Preventing Digital Arrests with Blockchain Technology: A Delegate-Driven Approach
Anjana Rani, Monika Saxena · Nanotechnology Perceptions · 2024
A blockchain-based solution to address the challenges such as digital arrest, censorship, and tampering is presented in this study. Fundamental blockchain principles influenced this approach top ensure the integrity of the transactions and to detect fraud, utilizing robust tools for identifying censorship as well as tampering. A key feature of this paper is the process of block generation involving generation. Legal block is assigned by using these delegates in a sequential manner, just by copying the steps of the consensus process to ensure consistency and accuracy. To evaluate the proposed solution, derived a synthetic dataset from the actual data of transaction with some anomalies is used. To detect and ensure the overall validity of the blockchain, the blockchain integrity tests are deployed in this paper. The findings demonstrate that the proposed model successfully mitigates the impact of digital arrest while preserving the reliability as well as security of the system. This research also highlights the potential of blockchain technology to enhance transaction security and integrity, offering a practical method for detecting and countering the manipulations digitally.