Architecture

Our decentralized bandwidth-sharing network is designed to provide a scalable, efficient, and secure way to distribute internet bandwidth among users. Unlike traditional centralized networks, our system leverages a combination of peer-to-peer (P2P) nodes, WebRTC technology, and end-to-end encryption to enable seamless and secure bandwidth sharing.

Node Structure and Peer-to-Peer Strategy

At the core of this architecture is a network of decentralized WebRTC nodes that dynamically connect to share bandwidth. Instead of relying on centralized infrastructure, each node operates independently, discovering peers and exchanging encrypted data in real time.

This hyperlocal approach ensures that bandwidth is shared efficiently among nearby users, reducing latency and optimizing connectivity for areas with limited or unstable internet access.

Nodes operate permissionlessly, meaning any user with the required hardware can join the network. This fosters a truly decentralized bandwidth-sharing ecosystem, where each participant contributes resources while simultaneously benefiting from improved network performance.

Distributed Caching and Load Balancing

Our network utilizes a peer-to-peer caching system to enhance efficiency. Instead of constantly fetching data from distant sources, nodes can cache frequently used data and share it with nearby peers.

Future enhancements will introduce mesh networking, enabling nodes to:

  • Synchronize and balance bandwidth loads dynamically.

  • Reduce dependency on external data sources.

  • Improve resilience by distributing network traffic across multiple nodes.

Conclusion

Our decentralized, encrypted, and reward-based bandwidth-sharing network redefines internet connectivity. By leveraging WebRTC for direct peer communication, AES encryption for security, and a dynamic caching system for efficiency, we provide a scalable, permissionless, and resilient alternative to traditional bandwidth distribution methods.

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