Design and Implementation of Visual Cryptography scheme

Visual cryptography schemes (VCS) are essential for safe communication and image transfer. Nevertheless, pixel enlargement is a common problem with traditional VCS, which can hinder practical implementation by increasing storage and transmission cost. In this research, a unique method for creating robust, visual cryptography schemes (VCS) that prevent pixel expansion is presented. Our suggested systems take advantage of sharing and modification encoding techniques to make them small without sacrificing security. Through the optimization of pixel utilization and the application of sophisticated cryptographic techniques, our strategy minimizes data redundancy while upholding the encryption concept.