A Bio-surveillance, Bio-safety, and Bio-security Research Center.
Telebiometrics is a company dedicated to the science of measuring life between two remote points, performed or operating through electronic transmission. A historic effort to remotely quantify biological entities (wetware), and transmit encrypted metrics and hierarchies over an open network. Applications include: e-Health, Telemedicine, security, biosignaling, animal monitoring, environmental monitoring, ADAS (Advanced Driver Assistance Systems) identification and authentication. This global security effort was first initiated by the United Nations Standards body, the ITU (International Telecommunications Union) which is a multinational coalition effort to measure and protect life via security and privacy.
Connecting Biological and Digital Networks
Expanding IoT to include Biology - Biology to Machine Protocol (B2M)
Telebiometrics gained importance over the past decade, when the Internet required applications to better understand interaction with life to protect and secure. Applications include identity managment, biosignal monitoring, and autonomous driving vehicles each require a life management strategy and infrastructure to be marketable. A great example, includes Apple's first biometric enabled iPhone. Since then, the scope has expanded to include all biological monitoring human or non-human including wearables for e-Health. As each person contains unique biological features and habits, information obtained from the body should be protected making it difficult to steal or replicate. Telebiometric enable systems offer reliable and secure biological measurements.
Our Mission: To Minimize the 4 Primary Threats to Life
An International and Intergovernmental Coalition - World Wide Standards
Telebiometric Standards are currently being defined by the ITU-T Study Group 17 for Cybersecurity. Telebiometrics was initially conceived as the application of biometrics for telecommunication and of telecommunications to remote biometric sensing. It was initially standardized in 2004 by ITU in ITU-T/Recommendation X.1081: The Telebiometric Multimodal Model. From this research a "Human Interaction Model" was derived enabling machines to connect to biological entities via "Biology to Machine (B2M) Protocol". The B2M protocol allows information to be transferred between people, animals, and plants directly to the internet where the informatics is further processed.