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In the evolving landscape of Internet technologies, where decentralizedsystems, especially blockchain-based computation and storage like EthereumVirtual Machine (EVM), Arweave, and IPFS, are gaining prominence, there remainsa stark absence of a holistic decentralized communication framework. This gapunderlines the pressing necessity for a protocol that not only enables seamlesscross-platform messaging but also allows direct messaging to wallet addresses,fostering interoperability and privacy across diverse platforms. SendingNetworkaddresses this need by creating a reliable and secure decentralizedcommunication network, targeting essential challenges like privacy protection,scalability, efficiency, and composability. Central to our approach is theincorporation of edge computing to form an adaptive relay network with themodular libp2p library. We introduce a dynamic group chat encryption mechanismbased on the Double Ratchet algorithm for secure communication and propose aDelegation scheme for efficient message processing in large group chats,enhancing both resilience and scalability. Our theoretical analyses affirm theDelegation scheme's superior performance. To bolster system stability andencourage node participation, we integrate two innovative consensus mechanisms:"Proof of Relay" for validating message relay workload based on the novel KZGcommitment, and "Proof of Availability" for ensuring network consistency andmanaging incentives through Verkle trees. Our whitepaper details the network'skey components and architecture, concluding with a roadmap and a preview offuture enhancements to SendingNetwork.

SendingNetwork: Advancing the Future of Decentralized Messaging Networks