MassChallenge

Datatron Technologies Inc. is a San Francisco-based company that specializes in machine learning model lifecycle management. Founded in 2016, it offers a platform that streamlines the deployment of machine learning models, allowing organizations to rapidly transition these models into production. The platform encompasses various automated features, including model deployment, monitoring, governance, management, and troubleshooting, thus simplifying the complexities of managing multiple models. Datatron's technology is vendor, language, and framework agnostic, supporting a range of programming environments such as Python and TensorFlow. By facilitating real-time feature extraction and data cleansing, the platform enhances operational efficiency and enables data-driven decision-making for businesses leveraging artificial intelligence and data science.

Llenamaster automates the filling of water in any container.

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.

Land Maverick is a developer of an autonomous robotic system designed to enhance the management of golf courses. This innovative technology enables greens staff to identify conditions such as pre-critical wilt and assess nutrient levels in the soil with minimal labor. By automating the measurement and analysis of environmental data on-site, the system allows golf course operators to apply fertilizers, chemicals, and water more accurately, thereby reducing costs and minimizing harmful runoff into nearby ecosystems. Through its advanced solutions, Land Maverick aims to improve the efficiency of turf management practices while promoting environmental sustainability.

DRB is a patented solution that provides autonomous drone inspection services of electrical transmission and distribution lines, renewable energy production sites, and infrastructures.

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.

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!

M Aerospace RTC is a manufacturing technology company specializing in metal three-dimensional (3D) printing systems, enhanced by virtual reality technology. The company focuses on additive manufacturing, providing a range of metal materials and combinations suitable for diverse applications. By offering capabilities for large-scale production and rapid prototyping, M Aerospace RTC aims to meet the needs of the 3D printing industry in a cost-effective manner. Its innovative approach to manufacturing positions it as a key player in the evolving landscape of aerospace and related sectors.

Jaia Robotics specializes in the development of microsized autonomous and subsurface marine vehicles intended to revolutionize aquatic data collection. The company offers a multi-sensor configurable technology that is user-friendly and requires minimal training, significantly enhancing the efficiency and affordability of data collection compared to conventional crewed or uncrewed systems. By providing comprehensive data collection services, Jaia Robotics enables clients to access valuable aquatic data with improved ease and effectiveness.

MAGOS develops advanced finger-tracking gloves aimed at enhancing user interaction in digital environments, particularly within eXtended Reality (XR). The gloves are equipped with four sensors on each finger, providing precise tracking that allows users to interact naturally and intuitively, similar to how they would in the physical world. This innovative technology addresses the limitations of existing interaction devices by enabling a more immersive user experience. MAGOS’s solution not only facilitates human-computer interaction but also supports applications in telerobotics, enhancing both control and training of robotic hands. By replacing traditional input methods, MAGOS aspires to transform the way users engage with digital content, ultimately improving the overall interaction framework.

Invento Robotics, founded in 2016 and based in Bengaluru, India, specializes in the development of service robots designed for personal assistance and security in various environments such as offices, stores, and malls. The company's flagship robot, Mitra, features advanced capabilities including face recognition and conversational engagement, enabling it to recognize guests and notify hosts of their arrival. Mitra automates numerous tasks, thereby reducing operational costs while enhancing customer experience. With its artificial intelligence capabilities, the robot helps businesses better understand and engage with their customers, ultimately leading to improved sales and satisfaction. In addition to manufacturing these robots, Invento Robotics also offers them for rent, providing flexible solutions for businesses seeking to enhance their service offerings.

Cybrik is on a mission to radically transform how engineering and construction projects are delivered. Engineering and construction is a $13.5 Trillion dollar industry. But it is one that suffers from poor project outcomes, flat productivity and rising costs. Unlike other solutions that just digitise traditional workflows we are creating new tools and methodologies that give the project team the right information at the right time so that they can make quicker and faster decisions. This results in significant improvements in cost and schedule performance.

Developer of a smart health and wellness device designed to empower independent and healthy living. The company provides a wearable robot that not only provides intelligent daily living assistance to the disabled but also collects and analyzes patient muscle data for rehabilitation purposes, enabling people with disabilities to regain their quality of life and independence.

Building the largest distributed hydroponics farm in the world via robotics and AI

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.

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

RoadPrintz, Inc. specializes in the manufacture of robotic equipment designed for road painting and pavement markings. Based in Cleveland Heights, Ohio, the company focuses on providing machines that can survey, map, paint, and repaint various road markings, including signs such as turn arrows and lane separators. Founded in 2018, RoadPrintz aims to enhance road safety by making effective visual street markings more affordable and accessible for all road users.

Free Dynamics develops a battery-free system driven by quantum dynamics to enable sensing, recording, and authentication in silicon.

Augmental Technologies, Inc. is a Boston-based company founded in 2019 that specializes in developing hands-free interfaces designed to assist individuals with situational and severe motor impairments. The company focuses on integrating augmented reality and assistive technology with the human body, allowing users to access information and interact with devices without the use of their hands. Augmental's innovative approach views the mouth as an untapped area for human-computer interaction, aiming to enhance autonomy for those who experience physical limitations, such as paralysis of the upper extremities. By overcoming these barriers, Augmental seeks to provide increased access to computers and mobile devices, facilitating a more independent and connected life for its users.

Centeye is a leading developer of extremely compact vision systems for robotics and embedded platforms

Imago Rehab offers a digital health solution for outpatient occupational therapy at home. It enables recovery for stroke survivors through home-use wearable robotics and digital health. It uses cutting-edge technology to help those with upper limb impairments restore arm function and live their most independent lives.

Southie Autonomy develops a robot software that enables any industrial robot to be re-purposed and re-deployed by any person even without robotics expertise or even computer skills. It aims to help businesses recoup ROI faster by lowering time, cost, and skill barriers, in applications like kitting, palletizing, and simple assembly. The company was founded in 2017 and is headquartered in Boston, Massachusetts.

Virtual Sapiens is a machine learning platform focused on enhancing human communication through advanced video-based technology. It serves as a communication coach, offering users tailored feedback on body language and nonverbal communication skills. By leveraging artificial intelligence and scientifically-backed communication algorithms, the platform identifies and addresses body language blind spots, empowering individuals to cultivate a more impactful presence during virtual interactions. Virtual Sapiens provides personalized curricula and content, along with both asynchronous and in-call coaching, enabling users to progressively improve their communication skills. This approach is designed to help teams build stronger relationships, close more deals, and exercise greater influence in their professional interactions.

vRotors is a pioneering platform that offers real-time drone racing experiences for gamers. Utilizing traditional personal computers and virtual reality headsets, users can enter virtual cockpits and pilot real, remotely connected drones on global racing courses. The platform provides a unique blend of gaming and real-world flight, with cockpit screens displaying live footage from the drone camera, along with essential flight data such as altitude, speed, and direction. This innovative approach allows thousands of players to engage in immersive racing experiences and mission-driven combat scenarios, making vRotors a significant player in the evolving landscape of competitive gaming.

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.

Krtkl Inc., founded in 2014 and based in San Francisco, California, provides a platform for monitoring and controlling connected devices in the cloud. The company specializes in embedded systems, wireless communication, and robotics, offering hardware designed for applications in artificial intelligence, deep learning, computer vision, security, and surveillance. Krtkl's modular, open-standards-based computing solutions are tailored for size, weight, and power-constrained environments, enabling organizations to quickly develop and implement advanced capabilities in robotics, sensing, and space systems. Through its innovative approach, Krtkl aims to democratize access to advanced technology, facilitating the rapid deployment of networking solutions and real-time mechatronic systems.

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

Ullmanna is focused on enhancing organic food production through the development of a smart weeding machine that employs robotics and artificial intelligence. This innovative technology enables the identification and mechanical removal of weeds, allowing farmers to cultivate crops over larger areas without the need for increased manual labor. By reducing reliance on pesticides, Ullmanna aims to make conventional farming practices more sustainable while promoting the growth of organic crops.

Cytronic AG specializes in the manufacturing of electric cylinders and linear drives, positioning itself as a market leader with its unique electric cylinder offering. The company provides a variety of electric linear actuators and power transmission products designed for the easy replacement of standard ISO pneumatic cylinders. By promoting efficiency and simplifying installation, Cytronic enables businesses to adopt effective automation technologies, ultimately helping them reduce energy costs associated with traditional pneumatic systems.

Jaxon.AI specializes in leveraging artificial intelligence to create custom training sets for document classifiers, adapting to specific domain requirements. The platform enhances sparsely-labeled training sets through several innovative features, including autonomous labeling for large-scale data, intelligent aggregation of various labeling methods, and meticulous data grooming that organizes information into optimized learning batches. Additionally, it facilitates human-machine collaboration by integrating subject matter expert knowledge into the data processing. By streamlining these processes, Jaxon.AI significantly reduces the time and cost associated with traditional human-powered data labeling, delivering high-quality training sets in minutes instead of months. The company's technology also supports data science teams in navigating the research-design-build cycle, utilizing advanced methods to address complex, use case-specific challenges effectively.

Organifarms specializes in the development of innovative harvesting robots tailored for greenhouses and vertical farms. These robots address significant challenges in the agricultural sector, particularly the labor shortage and escalating labor costs faced by growers. By automating critical processes such as harvesting, quality control, and monitoring, Organifarms enables efficient cultivation of labor-intensive crops in indoor farming environments. Their technology not only enhances productivity but also supports sustainable farming practices by allowing for pesticide-free cultivation methods. Through these advancements, Organifarms aims to provide growers with effective tools to improve profitability and streamline operations in the evolving landscape of agriculture.

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.

Zeppi is a company that has developed a self-navigating airborne balloon designed to enhance video communication for elderly individuals and those with impairments. Founded in 2019 and based in Montreal, Quebec, Zeppi addresses the issue of loneliness among older adults by facilitating immersive video visits that mimic in-person interactions. The device features a high-resolution screen and a self-positioning camera, allowing family members and caregivers to effortlessly "drop-in" for spontaneous chats, visual check-ins, and consultations. This technology enables users to maintain meaningful connections with loved ones, participate in appointments, and manage daily tasks with ease. By providing a lifelike presence, Zeppi helps reduce feelings of isolation and fosters engagement in social interactions.

FlyWorks Ltd., founded in 2019 and based in Beer-Sheva, Israel, specializes in developing a drone multirotor platform featuring a hybrid propulsion system designed for extended flight durations. The company’s innovative technology integrates a single internal combustion engine with small electric motors, allowing drones to carry significant payloads while maintaining a lightweight structure. This approach not only enhances performance but also ensures safety and cost-effectiveness. FlyWorks' patent-pending drive technology is versatile enough to be adapted for various drone sizes and applications, including land surveying and air-taxi services. By enabling high-resolution, multi-sensor inspections of large-scale power line infrastructure, FlyWorks aims to revolutionize the capabilities of commercial drones in multiple industries.

Ejenta Inc. is a San Francisco-based company that develops an intelligent personal assistant platform leveraging artificial intelligence and exclusive NASA technology. Founded in 2012, Ejenta's platform integrates wearable and environmental sensors to collect real-time behavioral data, enabling personalized advice, coaching, and support for users. The technology is applied across various sectors, including healthcare, government, and space exploration, with its agents currently operational in NASA's Mission Control for the International Space Station. Users can engage with their personal assistants through mobile devices, natural language, and chat interfaces, facilitating remote care for patients with chronic conditions and enhancing adherence to mission plans. With over two decades of research in human-robot interaction and intelligent agents, Ejenta aims to revolutionize the way individuals interact with technology in their daily lives.

Stealth startup in the industrial software space leveraging machine learning

Paper Crane is a startup inventing foundational artificial intelligence technologies that make advanced geospatial data insights highly accessible. We make Location Intelligence for Everyone a reality.

Crosscope is a medical AI software company focused on enhancing cancer diagnosis through advanced deep learning technology. It has developed a digital pathology imaging platform that facilitates the extraction of medical image information and supports precision medicine. By streamlining and accelerating pathology lab processes, Crosscope's platform improves interoperability, storage, image management, and collaboration among pathologists. This innovation enables more precise cancer diagnoses, ultimately enhancing workflow efficiency and patient outcomes.

UniExo is a high-tech startup specializing in the development of modular exoskeletons that integrate machine learning algorithms and online medical supervision. The company's innovative approach combines expertise from medical science, robotics, and advanced programming to create devices designed to support patients with various mobility challenges, including disabilities, injuries, and conditions like osteoporosis. By providing assistance outside of traditional healthcare settings, UniExo aims to reduce recovery times and enhance the rehabilitation process for individuals undergoing physical therapy. Its exoskeleton technology facilitates the restoration of motor functions, helping patients regain movement and improve their quality of life.

Neurosoft Bioelectronics specializes in the development of soft implantable electrodes designed to interface with the nervous system for diagnosing and treating neurological disorders. Based in Geneva, Switzerland, the company has created next-generation electrodes that are compliant and conformable, addressing the limitations of existing stiff devices. Their flagship product, SOFT ECoG, is a subdural electrode that records from and stimulates the brain's surface, enhancing recording quality and minimizing MRI artifacts. Neurosoft's technology promotes long-term bio-integration, adapting to both static and dynamic mechanics of neural tissue, which can improve therapeutic outcomes for patients and expand the applications of neural interfaces in clinical settings.

Developer of an artificial intelligence-driven senior care platform created to improve the quality of life for seniors. The company's platform uses voice technology to eliminate caregiver anxiety and offers complete control and access to scheduled care events, and daily reports on the senior's activities and well-being, while also providing health tips and content, enabling seniors to increase social interactions in daily life.

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.

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.

Rigi Technologies is an innovative company focused on drone technology aimed at enhancing logistics and delivery systems. It specializes in developing advanced drone vehicles that facilitate faster, more efficient, and environmentally friendly deliveries. By providing inter-city drone delivery support services, Rigi Technologies seeks to ensure that communities, governments, and private businesses have universal access to goods. Its commitment to creating next-generation logistics solutions positions the company as a leader in the evolving field of drone-assisted delivery.

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 first year of commercial service 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. Vice President of Agriculture, Robert “Bob” Starnes, joins the company with a renowned record of developing and applying innovative agriculture technology in world-class academic institutions as well as successful commercial ventures. Before joining the company, Bob was the Senior Superintendent of Agriculture at UC Davis in the Entomology Department for 15 years. While there, he managed a research lab that studied integrated pest management and remote sensing in agriculture and also founded Shale Peak Horticulture, a company offering customized biological pest management solutions to growers as an alternative to using pesticides. 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. Our goal is to continue growing UAV-IQ into an agriculture technology company that provides the infrastructure, platform, analytics and tools necessary to tackle complex agronomic, farm management and pest control challenges. Using a globally accessible cloud-based infrastructure, UAV-IQ will form the central hub for decision-makers and service providers responsible for profitably producing high-value agriculture.

Exomotion SA, founded in 2018 and based in Plan-les-Ouates, Switzerland, specializes in the development of innovative personal mobility devices. The company's focus is on robotics-based transporter systems that facilitate omnidirectional movement. Exomotion's electronic movement devices integrate advanced electrical boards with motion sensors and a unique wheeled mechanism, allowing for seamless movement in any direction and immediate rotation. This design aims to enhance user experience by rethinking e-mobility, prioritizing both omnidirectionality and safety in its solutions.

Algobrix teaches kids the basic of coding and robotics using LEGO compatible building blocks.

Kügar is an industrial automation company that offers robotic automation solutions. It specializes in the fields of industrial engineering, manufacturing, and robotics. It was founded in 2013 and headquartered in San Francisco, California.

RobotAI is a technology company based in Haifa, Israel, founded in 2018. The company specializes in developing artificial intelligence software that enhances camera capabilities, allowing them to function as advanced 3D measurement devices. This software enables the detection of objects and the extraction of their position and orientation from a single image, making it applicable in various environments. By integrating sensors and high-level control, RobotAI's solutions improve indoor navigation, enhance arm-vision control, and facilitate object manipulation, providing businesses with innovative tools to optimize their operations.

Developer of unmanned aerial vehicles and multi-copter drones designed to carry heavy payloads to mountainous areas, islands, and other remote areas. The company's platform works on the design, production, operation, and maintenance of unmanned aircraft systems and provides services for civil protection, cable stretching, monitoring, multi-sensor analysis, and other personalized services, enabling clients with services that have been difficult and costly to attain.

RedOak Instruments is a medical technology company located in Katy, Texas, specializing in non-invasive biomechanical assessments of hand function. Its innovative technology enables the detection of fine motor control and coordination impairments through detailed measurements and analyses. This system is particularly useful for evaluating recent injuries and tracking recovery progress, as it monitors changes in reaction time and other critical parameters over time. RedOak's technology serves a range of professionals, including clinicians, military medics, and emergency responders, who require accurate assessments of the severity of injuries, particularly those affecting fine motor skills, in a timely manner.

Keto A.I., Inc. is a company based in Houston, Texas, specializing in swimming pool maintenance services through its innovative technology platform. The company has developed an AI-based skimmer plate that offers valuable insights into pool safety and maintenance. This skimmer plate is equipped with sensors that monitor water quality, water levels, and equipment performance. The collected data is streamed to the cloud and analyzed using artificial intelligence, allowing clients to effectively track and manage their swimming pools. By leveraging advanced technology, Keto A.I. enhances pool maintenance processes, providing users with essential information for optimal pool care.

Supportomate specializes in developing an autonomous call center agent designed to automate customer interactions over phone and text channels. By leveraging proprietary conversation learning technology, the company enables insurance carriers to streamline their sales and customer service processes, ultimately reducing operational costs. This technology utilizes existing recorded conversations to train a fully automated voice representative capable of engaging in multi-directional, open conversations, rather than being limited to pre-scripted dialogues. Supportomate's innovative approach allows enterprises to enhance efficiency and improve customer experiences within their call centers.

Exomys is developing a passive and modular exoskeleton for industrial application to support employees during long upright standing shifts. As a result, a higher production level and better focus at work can be accomplished. The basic idea is a passive exoskeleton presenting a carrying mechanism, similar to a mobile chair. This supports the user while standing/hunkering by transferring the load from the legs to the mechanical structure at any time. The angular position of the knee is arbitrary at any position from standing, sitting to hunkering. Consequently, the user is not exposed to debilitating positions during work, can operate longer without health issues and is more efficient in long term. All mechanical elements fit under the work pants to avoid frame sections sticking out. This provides a higher safety factor and is more user friendly compared to existing systems where the technology is mainly positioned on top of the cloth.

Paper Crane is a startup inventing foundational artificial intelligence technologies that make advanced geospatial data insights highly accessible. We make Location Intelligence for Everyone a reality.

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.

Developer of surgical instruments tracking system designed to create a surgical experience at a low cost for the hospital, the surgical team, and the patient. The company's system uses predictive analytics for tracking surgical instruments in the operating room, creating dependable, real-time data streams that transform resource management, enabling healthcare teams to have exactly what they need during surgery.

Dash Beyond is an artificial intelligence tool that recommends personalized career and education options to students whose age ranges from 13 and above, enabling them to explore the future of education and work. Its gamified counseling process is powered by a library of short career documentary films, machine learning algorithms, and psychological science designed to help students achieve their long term career goals. It aims to create an epoch-defining service that gives students everywhere access to engaging and effective career guidance.

Video.Bot, developed by OvermediaCast, specializes in interactive and personalized video-based bots designed for educational and informational purposes. The platform aims to simplify complex subjects by facilitating one-on-one interactive conversations that incorporate rich visuals and an engaging format. This approach enhances user engagement and offers personalized experiences, making it suitable for educational institutions, online learning platforms, businesses, and various organizations. By combining elements of sound, image, and movement, Video.Bot enriches the learning experience, helping users to better understand intricate topics. Founded in 2010 and headquartered in São Paulo, OvermediaCast has been recognized for its innovative contributions to marketing and technology, particularly in improving customer experiences for banks and brands.

Video.Bot, developed by OvermediaCast, specializes in interactive and personalized video-based bots designed for educational and informational purposes. The platform aims to simplify complex subjects by facilitating one-on-one interactive conversations that incorporate rich visuals and an engaging format. This approach enhances user engagement and offers personalized experiences, making it suitable for educational institutions, online learning platforms, businesses, and various organizations. By combining elements of sound, image, and movement, Video.Bot enriches the learning experience, helping users to better understand intricate topics. Founded in 2010 and headquartered in São Paulo, OvermediaCast has been recognized for its innovative contributions to marketing and technology, particularly in improving customer experiences for banks and brands.

re:3D reduces production complexity by providing affordable, industrial 3D printers that transform big ideas into tangible realities. With a build volume of eight cubic feet and robust construction, Gigabot can print objects 30x larger than competing desktop models. Up until now, personal 3D printing has been limited to toys and trinkets, while the Gigabot will bring your biggest dreams to life. re:3D's customer base comprises an esteemed group of designers, small business owners, manufacturers, educators, prototypists, and hobbyists in over 30 countries around the globe. Currently, re:3D is scaling manufacturing operations, and exploring alternate materials and feedstocks with global leaders in material and life sciences.

Algobrix teaches kids the basic of coding and robotics using LEGO compatible building blocks.

Automation Hero goes beyond traditional RPA by natively integrating AI to form an enterprise-ready intelligent process automation platform. By intelligently automating repetitive and time-consuming tasks, Automation Hero improves information worker productivity and drives more successful, optimized business outcomes. Its powerful backend focuses on three key areas: augmenting employee decision making, eliminating repetitive and time-consuming tasks and automating common customer asks. The platform offers both unattended and attended automations. Its attended version is personified by Robin, a proactive, adaptive and interactive AI assistant to create an approachable integration between AI and humans. Automation Hero empowers organizations to modernize legacy systems without adding heavy IT resources through seamless integration.

Cutii, developed by CareClever SAS, is a home care platform centered around a robot designed to facilitate interaction among elderly individuals, their families, caregivers, charities, and healthcare professionals. Launched in 2016 and based in Roubaix, France, Cutii aims to enhance the daily lives of seniors by providing access to a variety of activities and services that promote well-being and social engagement. The robot is equipped with advanced functionalities such as speech recognition, vocal commands, facial recognition, artificial intelligence, and the ability to convert speech to text and vice versa. Additionally, Cutii can interact with connected devices, further enriching the user experience and fostering a sense of connection and support for its users.

Cutii, developed by CareClever SAS, is a home care platform centered around a robot designed to facilitate interaction among elderly individuals, their families, caregivers, charities, and healthcare professionals. Launched in 2016 and based in Roubaix, France, Cutii aims to enhance the daily lives of seniors by providing access to a variety of activities and services that promote well-being and social engagement. The robot is equipped with advanced functionalities such as speech recognition, vocal commands, facial recognition, artificial intelligence, and the ability to convert speech to text and vice versa. Additionally, Cutii can interact with connected devices, further enriching the user experience and fostering a sense of connection and support for its users.

Enterprise Bot GmbH specializes in developing artificial intelligence-powered chatbots aimed at automating customer interactions for enterprises. Founded in 2017 and based in Zug, Switzerland, with an additional office in Bengaluru, India, the company offers a range of products, including chatbots for sales and customer service, email triage bots, and scheduling assistants. Its solutions are particularly tailored for financial institutions and insurance companies, providing them with a robust customer relationship tool that enhances the overall customer experience. The multi-platform messenger addresses various customer needs, significantly reducing operational costs and wait times for call centers. By enabling natural language communication, Enterprise Bot's technology helps companies better understand and respond to user requirements.

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.

Ashored focuses on developing technologies that promote sustainability in ocean harvest industries. The company is introducing an innovative underwater buoy release system designed for trap fishing, which allows fishers to deploy ropes and buoys on the ocean floor until they are needed. This system significantly reduces the risks of entanglement with marine life and minimizes the loss or damage of fishing gear. By utilizing machine learning, sonar, and geo-tracking, Ashored's solution enables the collection of vital data and the efficient location of lost traps. This approach not only helps prevent gear conflict and reduces ocean waste but also allows for sustainable fishing practices in protected or restricted areas, contributing to the preservation of at-risk marine habitats.

Developer of a medical device designed to use for endoscopic surgeries. The company's device is compatible with standard endoscopes for tissue approximation for surgeries with an image-guided suturing system, enabling hospitals to reduce the procedure time and mortality rates.

Roper provides ranchers with real-time decision support to optimize beef cattle health and productivity using a solar-powered, GPS-enabled health wearable and companion mobile app. GPS-steered tractors revolutionized farming and now we're using this same concept to revolutionize beef production. And we're taking it to the next level with health monitoring and predictive analytics, so ranchers can maximize herd fertility and nutrition, sustainably manage grazing, and pinpoint cattle that are sick or distressed.

Beewise Technologies Ltd. specializes in the development of autonomous beehives designed to enhance beekeeping efficiency and sustainability. Founded in 2018 and based in Nahariya, Israel, the company utilizes AI-powered precision robotics to automate various beekeeping activities, significantly increasing yield and reducing colony loss while eliminating the need for chemical pesticides. Its innovative device allows beekeepers to remotely manage hives, offering features such as automated harvesting, swarm prevention, pest control, and environmental monitoring for climate and humidity. Additionally, Beewise provides a mobile application that delivers real-time updates, making it easier for beekeepers to oversee their operations with minimal human intervention.

Manufacturer of surgical devices intended to enhance surgeon performance. The company's system provides critical decision-making information along with superior performance and a smart balance of features and ease the way surgeons approach soft tissue management, enabling surgeons to extend their tactile reach to the target tissue with AI guidance, minimize inefficient workflows, reduce costs, and eliminate toxic waste disposal.

Dronistics is developing a personal and human friendly drone delivery system for last centimeter delivery to hard-to-reach places. The drone is connected to the internet via 4G modem and it is controlled by the web application of Dronistics available on any device e.g. smartphone, tablet or laptop. The delivery is fully autonomous using GPS. The software has a series of safety checks to ensure safety for people during flight and while unloading the parcel.

Developer of an artificial intelligence powered personal assistant plug-in designed to eliminate bugs in coding. The company's plug-in includes the facility to search answers for programming questions and find the right code snippets for bugs, enabling software developers and programmers to be more productive and efficient.

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.

RebusLabs Inc. is a Turkish startup specializing in the development of Internet of Things (IoT) solutions. Founded in 2015 and based in Sariyer, the company focuses on creating smart connected systems that enhance the management of temperature-sensitive substances. Its flagship products include Modus, which allows pharmacies and laboratories to monitor cold cabinets, and Locus, designed for fast-moving consumer goods companies to track in-store refrigerators. Additionally, RebusLabs offers Synapse, a suite of applications that gather data from these smart devices. The company aims to provide "IoT as a service," enabling clients to co-develop platforms that integrate smart devices, cloud infrastructure, and software applications. With expertise in RF and power electronics, as well as application engineering, RebusLabs addresses the challenges of tracking and protecting fixed assets while improving productivity. The company has also received various government grants to support its innovative initiatives.

Women Who Drone is an online platform and community dedicated to inspiring, educating, and empowering women in the field of drone technology. The organization offers a variety of services, including personalized drone lessons, workshops, and online courses. It aims to foster a supportive environment through a global network of women and mentors who share a passion for flying drones. Additionally, Women Who Drone facilitates career opportunities and connections within the drone industry, ensuring that women have access to resources and guidance as they navigate their journeys in this evolving field. Through content creation, storytelling, and events, the platform strengthens its community and promotes the representation of women in the drone sector.

Yago enables independence for people with hand motor impairments. Yago is a portable exoskeleton to support independence in daily living for people with hand motor impairments.

Developer of custom high-performance motion system designed to address the current limitations of the contemporary robotics motion system. The company's patented Field Modulation Motion System [FMMS], demonstrates advanced performance features, enabling businesses, especially in the collaborative robotics industry to have significant and disruptive advancement in robotics motion and expanding the application capabilities and market opportunities.

Tennibot, Inc., founded in 2018 and located in Auburn Hills, Michigan, has developed the world's first autonomous tennis ball collector. This innovative device is designed for use on both clay and hard court surfaces, enhancing the experience for tennis players by allowing them to concentrate on their game without distractions. The robotic collector utilizes computer vision and artificial intelligence to efficiently determine when and where to collect tennis balls, and it can autonomously return to a designated location when its storage is full. This technology significantly reduces the time and effort spent by players, coaches, and clubs in retrieving balls, streamlining practice sessions and improving overall efficiency on the court.

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.

ReSymmetry, founded in 2016 by Efrat Shenhod-Malihi, is focused on creating an innovative robotic wheelchair aimed at enhancing the quality of life for wheelchair users. The company addresses the significant health risks associated with prolonged immobility, which can lead to various secondary medical conditions and emotional distress. Its product features an exoskeleton design that allows for twelve degrees of shift and autonomous body movement, incorporating sensors that collect and analyze user data. This technology enables wheelchair users to engage in minor continuous motions, mitigating the adverse effects of sitting still for extended periods. In recognition of its potential impact, ReSymmetry was awarded in the Launch category of the WeWork Creator Awards in Tel Aviv in 2017.

Tesseract Inc. is a mixed reality company based in Navi Mumbai, India, that specializes in the design and development of augmented, virtual, and mixed reality hardware and software. Founded in 2015 and operating as a subsidiary of Reliance Industries Limited, Tesseract aims to democratize mixed reality by providing scalable and accessible products. Its flagship offerings include the Holoboard, a mixed reality headset compatible with smartphones, and Quark, an add-on that enables users to capture 360-degree VR videos. The company also provides enterprise solutions like the Methane 360 VR Camera and Platform, which allows various industries, including real estate and hospitality, to create immersive 8K 360 VR walkthroughs. By leveraging advanced machine learning and artificial intelligence, Tesseract enhances user experiences, making it easier for consumers and businesses to engage with mixed reality applications.

Librimind is an AI-driven software platform, which helps industrial companies to meet production targets safely and sustainably. Our solution is built on a foundation of data science and machine learning, with the vision to catalyze a positive change in the industrial world and bring a productive and cost-efficient operation. Librimind delivers a comprehensive, proven and tested set of capabilities for rapidly changing industrial environment focusing on production and operational costs targets.

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.

GyroGear is a multidisciplinary team composed of designers, engineers, and medical professionals focused on developing innovative solutions for individuals with hand tremors. Their flagship product, the GyroGlove, is a wearable device that utilizes advanced aerospace-grade gyroscopes to mechanically stabilize hand tremors associated with conditions such as Parkinson's disease and Essential Tremor. By addressing the challenges faced by those living with these conditions, GyroGear aims to enhance independence, dignity, and overall quality of life for its users.

Watchtower Robotics specializes in developing advanced technology for detecting leaks in water distribution systems. Their innovative robot is designed to identify leaks early and accurately, minimizing the risk of water breaks and infrastructure damage. By operating without disrupting water service, the technology allows clients to implement preventative measures before significant leakage occurs. This proactive approach not only helps in preserving water resources but also reduces the potential for costly repairs and downtime associated with water infrastructure failures.

Zoba, Inc., founded in 2016 and headquartered in Boston, Massachusetts, operates a web application that enables organizations to engage with real-time predictions of human behavior. The company specializes in developing an optimization platform that automates operational decisions, helping mobility companies enhance fleet performance and customer satisfaction. By utilizing spatial machine learning models and analyzing environmental data, Zoba's platform predicts demand for various services and optimizes network strategies. This approach allows organizations to make informed decisions regarding risk and location, thereby improving overall operational efficiency.

A.I. Capital Management is a hedge fund startup that specializes in utilizing advanced artificial intelligence techniques for trading in foreign exchange markets. The firm has developed a quantitative trading platform that employs deep reinforcement learning and deep convolutional neural networks to analyze Forex price data. This sophisticated approach allows A.I. Capital Management to provide alternative AI-driven investment strategies for hedge funds, facilitating better data organization and helping clients optimize their investment decisions. Through its innovative technology, the company aims to enhance the effectiveness of trading strategies in the competitive landscape of foreign exchange trading.

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.

FOLDAWAY, aims to develop ultra-portable and low cost origami haptic interfaces. Such devices allow the user to experience an advanced level of interaction that is based on the sense of touch. The first prototype has three degrees of freedom and can interact with human fingers by tracking their motion and providing force, stiffness and texture perception. Through its unique origami manufacturing, it is the first haptic interface that folds-away when not in use. Its palm size, and thin design, makes it the ideal user interface for any portable device.

ROVENSO is a Swiss company established in 2016, specializing in the development and production of remotely operated robots designed for challenging environments and disaster relief scenarios. Based in Villaz-Saint-Pierre, Switzerland, with additional facilities in Shenzhen, China, the company focuses on advanced solutions for security and safety monitoring. Its flagship product, ROVéo, is a four-wheeled autonomous robot that operates continuously, providing effective surveillance for industrial sites and warehouses. ROVéo enhances security by detecting intrusions, thefts, and safety hazards such as fires, liquid or gas leaks, and equipment malfunctions. In addition to ROVéo, ROVENSO is developing LISéo, a lightweight immersive control station, as part of its research and development efforts. The company's innovative technologies aim to deliver cost-effective alternatives to traditional manned security, ensuring a safer environment for various applications.

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

Seoul Robotics Co., Ltd. is a South Korean company established in 2017 that specializes in lidar perception software for 3D object detection and computer vision. The company develops software solutions, including its flagship product SENSR, which facilitates the detection, classification, tracking, and prediction of objects in the environment. Seoul Robotics aims to enhance the capabilities of autonomous vehicles, smart cities, and robots by providing advanced AI technology that enables these systems to effectively perceive and interpret their surroundings. Through its innovative software, the company supports the growing demand for reliable and efficient autonomous systems.

Cleo Robotics is developing a revolutionary new drone technology designed specifically for indoor applications.

BlocksCAD is 3D modeling software designed by teachers, for teachers. They wanted software that was easy enough to use for grades 3+ while providing rich learning outcomes by developing strong math and computer programming skills. With a simple block-based programming interface, students will write programs to design their models. To do this, they will build a strong understanding of the underlying geometry of the 3D space.