IoT Solutions World Congress

Bittium Exhibits Its New, Wearable Device Platform

Oulu (FI), October 2016 – Bittium will exhibit its customized, secure R&D services for IoT solutions at the IoT Solutions World Congress, to be held in Fira Gran Via, Barcelona, Spain, 25–27 October 2016. On display will be the "Bittium wearable platform for health monitoring", which is targeted for preventive healthcare. It enables the development of customized products and services quickly and cost efficiently. 

Bittium also exhibits nationally in Finland to restricted classification-level-approved Bittium Tough Mobile smartphone and related Bittium Secure Suite device-management and encryption software, which can also be utilized in Bittium’s IoT solutions.

  • Bittium wearable platform for health monitoring is a wearable device platform integrated with four sensors: 3-axis accelerometer, optical heart rate (OHR), skin temperature, and EmoGraphy skin-conductance sensor. These sensors allow the measurement of a person’s stress level, fatigue, and sleep quality. The wearable platform provides an easy way to develop and test new healthcare-specific products and services such as remote patient monitoring or professional driving applications.
  • Bittium Tough Mobile is a secure and durable Android-based LTE smartphone combining the latest information security and commercial device technologies. Bittium Tough Mobile incorporates a hardware-based security platform that enables strong device security as well as deep integration of both customers' own and third-party software security solutions.
  • Bittium Secure Suite device management and encryption software is a product that complements the Bittium Tough Mobile smartphone with a scalable set of new software services for remote management, remote attestation, and securing the device’s network connections. The Bittium Tough Mobile smartphone and Bittium Secure Suite form a unique, complete, reliable system for processing and transferring sensitive and classified material and securing critical communication.