KaTaPaYa Saankhya Sutra Extended as an Encoding Scheme for Secure Communication in IoT Devices

Modern computers linked to IoT devices constantly produce vast amounts of data and information. Information security is crucial in securing this ever-generating vast volume of data. Modern encryption algorithms significantly enlarge files. Therefore, more bandwidth is needed for safe data transfer. Transforming a message into codes is the act of encoding. The study of ancient Vedic encoding techniques is applied to the contemporary period in the current work. Most of the Vedic literature is in Sanskrit through Poetry rather than narration. This Sanskrit poetry of the Vedic and its contemporary periods not only laud the Gods but also includes numerical codes. The Katapayadi technique of writing numbers in Sanskrit words was used in ancient India. Numerous ancient Indian mathematicians employed this and other similar systems. This tries to reduce the file size while simultaneously encrypting the content using this antique encryption method via Sanskrit as the medium.In this paper "Katapayadi Sankhya Sutra" (KTPY Rule) was studied and implemented. The "Katapayadi Sankhya Sutra - Extended" (KTPY-E Rule) is the improvement suggested for this KTPY Rule. An effective encryption and decryption approach was proposed using this KTPY-E Rule. In the suggested KTPY-E technique, English text is converted to the Unicode code KTPY encoded form, and then it is stored in its Binary Format indexed by its initial character set.