Towards Design and Implementation of Space Efficient and Secured Transmission scheme on EGovernance data

TL;DR

This paper proposes a space-efficient and secure data transmission scheme for E-Governance using modified Huffman compression and SHA hashing to enhance bandwidth utilization and message integrity.

Contribution

It introduces a novel combination of Huffman-based compression and SHA hashing for secure, space-efficient data transmission in E-Governance systems.

Findings

Improved bandwidth utilization through compression

Enhanced security with SHA-based message integrity

Effective space savings in data transmission

Abstract

We know that large amount of data and information should be transmitted through internet during transactions in E-Governance. Smart E-Governance system should deliver speedy, space efficient, cost effective and secure services among other governments and its citizens utilizing benefits of Information and Communication Technologies (ICT). This paper proposes to develop a space efficient and secured data transmission scheme using Modified Huffman algorithm for compression, which will also yield better bandwidth utilization and inner encryption technique with one way hash function SHA (Secured Hash Algorithm) to ensure Message integrity.