Enhanced Security Technique for Adhoc Transmission Using Hyper Elliptic Curve

The popular cryptosystem technology with a realistic way to a highly secure and a smaller encryption bit size is known as Hyper Elliptical Curve Cryptography (HECC). The key-agreement issue is a significant drawback in the crucial demand for an explanation. A secret key must be disseminated among the clients to protect group-based data transfer in a distributed architecture. A revolutionary dynamic group secret key control is present to establish effective key distribution and administration. This article suggests key-agreement architecture based on hyperelliptic curve cryptography. The concept of the strategy, in this case, is to split a large group into multiple segments, with each segment preserving its security code to regulate the segment and managing numerous segments using a HECC management algorithm based on the Key Agreement. The study introduces a novel approach to collective key generation with encryption. An architecture for mobile networks using the Key Agreement-based HECC for Encryption (KAHECCE) suggested algorithm were simulating in contrast to the traditional techniques currently used for MANETs. KAHECCS outperforms prior methods in terms of throughput efficiency while demonstrating sophisticated key exchange characteristics without sacrificing overhead or storage costs.