Blockchain technology is an innovative database tool that permits obvious information allocation within a business link. A blockchain database stocks records in hunks that are allied together in a fetter. The data is chronologically unswerving as data can’t be modified or deleted in the chain lacking consent in the network. Therefore, it produces an irreversible or unassailable ledger for trailing orders, outflows, accounts, and extra dealings. The system has an integrated mechanism that prevents unsanctioned pact items and creates steadiness in the pooled assessment of these transactions. In a centralized network, data security is not efficient and once data is lost digital evidence suffers the effect. However, a decentralized approach is being proposed because each member or participant of the blockchain construction has entree to the unabridged dispersed database. Data provenance makes it conceivable to trail the derivation of every deal inside the blockchain ledger. Blockchain communications are corroborated and reliable due to the multifaceted  omputations and cryptographic proof among tangled parties. Hence, any annals in a blockchain can’t be altered or scrubbed as a result of the immutability technique. This proposal presents a blockchain-based charter for ensuring secure data provenance and traceability in digital forensics. The framework leverages blockchain technology to create an immutable and transparent data origin, processing, and analysis record. The goal is to enhance the reliability and trustworthiness of digital evidence in criminal investigations and legal proceedings. The research aims to contribute to developing a reliable and trustworthy digital forensic process, ultimately supporting the investigation and prosecution of cybercrimes.