DECENTRALIZED BLOCKCHAIN ENABLED MOBILE COMMUNICATIONS ON A SECURE, OPEN AND DISTRIBUTED NETWORK

Smart overview of the Invention

A decentralized blockchain-enabled mobile communication system is proposed, designed to function on a secure, open, and distributed network. This solution is network agnostic, meaning it can operate over various types of networks including cellular, Wi-Fi, and satellite technologies. Future networks will be decentralized, offering variable capacities, latencies, and bandwidths while accommodating numerous Internet-of-Things (IoT) endpoints. Peer-to-peer connections will be a fundamental aspect of these networks, enhancing communication security and flexibility.

Challenges with Current Communication Systems

Existing communication systems primarily rely on centrally controlled server-client architectures, which can lead to vulnerabilities. As technology evolves and the demand for connectivity increases, there is a pressing need for enhanced security measures and diverse connection methods. Current systems often compromise user privacy and identity control, leaving individuals exposed to risks if central entities are breached.

MESH Network Advantages

The proposed system incorporates MESH network topology, where nodes connect directly in a decentralized manner. This structure offers several advantages:

• Flexible Coverage: Additional nodes can enhance connectivity in challenging areas.
• Self-Healing: If one node fails, communication can reroute through alternative paths.
• Direct Path: Multiple routes between nodes ensure data can always find the best path to its destination.

Key Features of the Proposed Network

The innovative network architecture consists of three main components:

• Endpoints as nodes rather than traditional client devices.
• Interconnectivity through various network types such as cellular and Wi-Fi.
• User autonomy over identity management to enhance privacy and security.

This decentralized approach allows for continuous communication even if individual nodes are compromised.

Operational Framework

The operational framework involves establishing peer-to-peer connections based on identity verification, encryption methods, communication modalities, and connectivity strategies. The decentralized blockchain network (DBC) emphasizes anonymity, privacy, and user control over identity. By implementing this innovative system, users can communicate securely without relying on a central authority, thus safeguarding their information against potential threats.