On Monday, 19th of June, at 21:15 hrs., EVALAN’s innovative product to prevent heat-related injuries will be featured on Dutch TV (NPO3) on June 19 as part 4 of the documentary “Half Holland in Crisis” by Dutch public broadcaster VPRO.
The Body Core Temperature Monitor, ARMOR, was selected by the Ministry of Defense for its ease of use.
ARMOR is the heat stress monitor protecting workers in hot environments.
EVALAN is proud to participate in the RM4HEALTH European Project. How? Check it out!
EVALAN is mentioned by Information Research Insights as a key player in the biometric sensor market.
In sports, increasing the level of performance is essential for success. Stakeholders such as sports clubs, coaches, and athletes, are increasingly investing in technology to enhance their chances to win. One of the technologies that are gaining ground in this respect is wearable technology.
Evalan participated in the European project Energy for Smart Objects (EnSO). The project, which was recently successfully completed, focused on an indispensable part of an IoT device; energy. The aim of the project was to develop Autonomous Micro Energy Sources (AMES) for IoT devices to extend battery life with as little energy as possible. As a result of this project, Evalan created a Smart Care solution consisting of the combination of a wireless sensor network and a wearable sensor that monitors various physical parameters. The focus was on reducing the energy consumption of both the wearable sensor and the bGrid node, the sensor that forms the basis of the eponymous wireless smart building sensor network.
Today’s world is built on connection. Our homes, phones and more and more of our devices are communicating with each other. The adoption of IoT is growing and impacting several sectors, including healthcare. Healthcare professionals are increasingly beginning to realize how smart technology can revolutionize healthcare in many different ways. Two key tools will play a role in this change: embedded monitoring systems and smart building connectivity.
Heroic acts are not without risk. As an employer you want to protect employees as well as possible. This is possible with biometric IoT, measuring physical characteristics and linking this to an app. Soldiers and firefighters are already experimenting with it.
In response to worldwide health and fitness trends, the adoption of biometric devices, or Internet of Medical Things (IoMT) within healthcare and other demanding professions is growing fast. What is the actual growth rate of these IoT-based biometric devices? How can they be used? And what opportunities do they offer for your company?
Wearables: we know them as the pedometers and fitness trackers. But we see the development increasingly shifting from the consumer market to healthcare. How can biometric wearables be used in healthcare? The innovations contribute to the increase of personalized care.
On the 16th and 17th of January we joined the kick-off of the SINTEC project (Soft Intelligence Epidermal Communication Plaftorm) in Sweden. The aim of this project is to develop two new techniques: stretchable pcb’s (printed circuit boards) and communication through fat tissue. Evalan will combine these techniques to realize practical and effective solutions for healthcare.
Evalan recently completed the development of a Heat Stress Monitor for soldiers. This wearable device determines minute-by-minute the core temperature of a soldier during an exercise.
