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The healthcare sector is becoming increasingly digital. However, the Telematics Infrastructure (TI) still currently requires hardware. An overview of the most important technical components.

The City of Wiesbaden shows how trust services can advance digital government. And still the potential has not yet been fully exploited.

Bundesdruckerei and the start-ups neQxt and JoS QUANTUM are working together to strengthen digital sovereignty. Together, they are conducting research in the field of cyber forensics to combat future cyber threats.

Find out how to use the binding electronic signature as remote signature in your company in a convenient manner and without any change in media.

What advantages does the electronic signature have compared to the handwritten signature and how easy is it to use?

The digital exchange of information in the healthcare sector requires a legal framework to ensure processes are as secure as possible. This paage provides an overview of the key laws that form the basis of Germany’s telematics infrastructure and its applications.

Digital technologies are continuing to evolve. As such, so is the Telematics Infrastructure (TI). The term “TI 2.0” brings together future developments that are intended to deliver greater security, efficiency and convenience for TI applications in healthcare. Key concepts here include digital identities, a zero-trust security architecture and Healthcare Confidential Computing (HCC) for even better data protection.

Patient data is highly sensitive. Protecting it appropriately is not only essential for its security but also for the success and acceptance of the telematics infrastructure in the healthcare sector. Standards for data protection and security for all healthcare data are continually being raised.

The National Once-Only Technical System (NOOTS) enables the efficient exchange of data between government agencies and citizens. Find out how NOOTS works and what role it plays in register modernisation.