Safe data in healthcare: New IoT research inspires experts!

Safe data in healthcare: New IoT research inspires experts!

If you think about the future of the healthcare system, you can quickly cannot avoid bringing the topic of intelligent devices and IoT into play. It is becoming more and more clear that the safe and efficient use of these technologies will be decisive for the good of many patients. Current research shows exciting approaches to improve data security and management in the sensitive area of health care.

recent studies, as described Nature , lay the foundation for new research methods for safe data release in the health sector. An IoT-based health data record is presented here, which includes over 3000 health and predictive devices. These range from heartbeat measurements to activity data and thus enable a comprehensive analysis of the patient health

Modern data processing and security strategies

In order to use this extensive data record sensibly, various methods are used. The ZSN method (Z-Score normalization) optimizes the pre-processing of the data, while the SSIR method (Sensitive Spectral Impact Rate) helps to identify sensitive data records. An exciting innovation is the use of the BQSDP method, which analyzes both sensitive and non-sensitive information.

essential for data security on the Internet of Things is the FBE technology (Foldable Block Encryption Standard), which protects sensitive data. In addition, the DHLM method (Decentralized Healthcare Ledger Management) supports the maintenance of the transaction principle for health-tech.

The use of modern analysis strategies shows success: The ZSN method is said to have achieved an accuracy of 92.70% in the analysis of 3000 medical data records, which gives trust in these technologies.

The role of IoT in healthcare

But it's not just about data security - the effects of IoT on healthcare are enormous. Digi emphasizes that IoT technologies are already successfully integrated in various areas such as patient monitoring, intelligent health systems and medical wearables. The COVID-19 pandemic in particular became hygiene measures and the use of contactless technologies more urgent than ever.

of automated hand-disinfection stations, to temperature monitoring solutions for pharmaceutical products, to sensors for air quality monitoring-this shows the versatility of modern IoT applications in healthcare.

data protection and authentication

The protection of sensitive patient data is and remains a central concern. A new framework that was introduced to IEEE DATART goes to this problem. It includes an open source tool called IoT flock with which security solutions for IoT can be developed. The framework helps with the recognition of malignant data flows that have become increasingly a serious problem in health care.

summarized it is shown that the fusion of IoT and healthcare is a young but future -oriented trend. Various technologies and innovative methods significantly improve security and efficiency. In combination with advanced approaches to data processing, we could be on the best way to fundamentally revolutionize the healthcare system - for the benefit of everyone.