Example: The 2019 Facebook user data breach.
Example: The 2021 Chinese government fine on Tencent WeChat.
Example: Some countries blocking social media platforms or communication tools.
Example: The 2019 Telegram hack due to security vulnerabilities, affecting millions of users.
ChainComm aims to become the first zero-gas fee blockchain in the blockchain ecosystem. Each client acts as a node to ensure operation, achieving high throughput and fast transaction processing through efficient consensus mechanisms and scaling solutions. To prevent network congestion, each client is limited in the number or size of messages that can be sent for free, with fees charged for any excess. This design not only reduces user costs but also ensures network stability and efficiency.
ChainComm strives to be the first communication tool in the blockchain ecosystem to transmit and store messages entirely on-chain. This ensures the immutability and transparency of messages, eliminating the risks associated with centralized servers. All messages are end-to-end encrypted, meaning only the sender and receiver can decrypt and read the content, ensuring user security and privacy.
ChainComm aims to be the first platform in the blockchain ecosystem that allows users to store important content on the blockchain for a fee. This ensures that no one but the user can access or interpret this content, meeting high privacy and high security storage needs, suitable for both individual and enterprise users.
ChainComm aims to be the first platform in the blockchain ecosystem that enables individuals or merchants to conduct decentralized D2D transactions without relying on third-party payment platforms. Users can engage in D2D transactions suitable for global payments and internet commerce, enhancing transaction security, flexibility, and accessibility. This solves the high barriers, limitations, and centralization issues of traditional C2C third-party escrow payment systems, particularly advantageous for cross-border transactions and cryptocurrency exchange.
Distributed Hash Table (DHT): Enables node discovery, data indexing, and resource location.
End-to-End Encryption (E2EE): Ensures that only the communicating parties can read the message content.
IPFS (InterPlanetary File System): Stores and shares user-sent files and media.
Libp2p: Provides transmission, protocol negotiation, stream multiplexing, encryption, and node discovery functionalities.
Tor (Onion Routing): Protects user identity and location, allowing free communication in any environment.
Zero-Knowledge Proof (ZKP): Ensures user identity privacy while allowing secure participation in communication.