• Connecting Life to the Internet
  • Telebiometrics Measuring Life
  • Biosignals Internet of the Body
  • Biology to Machine Protocol Enabling Computers to Recognize and Protect Life
  • Telebiometrics vs. Biometrics
  • Biological Cloud Storage
  • Telebiometric Biomarkers
  • Telebiometrics eHealth Telemedicine
  • Telebiometrics Secure Bio-representation Cloud
  • Network Enabled Biosecurity
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A Bio-surveillance, Bio-safety, and Bio-security Research Center.

Telebiometrics is a leading expert in the field of biosecurity intelligence of which we offer both professional services and product development engineering. Our company provides cost effective and cutting-edge engineering at every stage of product development. We are a team of global engineers, scientists, lawyers, and government intelligence experts. At the core of our business, we are dedicated to the expertise of quantifying biology between two independent locations, which can be transmitted via digital communication. To solve any complex problems and projects, we apply our interaction algorithms to determine the effects on life.

Connecting Biological Networks to Digital Networks


Expanding IoT to include Biology - Biology to Machine Protocol (B2M)

Telebiometrics leads the world in Biology-to-Machine Protocol (B2M, X.1080.2), which has been standardized at the UN's ITU-T. 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, biosignals, animal monitoring, environmental monitoring, ADAS (Advanced Driver Assistance Systems) identification and authentication.

This global security effort was first initiated by the ITU (International Telecommunications Union) which is a specialized agency of the United Nations responsible for many matters related to information and communication technologies. Telebiometrics is an international coalition effort to measure and protect life via security and privacy. 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 that reduces risk in the four primary threats to life.

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.

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