SMART HEALTHCARE

DEVICES

The Health Bracelet by X-CITE is constantly transmitting BLE (Bluetooth Low Energy) identifiers while at the same time, identifiers from other bracelets are periodically received in case they are acting within a predefined range. In case two Health Bracelets exchange their identifiers, the interaction will be logged and the vibration motor within the bracelets will be activated.

X-CITE is offering Entry and Mid Level Appliances (x86 Servers) acting as a gateway between the building infrastructure and the cloud-based X-BRAiN instance. The integration and communication to sensors and actors is established by using industry protocols such as BACnet, Profibus, KNX and many more.

DEVICES

Our in-house developed Health Monitor is the key device in order to measure health conditions of vulnerable people or employees in physically demanding industry jobs. The Health Monitor is combining advanced sensing abilities for measuring the oxygen saturation in the blood, heart rate and skin temperature, includes wide connectivity options such as NB-IoT, LTE-M, NFC and BLE and comes with a compact size. It is worn as a chest strap.

The in-house-developed and 5G capable Google Coral Board is equipped with adequate processing power to run Machine Learning processes directly on the device and to establish video streams for capturing the emergency scene. By integrating with the 5G core network, Quality of Service (QoS) parameters can be dynamically adjusted in order to ensure a reliable service experience.

DEVICES

X-CITE is offering Entry and Mid Level Appliances (x86 Servers) acting as a gateway between the building infrastructure and the cloud-based X-BRAiN instance. The integration and communication to sensors and actors is established by using industry protocols such as BACnet, Profibus, KNX and many more.

Our in-house developed Maximos Sensor is a multi-functional device that acts as an independent sensor, connectivity enabler and as an interface for connecting and gathering data from external sensors. From an architectural point of view, Maximos is designed as a modular device, meaning that the final sensor and its features can be assembled from a set of available modules.