Efficient Cryptography Integrated IoT Model for Data Security Management

For the past 10 years, a huge network of billions and trillions of “things” communicating with one another has been a major study topic, despite severe technological and application challenges. Even if there are many questions concerning the security and privacy of a network, a well-defined network security model can be constructed. Everything is getting smarter because to the rapid expansion of IoT applications. By embracing the anytime, everywhere paradigm, researchers from all throughout the business have made major contributions to the field of intelligence. Some of the security challenges related with this fast growing technology include authentication, confidentiality, integrity, and non-repudiation. Throughout the years, the importance of IoT security and privacy has been adequately proved. This research brings together the models, schemes, and implementation elements of IoT alternative tools and systems. It focuses on the efficiency of connections secrecy, user authentication, data integrity, and service availability on the hardware side. Cryptography models are introduced in IoT frameworks for securing the sensitive information of users that is transmitted in the network. The process of encryption, decryption and key management will support the framework for enhancing the security levels. Countermeasures against modern threats and attacks are also considered and analysed in this study. After the initial examination of the data, the data is transmitted using a stochastically dispersed algorithm. Code theory difficulties like disorder decoding and vibration are crucial for learning equivalence, which is why code-driven cryptography is so effective. In these cryptosystems, error codes are employed to create a one-way function. Encryption decreases the possibility of intermediary attacks and ensures that data is secure in all forms of transport. This research works present brief analysis on various cryptography integrated IoT models for maintaining data security that helps researchers to build string security models in IoT.