@article{Aza2024,
Author = {Azamat, M. et al.},
Title = {Whitepaper - Ensuring a Secure Future: Comprehensive Insights into 6G IoT Security and Privacy},

Journal = {Secure Cyber Cluster Whitepaper},
Year = {2024},
Pages = {44},
Url = {https://www.idunnproject.eu/download/white-paper-ensuring-a-secure-future-comprehensive-insights-into-6g-iot-security-and-privacy/},
type = {article},
Abstract = {This whitepaper, “Ensuring a Secure Future: Comprehensive
Insights into 6G IoT Security and Privacy”, comprehensively
analyses the security and privacy challenges associated
with 6G-enabled Internet of Things (IoT) systems. As 6G
technology evolves from previous generations, it promises
unprecedented advancements in data transfer speeds,
reduced latency, and widespread connectivity. These
advancements will significantly impact the IoT ecosystem,
which connects myriad devices and enables seamless
data exchange. However, this increased connectivity also
introduces new cybersecurity threats and privacy concerns.

The whitepaper considers the evolution of 6G IoT cybersecurity,
exploring key challenges and potential solutions. It examines
research projects, such as TRUST-AWARE, Arcadian-IoT,
ELECTRON, IDUNN, ERATOSTHENES, SENTINEL, SECANT
and SPATIAL, which address specific security and privacy
issues in IoT applications, including smart homes, healthcare,
and industrial and businesses environments. Additionally, it
discusses the role of AI-empowered security techniques in
enhancing real-time anomaly detection and response within
6G IoT networks.

This research focuses as well on analyzing advanced
encryption mechanisms designed to secure wireless
networks and infrastructures against post-quantum security
risks, ensuring the safety and privacy of communication
networks in an increasingly connected world.

The aim of this whitepaper is to guide stakeholders in
understanding and addressing the complex security and
privacy demands of the 6G IoT era, ensuring a secure and
resilient connected world by providing insights into these
critical areas.}
}
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