To be able to properly utilize ZKP as an authentication process, it should start with clearly laying out the specific authentication criteria closely related to the system. Address this by stipulating the types of secrets that are accessed and the security level clients need. [3] After setting the needs to the authentication procedures, the next step is to choose a ZKP protocol which complies with these terms. The level of the security (a factor) desired, the computational efficiency (another factor) and the complexity of the authentication process (the third factor) affect this decision. After that, the system chooses the ZKP protocol, it is creating needed parameters or keys for this protocol's further implementation. The implementation can be seamlessly integrated into the user registration process, and it will not interrupt the user registration process, ultimately resulting in a better onboarding user experience. The next step is the users initiating authentication process by producing proof which attests to own possession of the secret information, passwords or cryptographic keys, for example. These proofs go to authentication system which is perfectly independent and compares them for confirmation. Once the validation process of the proofs was successful, access will be given to the authenticated user that will allow them to utilize the facilities or services of the platform. These security inspections and audits are needed to prevent changes in the authentication process that might result in compromised security and data integrity. Thus, such attempts ensure that the dangers are detected and dealt with in due time to prevent the system from being breached accidentally or purposely. In the end, the algorithm based on zero-knowledge proof is implemented and executed across the platform as a guarantee of constant, safe user authentication. This way, the system becomes not only highly effective and efficient in authentication but also user-oriented, considering security and privacy as its major points.