A Decentralized Store-and-Forward Mesh Networking Architecture for Internet-Free, Cellular-Independent Mobile Communication (MeshConnect-P2P)

A Decentralized Store-and-Forward Mesh Networking Architecture for Internet-Free, Cellular-Independent Mobile Communication (MeshConnect-P2P) Adv. Sanjay Vidya Vijay Gurav (B.Com., LL.B., B.A. Psychology)Independent Legal ConsultantAuthor & Principal Architect, MeshConnect Framework Abstract Modern communication infrastructure is critically dependent on centralized cellular towers, internet service providers (ISPs), and cloud servers. During natural disasters, infrastructure failures, remote expeditions, or severe network censorship, conventional communication paradigms collapse entirely. This research paper presents a comprehensive theoretical framework, mathematical routing model, and implementation architecture for 'MeshConnect-P2P', a decentralized, serverless, offline-capable messaging and media-sharing system operating on Android via Google Nearby Connections API (Bluetooth, BLE, and Wi-Fi Direct). By employing an intelligent Store-and-Forward routing mechanism combined with strict Hop-Count Time-To-Live (TTL) constraints and cryptographic identity verification, MeshConnect enables reliable multi-hop packet propagation without cellular or internet connectivity. Furthermore, this document establishes the intellectual property (IP), patent claims, copyright boundaries, and a detailed roadmap for future hardware integrations including LoRa and AI-driven routing. Keywords: Decentralized Mesh Networking, Store-and-Forward, Google Nearby Connections, P2P Cluster Topology, Mobile Ad-hoc Networks (MANET), Patent & Intellectual Property. 1. Introduction & Problem Statement The contemporary telecommunication ecosystem is predicated on centralized topologies where communication between two proximate devices must traverse cell towers, core routing switches, and cloud servers. This centralized dependency introduces critical vulnerabilities: · Disaster Vulnerability: Earthquakes, floods, and hurricanes routinely sever fiber-optic links and topple cell towers, isolating communities during life-critical emergencies. · Geographical Isolation: Trekking expeditions, maritime operations, and deep rural terrains exist completely outside cellular footprints. · Privacy & Surveillance Risks: Centralized servers store metadata and message content, exposing users to systemic data harvesting and governmental censorship. To solve these fundamental challenges, MeshConnect-P2P introduces a serverless, peer-to-peer (P2P) mobile architecture where every smartphone acts as an autonomous node capable of routing, storing, and forwarding data across dynamic clusters without external infrastructure. 2. Conceptual & Theoretical Framework The MeshConnect framework operates on Mobile Ad-hoc Network (MANET) principles tailored for resource-constrained consumer mobile hardware. The core conceptual pillars include: