Intrusion Prevention in Cloud Computing Using Blockchain

The integration of blockchain technology with cloud computing to establish a more secure and transparent Intrusion prevention mechanism. The limitations of traditional Intrusion prevention methods, including security, transparency, and scalability challenges. Blockchain technology has emerged as a promising solution to enhance Intrusion prevention and permissions in a tamper-proof and transparent ledger in cloud computing environments. Blockchain technology has the potential to revolutionize Intrusion prevention in cloud computing by providing a more secure, transparent, and scalable framework. Scalability is an issue since processing many Intrusion prevention transactions on the blockchain might cause network congestion and sluggish processing. Transactions take time to upload to the blockchain, which can delay realtime access choices. It takes skill to integrate and manage blockchain and cloud technologies together. Choosing the correct consensus mechanism affects system efficiency and security. Consider the costs of establishing and maintaining such a system and the difficulty of fixing faults owing to blockchain immutability. In this paper we highlighted the importance of Intrusion prevention in cloud computing, emphasizing the need for secure and transparent management of sensitive data and resources. It also underscores the limitations of traditional Intrusion prevention methods, which can lead to security breaches and unauthorized access. In conclusion, this paper presents a compelling argument for the integration of blockchain technology with cloud computing to establish a more secure and transparent Intrusion prevention mechanism. Keywords: Blockchain, Cloud Computing, Intrusion Prevention, Scalability, immutability