Next-generation cybersecurity system in integration with Artificial Intelligence and blockchain
Rajesh Singh, Anita Gehlot, Shaik Vaseem Akram, Ravindra Sharma, Praveen Kumar Malik · 2025
The Internet of Things (IoT) subsequently encourages the formation of value chains for handling data through the integration of techniques, commodities, services, software, and equipment spanning numerous industries and organizations. It is vital to perform research on next-generation IoT security frameworks and create cutting-edge integrity safeguards to deal with various IoT network attacks. Simultaneously, data security is becoming more sophisticated. Furthermore, with the rising popularity of social media, there has been a surge in online crime, sometimes known as cybercrime. Data security is critical in every aspect of information technology. As a consequence of substantial developments in cyber-physical systems (CPS) enabled by technologies such as cloud computing, edge computing, mobile computing, and the IoT. CPSs enable one-of-a-kind computer framework designs, as well as the integration of ubiquitously embedded sensors and communication services via better networking technologies. With an increasing reliance on real-life robots operating alongside humans, safeguarding them is becoming more vital to prevent cyberattacks that could end up in breaches of privacy, crucial treason, and physical harm. This article studies the technologies that are currently being used to safeguard the cybersecurity and how these technologies can be improved to meet the future challenges.