IMPLEMENTATION OF IMAGE ENCRYPTION-BASED LOGISTIC CHAOTIC MAP FOR TRANSACTION PROOF IN WASTE BANK TRANSACTION SYSTEM WEB APPLICATION

Abstract

Garbage often refers to residues that are undesirable or useless to humans after the completion of household activities and processes. Garbage can cause many problems, including health, environmental and other issues, so proper waste management is important. Therefore, disposal of household waste is necessary. Waste banks are one sort of waste management solution. A waste bank is a concept that gathers dry, sorted rubbish; it functions similarly to a bank, except it takes in waste rather than cash. A set sum of money is awarded for the saved garbage, which is then sold to cooperative partners after being weighed. Within the waste bank, different types of transaction processes take place, including depositing waste, requesting withdrawals of savings funds, the sale of collected waste, etc. Each transaction, whether inbound or outbound, must be recorded and accompanied by valid evidence. Proof of transaction is important to ensure that the transaction is valid and genuine. This allows both the payer and the payee to know that a transaction is taking place. Therefore, it must be stored properly and collected efficiently. There are many forms of proof of transaction today. Can be used for printing, images, soft files, etc. These documents contain personal information about the recipient and the transaction itself. Therefore, it is important to ensure data security so that unauthorized users cannot access it. This thesis is created to design a waste bank web application that helps manage the transactional activities of a waste bank system and improves the security of the proofs of transactions image with image encryption.