Published Paper Details:

This Project presents an innovative vulnerabilities inherent in traditional data management systems. This project aims to bridge data security model for environmental this gap by proposing an innovative data security monitoring, integrating blockchain technology model that integrates blockchain technology with advanced cryptographic techniques. The advanced cryptographic techniques, specifically the model incorporates the Twofish algorithm for Twofish algorithm for encryption and the RSA encryption and the RSA algorithm for algorithm for decryption, along with the utilization decryption, ensuring a high level of data of smart contracts. Confidentiality and integrity by employing decentralized ledger, the system blockchain's One of the primary objectives is to enhance the enhances transparency and traceability in confidentiality and integrity of environmental data. Environmental data transactions. Smart With the exponential growth in data collection and contracts are integrated into the blockchain transmission in environmental monitoring systems, framework, automating processes and enforcing ensuring that sensitive information remains security protocols. The Twofish and RSA confidential and unaltered is paramount. By combination fortifies the protection of sensitive leveraging the Twofish algorithm for encryption, information, making it resistant to unauthorize the project aims to provide robust protection access and tampering. This comprehensive against unauthorized access and data breaches. Approach aims to address data security Twofish, known for its strong encryption challenges in environmental monitoring, capabilities, offers a formidable defense providing a robust and trustworthy solution. mechanism, thereby safeguarding sensitive. environmental data from malicious actors and cyber threats