Steganography is a method for hiding important data inside of ostensibly innocent carriers. In this study, we describe a reliable steganographic technique that combines Serpent's powerful encryption with data chunking and network dispersion. The purpose of this paper is twofold: first, to create a safe and effective method for breaking up ciphertext into smaller pieces, followed by steganographic embedding and distribution; and second, to assess how well this suggested method protects the confidentiality and integrity of data. The initial goal is to build and put into practise a revolutionary steganographic method with strong security using Serpent encryption. We want to improve the system's effectiveness and dependability by breaking the ciphertext into smaller pieces. To further strengthen the security of the steganographic technique, we also investigate how to distribute these encrypted data pieces over a network. The success of the suggested steganographic approach is evaluated in the second goal. We assess the amount of data integrity and confidentiality attained when it is being sent to and stored in a cloud environment. We assess the security and dependability of our method through in-depth study and experimentation and contrast it with other steganographic techniques.

Steganography, Serpent Encryption, Data Chunking, Network Distribution, Data Confidentiality, Data Integrity, Cloud Storage.