MassChallenge

Predyct specializes in developing and deploying smart sensors that encode real-time asset conditions via permanent physical changes, without requiring external power. These sensors are designed for easy installation and wireless data transfer, with the company's cloud platform handling data decryption, authentication, and processing. By providing actionable insights through digital twins, Predyct helps industries enhance operational efficiency and sustainability, while also supporting decarbonization efforts.

NemoCare develops a comprehensive patient monitoring system using wireless wearable sensors, analytics, and big data. Its primary focus is on affordable, continuous monitoring for newborns in hospitals and at home, aiming to improve maternal and neonatal care.

MoviWear is a company specializing in medical AI and remote monitoring solutions, with a focus on enhancing the safety and health of seniors. Its flagship platform, MoviWearMED, enables real-time health monitoring through proprietary 5G IoT NurtureWatch wearables. This technology allows for continuous tracking of vital signs, including heart rate, temperature, blood pressure, and oxygen levels, as well as fall detection, whether individuals are at home, in retirement communities, or on the move. Designed to respond to the critical need for 24/7 health monitoring outside of hospital settings, MoviWearMED provides instant alerts when there are significant changes in a patient's condition. Since its establishment in 2017, MoviWear has collaborated with various health and telecommunications companies across North America, Europe, and Israel, aiming to prevent health crises and improve quality of life for seniors.

DeepCharge, Inc. is a Massachusetts-based company founded in 2018 that specializes in wireless charging solutions for both businesses and individuals. The company has developed a proprietary platform that integrates electromagnetic coils into surfaces, allowing them to function as intelligent, wireless chargers for various electronic devices, such as laptops, smartphones, and tablets. DeepCharge’s technology utilizes AI-enabled software-defined charging, enabling it to sense and localize devices for efficient power delivery without requiring coil alignment. This innovative approach allows for the creation of versatile charging solutions that can transform ordinary surfaces, like countertops and desks, into contactless charging systems. The company's offerings are applicable across several sectors, including consumer electronics, healthcare, and hospitality, enhancing the convenience and efficiency of charging devices in a wide array of environments.

Epios personalized and precision management of brain disorders using daily life monitoring and therapeutics. The Epios system comprises a series of thin leads incorporating sensing electrodes and a miniature implant, inserted beneath the skin. The neural signals are wirelessly transmitted to an external receiver held in place on the skin directly over the implant with a magnet, and from there are conveyed to a wearable data processor and are finally securely stored in the Epios Cloud.

Advanced Interactive Response Systems - AIRS in Newaygo, Michigan, provides oxygen supply monitoring systems for hospitals, homes, and other remote areas. With this system, the patient is able to safely monitor air flow for oxygen tanks. It has an alarm feature that sends updates via text messaging or Bluetooth™. The AIRS devices are also wirelessly linked to each other using a secure and robust mesh networking protocol. Hospitals and medical personnel will greatly benefit from this state-of-the-art monitoring system.

Tellus is a healthcare technology company that uses advanced sensor technology to monitor elderly residents' vital signs wirelessly, without requiring wearables. It provides real-time actionable health information to improve eldercare quality and operational efficiency.

Whist is a technology company that develops personal cloud computing solutions, specifically a Chrome browser designed to isolate, control, and monitor employee access to company resources across various devices. This innovative approach eliminates the need for traditional remote desktop setups. Whist's offerings align with advancements in 5G technology, which enhances internet bandwidth and coverage, allowing for seamless performance in cloud-based applications. By providing tools that enable creative professionals and production workers to edit, render, and play with exceptional speed, Whist positions itself as a viable alternative to personal laptops, catering to the evolving needs of modern businesses.

Teratonix is a developer of innovative energy-harvesting tools that convert ambient radio waves into electricity, providing a sustainable power source for low-power devices. The company's technology offers a maintenance-free solution that significantly reduces lifetime maintenance costs for wireless devices by a factor of ten compared to traditional battery power supplies. This advancement not only helps Internet of Things (IoT) manufacturers create self-powered versions of existing devices but also aids in minimizing regulatory compliance risks associated with battery waste. By eliminating hazardous battery disposal and promoting eco-friendly practices, Teratonix positions itself as a key player in the transition towards sustainable energy solutions for the growing demand in the IoT market.

NemoCare develops a comprehensive patient monitoring system using wireless wearable sensors, analytics, and big data. Its primary focus is on affordable, continuous monitoring for newborns in hospitals and at home, aiming to improve maternal and neonatal care.

Grapheal is a Medtech startup specializing in embedded and wearable biosensors. Utilizing graphene transistors, their wireless sensors enable accurate field diagnostics and remote patient monitoring for various biomarkers and pathogens.

Sensytec specializes in Structural Health Monitoring for cement and concrete structures. Their innovative SMART CEMENT™ system monitors and quantifies key properties like cracking, contamination, corrosion, and temperature changes, providing actionable intelligence throughout the structure's lifecycle.

Violume specializes in providing non-touch room disinfection and energy-efficient lighting technologies. The company's solutions are designed to neutralize viruses, bacteria, and fungi on exposed surfaces within healthcare facilities. Their platform features an on-demand, one-touch activation system using wireless control and monitoring, along with LED lighting technology. This approach aims to reduce and eliminate pathogens cost-effectively, thereby minimizing the risk of healthcare-acquired infections.

Somax Systems specializes in developing and marketing advanced ultrasound imaging devices tailored for healthcare professionals. Their flagship product is a compact, versatile scanner poised to become an indispensable tool akin to current staples like stethoscopes or thermometers. The company's core values include trust, innovation, quality, and sustainability, guiding their pursuit of superior imaging solutions that meet evolving healthcare needs.

Founded in 2018, Meredot specializes in wireless charging systems for various devices including mobile phones, laptops, earphones, speakers, and automobiles. Their key products are MeOutlet, a contactless power outlet system, and MePower, a cable-free charger for multiple devices. Meredot's innovative technology aims to enhance convenience while promoting sustainability.

Blue Fairy Med is a wearable manufacturing company focused on developing innovative medical devices for neonatal care. Their primary product is a sophisticated infant care system designed to monitor vital signs of premature babies in the Neonatal Intensive Care Unit (NICU). This system integrates various components, including wires, adhesive electrodes, sensors, and clothing, into a single soft and smart textile garment. By enabling wireless monitoring of vital parameters, Blue Fairy Med's technology facilitates a more approachable and progressive treatment approach, allowing healthcare professionals to enhance the care and welfare of premature infants and establish a new standard in neonatal care.

Laelaps specializes in the development of high-quality GPS tracking collars designed for hunting and outdoor dogs. The company’s innovative system combines GPS, VHF radio, and Bluetooth technologies to provide real-time location tracking for dogs. This solution allows dog owners to receive location updates via text messages, ensuring they can stay connected with their pets during outdoor activities. Laelaps collars are noted for their outstanding durability, being waterproof and weather-tested, and feature a long-lasting battery life with exceptional range coverage. This technology enables pet owners to easily monitor their dogs' positions through a smartphone interface, enhancing the safety and tracking capabilities for outdoor enthusiasts.

Toggle Health is a healthcare technology company focused on enhancing the surgical user experience within the operating room. It specializes in surgeon-computer interaction technology that connects to digital case data, facilitating access to critical information in a sterile environment. The company's innovative approach employs a sterile wireless controller, enabling surgeons to navigate and manage patient case data seamlessly. This capability aims to empower surgeons to make informed decisions during procedures, ultimately improving patient outcomes and efficiency in surgical settings.

JustSpot.me is a company that specializes in developing a smart location device aimed at tracking and locating house pets. Their innovative device is lightweight, small, and waterproof, featuring a customizable minimalist design available in trendy colors. Unlike traditional trackers that rely on Bluetooth or cellular networks, which have limited range and require frequent charging, JustSpot.me's device operates over any distance and boasts an impressive battery life of up to four years. This charge-free, affordable solution allows pet owners to securely monitor their pets without the constant worry of battery depletion or connectivity issues.

TRAXX includes a robust, FCC/CE certified tracking device, per-configured right off the box to work worldwide (except Korea and Japan - sorry), a great-looking app (iOS and Android) and a 2 years global data plan. It is easily mounted on every motorcycle type and can be used anywhere, you can even cross boarders with it at no extra cost.

Founded in Zurich, Switzerland in 2018, Sleepiz develops a non-contact multidimensional sleep monitoring device. It tracks breathing, heart rate, and body movements with medical-grade accuracy, enabling diagnosis of sleep disorders and long-term patient-centric disease management.

Neopenda designs and develops a reusable vital signs monitoring device integrated into a baby hat for critically ill newborns. The device measures pulse rate, respiratory rate, peripheral blood oxygen saturation, and temperature, transmitting real-time data to healthcare workers.

Xsensio is a digital health company focused on revolutionizing healthcare monitoring. It specializes in developing a wearable, Lab-on-Skin© platform that continuously analyzes biochemical data from the skin's surface in real-time, offering unprecedented insights into health and wellness.

Rover specializes in IoT innovations focused on enhancing consumer interactions with everyday objects. They are known for creating the Jasha sensor, a low-cost RFID pressure sensor that resides within tires or other inflatables, powered and queried by users' smartphones without needing batteries.

Ekko Audio is a developer of innovative audio technology focused on enhancing the listening experience through its flagship product, the HUB. This Hi-Fi, Wi-Fi audio hub allows users to share high-quality wireless audio with multiple listeners simultaneously, accommodating 4 or more users. Designed for versatility, the HUB connects to any audio source and supports various listening devices such as earbuds, headphones, and powered speakers. Its advanced streaming technology ensures ultra-low latency and audiophile-grade sound quality, catering to both casual listeners and discerning audiophiles. The HUB includes individual wireless receivers equipped with volume and mute controls, enabling personalized listening experiences. Additionally, the accompanying mobile app offers customization features such as equalizer settings and volume safety limits, making it suitable for families. Ekko Audio's design emphasizes both functionality and aesthetics, ensuring that the HUB fits seamlessly into any home environment. With its commitment to high-resolution audio and user-friendly controls, Ekko Audio aims to redefine group listening with a sophisticated yet accessible solution.

Molecular Warehouse Ltd. is a biotechnology company focused on the development of proteins for diagnostics and therapeutics. Incorporated in 2015 and located in Twickenham, United Kingdom, the company specializes in patient-centric biosensor technology aimed at enhancing molecular diagnostics. Its innovative approach involves creating electrochemical biosensors that can detect various biomarkers with high specificity and sensitivity. This technology enables individuals to monitor their health regularly from home, allowing for timely communication of test results with healthcare providers through smart devices.

Converge is a technology company based in London, United Kingdom, specializing in hardware and software solutions for the collection, storage, and analysis of sensor data. The company develops transmitters that connect to various digital and analog sensors, converting them into wireless networked devices. Its software platform enables the storage, analysis, and visualization of data generated by these sensors. Converge's solutions are designed to facilitate data connectivity in sectors such as healthcare, where they allow doctors to manipulate and visualize patient information to tailor treatments effectively. Additionally, the company addresses the needs of the construction industry by providing automated data collection and analytics to replace manual monitoring processes. Through its innovative approaches, Converge is contributing to the advancement of wireless sensor networks within the industrial internet of things.

Molecular Warehouse Ltd. is a biotechnology company focused on the development of proteins for diagnostics and therapeutics. Incorporated in 2015 and located in Twickenham, United Kingdom, the company specializes in patient-centric biosensor technology aimed at enhancing molecular diagnostics. Its innovative approach involves creating electrochemical biosensors that can detect various biomarkers with high specificity and sensitivity. This technology enables individuals to monitor their health regularly from home, allowing for timely communication of test results with healthcare providers through smart devices.

Catchbox is a Finnish company that specializes in the development of a unique throwable wireless microphone designed to enhance audience engagement during events. Founded in 2012 at Aalto University, Catchbox emerged from the need to facilitate audience participation in lectures and conferences, where traditional microphone setups often hindered interaction. The innovative microphone features internal electronics that automatically mute the audio when the device is caught, thrown, or dropped, ensuring clear audio capture without unwanted noise. This design allows for seamless audio transmission from both presenters and audience members, promoting inclusive interactions in large spaces. Catchbox has undergone extensive product testing at over 100 events to refine its features and design, resulting in a product that supports hybrid meetings, voice lift, and real-time captioning. Early adopters of Catchbox include notable organizations such as Evernote and Nordic Business Forum, reflecting its effectiveness in fostering engaging communication during events.

Ionu Biosystems is seeking to reduce the cost and increase the ease of healthcare through continuous, mobile medical monitoring. Their approach uses novel technology to both detect and measure concentrations in the body that can lead to better health and medical outcomes. As the world becomes more connected through wireless technology their technology will enable health analysis by anyone, from anywhere. This direction empowers patients to control their own health and consult their physician before significant events occur, therefore reducing the cost of healthcare and increasing patient health and happiness.

MegaMIMO's patent-pending technology alleviates the wireless capacity crunch. They've demonstrated that it delivers ten times more data per unit of spectrum as compared to today's technologies, and requires no changes to end-user devices.

SoundFest, established in 2011 by Mark Eisner and David Duehren, specializes in developing wireless earpieces designed to enhance hearing assistance through smartphone connectivity. Their innovative product integrates advanced speech detection and noise reduction algorithms into smartphones, tablets, and other multimedia devices, offering customers convenient assisted listening solutions.

CardioWave uses proprietary software algorithms and sensor technologies to read sophisticated biometrical parameters of human body. Those advanced parameters they interpret in a proper manner to show your energy, vitality and stress levels, optimal pulse level during your exercises (target training zone), and others. Sensor, algorithms, wireless technology and smartphones are giving consumers the ability to take control over their own health.

RF Venue is a manufacturer of innovative, novel technologies that make wireless audio systems work and sound better.

Remcore allows patients on home oxygen therapy to be more comfortable and more active with ActiFlo™, a patented wireless remote control flow management and monitoring system. The ActiFlo system is safer, more accurate, and patients at home can be more mobile than with conventional oxygen systems. Doctors often prescribe different levels of oxygen to patients on home oxygen for different levels of activity, but patients typically leave the flow rate unchanged all the time. This is because up to now there has been no convenient way to adjust the flow rate when going from resting to exertion.