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In today's competitive environment, all web applications require a password to log in. It is true that all Internet applications still employ encrypted text-based passwords. Although encryption is vital for data security, it is also occasionally necessary to be able to demonstrate that the data has not been altered. This can be accomplished using hashing algorithms. The algorithm for converting plain input into a fixed-length hashed text is hashing, which is widely used to store passwords. One of the most useful cryptographic primitives is hash functions. Using hit and trial approaches, one or two layers of hashing can be effortlessly de-hashed. However, hackers will have a considerably harder time cracking the passwords if modest adjustments are made and the passwords are hashed five times and also by adding some dynamic salts bases on the length and the letters used in the passwords. The lack of a reliable password development mechanism has led to the repeated usage of the same passwords across the internet. This paper describes a five-layer hashing technique that would be used to store hashed data in a database, as well as a password generator that uses random values and a password strength checker. This paper consists of three modules: a five layer hashing method implementation, a password generator, and a password strength checker.