Securing the Data in Clouds with Hyperelliptic Curve Cryptography

Abstract

Abstract-In today's world, Cloud computing has attracted resea rch communities as it provides services in reduced cost due to virtualizing all the necessary resources. Even modern business architecture depends upon Cloud computing .As it is a internet based utility, which provides various services over a network, it is prone to network based attacks. Hence security in clouds is the most important in case of cloud computing. Cloud Security concerns the customer to fully rely on storing data on clouds. That is why Cloud security has attracted attention of the research community. This paper will discuss securing the data in clouds by implementing key agreement, encryption and signature verification/generation with hyperelliptic curve cryptography.

Security Performance Analysis during Side-Channel Attack Using Novel Cryptography Algorithm for VM Cloud

“…The user can save the data in the cloud, but because of the lack of security in the cloud, it is possible to lose the trust of users [22]. Mukhopadhyay et al (2014) analyze Cloud computing security issues, rely heavily on customers to store data in the cloud. The key exchange can achieve encryption, signature veri cation, or generation, and hyperelliptic curve cryptography can protect data in the cloud.…”

“…The key exchange can achieve encryption, signature veri cation, or generation, and hyperelliptic curve cryptography can protect data in the cloud. Despite the advantages of cloud computing, security is more important [23]. Vanathi et al (2019) discussed that each attack has its own unique attack generation, defence mechanism concerning detection technology, and variety of xed encryption algorithms.…”

Data Security for Cloud Computing based on Elliptic Curve Integrated Encryption Scheme (ECIES) and Modified Identity based Cryptography (MIBC)

“…In 2014 Puneetha and M Dakshayini proposed data security model using ECC algorithm and hash function as digital signature [6]. In 2014 Debajyoti Mukhopadhyay et al proposed method for securing the data in clouds by implementing key agreement, encryption and signature verification/generation with hyperelliptic curve cryptography [7]. In 2014 Swarnalata Bollavarapu and Bharat Gupta proposed data security system.…”