focuses on enhancing education and research in synthetic biology by providing innovative solutions designed to overcome barriers in biotechnology development. The company manufactures laboratory equipment and educational kits that facilitate hands-on learning experiences in genetic engineering. These kits include all necessary materials for conducting laboratory experiments, accompanied by comprehensive teaching guides for educators and students. By simplifying the educational process, Scintia enables users to engage in practical biological reactions, fostering a deeper understanding of synthetic biology concepts.

Those is a design studio founded in 2015 with the intent to pursue the use of technologies in design. It focuses on connecting the physical and the digital worlds. Its first product was Woodpecker, a scalable digital drawing tool that can be placed and programmed to draw on any surface. With a mission to create new ways to combine the digital with the physical, Those has now created Joto, an antidote to our reliance on pixels and glass screens. Joto takes the concept behind Woodpecker – transferring digital files, whether it’s pictures, texts or tweets, and into a real life image – and applies it to a product accessible and suitable for home use.

Fisherman Automated Site Technology™️ is revolutionizing web development by creating faster, cheaper, and more effective business websites.

Developer of wearable device toolkits designed to track day-to-day activities. The company's device empowers socially-motivated teens to create real, relevant, impactful IoT devices and wearable tech as well as connect to the community and share ideas, empowering school students to actively shape their digital lives and drive social change.

Developer of an organs-on-chips system designed to revolutionize pharmaceutical development and personalized medicine. The company's systems use origami folding to convert easy-to-manufacture, 2D patterns into complex, 3D tissue architectures, thereby enabling clients to advance the development of pharmaceutical, chemical, food, cosmetic, and personalized medicine products.

Labby Inc. is a technology company based in Cambridge, Massachusetts, founded in 2017. It specializes in developing a smartphone-based wireless optical spectrometer for testing milk composition, primarily serving farmers and dairy processors. The company's AI-driven cloud platform translates raw optical data into actionable insights for individual animals and entire herds, facilitating rapid mastitis detection and timely intervention. In addition to its primary focus on dairy, Labby's technology has applications in the beer and wine production industry, offering tools for counterfeit detection, quality control, and serving as a virtual brewmate for homebrewers. The platform also aids in monitoring spoilage along the supply chain, detecting adulterants and contamination, and tracking harvest cycles while providing meteorological data mapping for farm-level analytics.

Software for instrument control and lab automation, with special focus on quantum computing

MTTech Interactive Multimedia Systems Ltd develops multi touch display system in Israel. The system can use for product demonstration, research and development purpose, training, and team meeting. MTTech Interactive Multimedia Systems Ltd is headquartered in Tel-Aviv, Israel with additional offices in Burcharest, Romania; Holmdel, New Jersey; and Alamos, Mexico.

LGM technology is a and unique energy management system, which optimizes power generator. The technology can increase the efficiency of wind turbines and other power generators by 30%.

SkillsEngine provides advanced software that translates unstructured text into rich occupational metadata. These data services integrate into existing software applications, bringing next-level AI-driven insights that improve matching, enrich reporting, and streamline hiring processes. SkillsEngine is a division of the Center for Employability Outcomes (C4EO) at Texas State Technical College based in Austin, Texas. The Center is a response to the growing demand for skilled talent generated by rising incumbent worker retirements (baby boomers), global competition, and technology advances across industry sectors. C4EO bridges the competency needs of industry with colleges.

MotionTech is a company that has developed innovative silicone 3D printing technology aimed at transforming the orthopaedic industry. The company offers a service called "Your Liner," which enables prosthetic technicians worldwide to order customized silicone equipment tailored to individual patient needs. This approach fosters a shift from traditional mass production to mass customization in orthopaedic solutions. MotionTech's technology includes a 3D scanner that accurately captures the shape of a patient's stump, allowing for precise measurements and modifications. These specifications are then used to produce custom-made silicone sleeves that help redistribute pressure and reduce friction, addressing common issues of prosthetic discomfort. Through these advancements, MotionTech aims to enhance the overall experience for both prosthetists and patients.

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.

Ghamut is build technologies that improve human health, productivity and quality of life. Their products include an online platform to connect people face-to-face, a wearable A.I. for discrete social coaching, and algorithms to help build effective teams. They also offer a range of technical and strategic consulting services. Mobile visitors, see navbar in top left.

Clidrotech developed a disruptive technology that provide unmatched value to the $2B On board scale market

Skyven Technologies specializes in providing innovative solar thermal solutions for industrial and commercial heat applications. The company focuses on decarbonizing hard-to-abate industries by capturing waste heat to generate clean, emissions-free steam. By adopting a tech-driven approach, Skyven Technologies aims to facilitate industrial decarbonization through an energy-as-a-service model that finances and mitigates risks associated with capital projects. This strategy enables commercial and industrial facilities to produce green energy while significantly lowering costs and reducing carbon emissions linked to process heat.

Amelior Technologies focuses on developing innovative solutions to address social issues in communities worldwide. The company manufactures a specialized larvicide dispenser designed to efficiently dispense larvicide in water containers, helping to eliminate mosquito larvae and reduce the risk of mosquito-borne illnesses. This device operates with minimal human intervention, ensuring that residents, particularly in South America, can effectively maintain clean water tanks and promote public health. By tailoring their technology to meet specific local needs, Amelior Technologies aims to maximize its social impact and improve community well-being.

With Puffin, they’re making assistive technology that fits itself to the user, instead of the other way around. They want their products to work in every place and way that people do, providing them with the same level of access to computers and mobile devices that many take for granted. They strive to make products that are affordable, portable, and durable. And they want to see how far they can go towards making interfaces tailored to people’s abilities. They think their approach will work even outside those differences commonly labeled as “disabilities.”

CLEVOT develop technology to make intelligent cleaning in the industry, optimizing the resources to clean in an efficient way.

Sonovia is developing a breakthrough, single-step, sono-coating process that utilizes a unique physical phenomenon called “cavitation.” It eliminates the need for any chemical binders, and thus greatly reduces the amount of chemicals used while also allowing for a highly homogenous and high-performing coating.

Higia Technologies, founded in 2016 and based in Mexico City, has developed EVA, an accessible and non-invasive wearable device aimed at assessing breast cancer risk. The device features tactile sensors that map the surface of the breast and its surrounding areas, enabling women to monitor changes in breast temperature, size, and weight. Equipped with biosensors, EVA continuously collects and analyzes this information, providing users with a reliable tool for tracking their breast health.

ThinkEE is a comprehensive platform designed for the collection, centralization, secure storage, and real-time analysis of data from various devices. It specializes in developing custom Internet of Things (IoT) applications, particularly for the food industry in managing HACCP regulations through an integration of IoT sensors and mobile applications. The platform enhances efficiency and decision-making across multiple sectors, including building management, smart cities, security, agriculture, and industrial applications. By providing insights into key metrics, ThinkEE enables clients to better understand their operations and optimize their processes for improved performance.