MassChallenge

MoviWear is a technology company that specializes in medical AI and remote monitoring solutions, primarily through its platform MoviWearMED. This platform is designed to monitor patients' vital signs in real-time, whether they are at home, in retirement facilities, or on the go. By utilizing proprietary 5G IoT NurtureWatch wearables, MoviWear can detect critical changes in health indicators such as heart rate, temperature, blood pressure, and oxygen levels, as well as alerting caregivers in case of falls. The company addresses the increasing demand for continuous health monitoring outside of traditional hospital settings, particularly for seniors. Founded in 2017, MoviWear aims to enhance patient safety and prevent health emergencies, drawing inspiration from a personal family experience. Its clientele includes health and telecommunications companies across North America, Europe, and Israel.

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 health monitoring platform focused on enhancing eldercare quality and operational efficiency. It utilizes advanced, wireless sensor technology to monitor vital signs and activity without the need for wearables or video cameras. The platform provides real-time alerts and actionable insights related to fall detection, sleep patterns, pulse, behavior, heart rate, and breathing rate. By analyzing baseline health data, Tellus enables care facilities to respond effectively during emergencies and make informed decisions to improve the well-being of their residents.

Teratonix specializes in energy-harvesting technology that converts ambient radio waves into electricity, providing a sustainable power source for low-power devices. This innovative system significantly reduces lifetime maintenance costs for wireless devices by tenfold compared to traditional battery power, while also eliminating hazardous battery waste. By offering a maintenance-free power solution, Teratonix enables IoT manufacturers to develop self-powered versions of existing devices, opening new market opportunities. Additionally, their technology helps users minimize regulatory compliance risks associated with battery disposal, contributing to a more environmentally friendly approach to powering wireless devices.

Whist is a technology company that specializes in developing personal cloud computing solutions. Their innovative Chrome browser isolates, controls, and monitors employee access to company resources across various devices, eliminating the need for traditional remote desktop setups. By leveraging the capabilities of 5G technology, Whist offers a cloud computing experience that matches the performance of conventional workstations. This enables creative professionals and production workers to efficiently edit, render, and play multimedia content at high speeds from any internet-connected device, making cloud laptops a practical alternative to personal laptops.

Grapheal is a Medtech startup focused on developing embedded and wearable biosensors that leverage graphene transistors for enhanced functionality. Their devices are designed to be minimalistic and digital, enabling the dosing of biomarkers and detection of pathogens through a smartphone interface. By integrating advanced sensing nanomaterials with wireless connectivity and data analysis capabilities, Grapheal's biosensors facilitate field diagnostics and remote patient monitoring. This approach aims to make healthcare more accessible and accurate, allowing medical professionals to effectively monitor patient progress and healing.

NemoCare is developing the smartest and most comprehensive patient monitoring and management system. It is an innovative, continuous vital sign data acquisition, analysis and prediction engine that combines unobtrusive wireless wearable sensors and networks, analytical algorithms and big data to provide affordable continuous, high resolution monitoring for all newborns in hospital, and at home. We use design thinking principles to build life-saving technologies that will transform the way healthcare is delivered. Our current area of work is in newborn and maternal care.

Sensytec is a company that specializes in Structural Health Monitoring, focusing on the quality control and monitoring of cement and concrete structures. It provides innovative solutions through its SMART CEMENT™ system, which combines both software and hardware to deliver actionable intelligence based on data collected during the design, placement, performance, and maintenance phases of concrete infrastructure. Sensytec's wireless sensors offer advanced monitoring capabilities, analyzing critical factors such as cracking, contamination, corrosion, and temperature changes. This technology enables clients to accurately assess the condition of their cement and concrete, ensuring enhanced performance and longevity of their infrastructure projects.

Violume specializes in non-touch room disinfection and energy-efficient lighting technology aimed at improving hygiene in healthcare facilities. The company’s innovative solutions are designed to neutralize viruses, bacteria, and fungi on exposed surfaces, significantly reducing the risk of healthcare-acquired infections. Violume provides a user-friendly platform that enables on-demand, one-touch activation through wireless control and monitoring, ensuring efficient operation. Additionally, their LED lighting technology enhances energy efficiency while contributing to a cleaner environment in healthcare settings.

Meredot is a Ukrainian company founded in 2018 that specializes in wireless charging systems for various devices, including mobile phones, laptops, earphones, speakers, and automobiles. The company has developed innovative products such as MeOutlet, a power outlet system that operates without electrical contact, and MePower, a cable-free charging device designed to accommodate multiple devices. Additionally, Meredot produces wireless chargers for electric vehicles, mobile robots, and forklifts, enabling them to charge without the need for physical connections, whether stationary or in motion. Utilizing advanced manufacturing methods and radio frequency technology, Meredot aims to enhance the usability of electric vehicles while contributing to environmental sustainability by reducing pollution and promoting cleaner energy solutions.

Blue Fairy Med is a manufacturer of innovative wearable medical devices designed for the neonatal intensive care unit (NICU). The company specializes in a unique system that integrates wires, adhesive electrodes, sensors, and textiles into a single soft garment. This device facilitates wireless monitoring of vital signs for premature infants, enhancing the ability of healthcare providers to track and manage their well-being. By offering a seamless and comprehensive approach to infant care, Blue Fairy Med aims to transform treatment methodologies, improve patient outcomes, and establish new standards of care for vulnerable newborns.

Laelaps specializes in the production of advanced GPS tracking collars designed specifically for hunting and outdoor dogs. The company's tracking system combines GPS, VHF radio, and Bluetooth technology to provide real-time location tracking. This innovative system allows dog owners to receive location updates via text messages, ensuring they remain connected to their pets. Laelaps collars are known for their durability, waterproof design, and extensive range coverage, making them suitable for outdoor use. Additionally, the collars feature a long-lasting battery life, further enhancing their reliability for dog owners in various environments.

JustSpot.me is a smart location device that doesn’t need to be charged. It is lightweight, small and waterproof, with a customizable minimalist design and trendy colors. What sets us apart is also that JustSpot.me is charge free, affordable, and easy to use. Existing trackers use Bluetooth or cellular network - they have a short range or need daily charging. Their device works over any distance and the battery can last up to 4 years. Put it in forget it!

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.

Sleepiz AG, based in Zurich, Switzerland, specializes in manufacturing a non-contact sleep monitoring device aimed at enhancing healthcare accessibility in home environments. Incorporated in 2018, the company's innovative product is designed to be placed on a bedside table, where it accurately measures patients' breathing patterns, heart rate, and body movements using advanced wireless millimeter wave technology and artificial intelligence. This device not only facilitates the diagnosis of sleep disorders but also enables long-term monitoring of chronic diseases, allowing healthcare providers to track patient progression and implement timely interventions for improved treatment outcomes. Through its user-friendly and precise approach, Sleepiz is positioned to significantly contribute to patient-centric disease management.

Neuroelectrics is a digital brain health company that innovates at the intersection of neuroscience, physics, machine learning, and hardware. The company has developed wireless EEG and tDCS/tACS/tRNS stimulation devices with up to 32 channels, amongst other products encompassing software and research services, with the purpose of monitoring and enhancing brain health. It was founded in 2012 and headquartered in Barcelona, Catalonia.

Xsensio is a digital health company focused on addressing the challenge of real-time, continuous monitoring of health parameters. It is developing an innovative Lab-on-Skin wearable device that serves as a miniaturized sensing platform, enabling continuous and real-time analysis of biochemical information at the skin's surface. This technology allows for the precise measurement of various health indicators, such as electrolytes, metabolites, hormones, and proteins, akin to traditional blood tests but in a minimally invasive manner. By providing unprecedented insights during critical health events, Xsensio aims to enhance patient care and shift the healthcare industry from a static to a dynamic approach in health monitoring.

Rover develops new IoT concepts focused on consumer engagement with their everyday things . Rover Development has created the Jasha sensor - a very low cost RFID pressure sensor that resides within a tire, ball, or other inflatable. The sensor is completely powered and queried by the user's smartphone, right through the outside of the tire. No batteries needed! The sensor has been released and is currently available for evaluation and purchase.

Widerfi international travelers can buy direct mobile data connectivity from local cellular network without changing their SIM card. Widerfi is the most cost efficient and customer friendly way to provide high-speed 3G/LTE unlimited data to roaming mobile device at a local rate. NEW VALUE: Widerfi enables those international travelers who currently switch off mobile data while abroad to have home-like data access experience, and shares the potential of previously foregone $12 billion income pool with partnering cellular operators. Moreover, Widerfi model opens new horizons for mobile access innovation, including sponsored and on-demand connectivity.

Converge specializes in providing hardware and software solutions for the collection, storage, and analysis of sensor data, primarily serving the medical and construction industries. The company develops transmitters that connect to both digital and analog sensors, transforming them into wireless networked devices. Additionally, Converge offers a software platform designed to store, analyze, and visualize the data generated by these sensors. Their solutions facilitate data connectivity in hospitals, allowing healthcare professionals to manipulate and visualize patient data, which helps tailor treatments and optimize discharge processes. Converge is headquartered in London, United Kingdom, and is focused on advancing wireless sensor networks for the industrial Internet of Things, replacing manual monitoring with automated, continuous data collection and analytics.

BIORASIS was established in Dec. 2007 with an initial goal to commercialize UCONN’s and OSCI’s wireless, needle-implantable, miniaturized (0.5 x 0.5 x 5 mm) sensor platform for real time, continuous glucose monitoring. In addition to glucose monitoring Biorasis is working towards outfitting its sensor platform to monitor other bio-analytes in the body that are important in other disorders such as cardiovascular, cancer, liver, kidney abnormalities, stroke and epilepsy.

Widerfi international travelers can buy direct mobile data connectivity from local cellular network without changing their SIM card. Widerfi is the most cost efficient and customer friendly way to provide high-speed 3G/LTE unlimited data to roaming mobile device at a local rate. NEW VALUE: Widerfi enables those international travelers who currently switch off mobile data while abroad to have home-like data access experience, and shares the potential of previously foregone $12 billion income pool with partnering cellular operators. Moreover, Widerfi model opens new horizons for mobile access innovation, including sponsored and on-demand connectivity.

Catchbox is a professional wireless microphone. The device communicates with a receiver (included) that can be connected to any sound system. To avoid unwanted noises when being thrown around, internal electronics sense the motion of the cube and switch off the audio when it is caught, thrown,or dropped. The Catchbox got started in 2012 at Aalto University, Finland. After seeing countless lectures and conferences where it was difficult to ask audience members questions, the founders decided something had to be done. Product developers at heart, the team set about to create the world’s first throwable microphone that could be easily passed from one audience member to the next, making events more engaging and fun. To develop the product, the company went through countless iterations, testing early prototypes at over 100 events, including large conferences and lectures. After seeing which features, technologies, and form factors worked the best, the final design was finally chosen. Early customers include Evernote, Ohjelmisto Yrittäjät, SEFE, and Nordic Business Forum. Keksintösäätiö, Aalto Design Factory, Startup Sauna, and Aalto University all played an instrumental role in the creation of the product, providing support and a workplace for student-driven innovations.

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.

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.

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.