Published Paper Details:

Multi-server authentication systems offer greater value through a single registration, and make it easier to access multiple services from trusted servers through a single agent Traditional registration methods often hinder users due to the burden of remembering multiple passwords from each service provider. Multi-server authentication simplifies this process by enabling real-time client authentication over public channels, increasing the availability of services. With the advent of more multi-server authentication protocols, education continues to search for more efficient and flexible authentication schemes. In this context, we offer anonymous authentication mechanisms designed to mitigate major security threats such as impersonation, insider attacks, and password compromise, all in place in a rational computing system Our approach uses the random oracle model for a more formal security evaluation, compared to existing protocols This comprehensive evaluation, which reveals better performance in terms of computing power, . in terms of communication and storage costs highlights the effectiveness of our proposed scheme in ensuring anonymity and encryption of users especially in multi-server scenarios plant.