The present invention relates to a secure and intelligent communication system for privacy-preserving digital message transmission integrates artificial intelligence (AI), decentralized networking, and post-quantum cryptography. The system comprises a User Layer for initiating and receiving text, audio, video, or multimedia messages; a User Device hosting an AI Engine, Encryption Layer, and Network Interface modules for on-device processing; a Communication Layer for dynamically selecting optimal paths among Wi-Fi, Mesh, and Cloud interfaces; and a Security and Storage Layer ensuring end-to-end encryption and self-sovereign identity management. The AI Engine optimizes routing, compression, and anomaly detection, while the system supports offline mesh networking and real-time translation. Temporary session keys and data are securely erased post-delivery, ensuring privacy. The system provides reliable, adaptive communication in dynamic network environments without centralized server dependency.
Suresh Gyan Vihar University is a private research university in Jaipur, Rajasthan, serving roughly 4,000 students through a broad, industry-oriented academic and research profile. Its 32-acre campus combines academic schools, research centres, advanced laboratories, and incubation facilities, giving corporate R&D teams access to faculty expertise, doctoral researchers, and applied research infrastructure. The university emphasizes academia–industry engagement through collaborative programs, industry-linked laboratories, internships, consulting, mentoring, shared workspace, IP support, and startup linkages. Research is supported by competitive funding and collaborations involving the Department of Science and Technology, SERB, DBT, UGC, and Rajasthan government programs. An IPR and Research Cell supports patenting, licensing, technology-transfer agreements, and commercialization.