The key to the SocialX protocol

Compatibility Cross-chain compatibility of blockchains Cross-chain compatibility: The SocialX protocol achieves cross-chain compatibility by customizing the consensus layer, data availability layer, and settlement layer. The consensus layer includes the consensus algorithms and mining reward mechanisms of each blockchain. The data availability layer includes the data structure and storage methods of the blockchain. The settlement layer includes the transaction methods and fees of the blockchain. By customizing these layers, the SocialX protocol can be compatible with multiple blockchains and solve the problem of blockchain information islands.

Identity access: The SocialX protocol introduces an identity protocol to implement user identity access. Specifically, users need to register an account in the SocialX network and complete identity verification. During the registration process, users need to provide corresponding identity information. Only after passing the identity verification can they become users of the SocialX network. Of course, SocialX also supports unlicensed access methods.

Data availability issues The SocialX protocol solves the data availability problem by introducing cross-chain technology. Specifically, when users conduct transactions in the SocialX network, transaction information will be sent to the target blockchain through cross-chain technology, and then confirmed and processed by the target blockchain. This ensures the security and reliability of transaction information.

Convenience of user experience Cross-chain social applications have convenience and user experience issues. For example, because they are located on different blockchains, cross-chain social applications are difficult to achieve cross-chain data sharing and asset flow, affecting the user experience. The SocialX protocol can better solve the problems faced by cross-chain social applications. Specifically, the SocialX protocol supports proxy service access, allowing users to store information on the specified target blockchain with a simple signature without holding the target blockchain token. This design can greatly improve the convenience of cross-chain social networking for users and allow applications based on the SocialX protocol to have a better WEB2.0 experience.

The SocialX protocol is an open framework, and anyone/project party can design proxy services based on the protocol. Whether the proxy service charges fees is determined by the specific upper-level application providing the service. If fees are involved, the SocialX protocol's proxy service will transfer blockchain transaction fees to other entities. Specifically, when a user calls a proxy service to store information, the proxy service will create a transaction on the blockchain and bear the corresponding transaction fees. The user only needs to perform a simple signature without paying any transaction fees.

In addition, to further enhance the user experience, the SocialX protocol also supports multiple on-chain data formats, including JSON, Protobuf, and other formats. JSON is a lightweight data exchange format, easy to read and write, and is one of the commonly used data formats in web applications. Protobuf is a data serialization format developed by Google with high efficiency, flexibility, and scalability. By supporting these data formats, the SocialX protocol allows developers to be more flexible and convenient when storing and transmitting data on the chain, while also improving the transmission efficiency and storage efficiency of on-chain data, thereby further enhancing the user experience.

Optional storage

In the SocialX protocol, users can freely choose where to store to avoid the security issues brought by centralized storage. In addition, the content of the storage is not affected by any DAPP or protocol layer operation, and users have greater autonomy and content control ability.

•Selective storage of media information: Users choose their own state

- Support storing programming media formats such as SVG on the blockchain. (unmodifiable)

- Support storing media formats such as jpg/png/mp3/zip/pdf/rar/... on the central server. (modifiable)

- Support storing media formats such as jpg/png/mp3/zip/pdf/rar/... on IPFS services. (unmodifiable)

Swift application creation

Inclusiveness: The SocialX protocol adopts an open and unlicensed architecture. All codes are open source without owner authority control and application access restrictions, providing developers with an excellent access experience, lowering development and deployment thresholds, and a more inclusive and open ecology is conducive to protocol development and innovation.

Anti-plagiarism: To protect its core functions, the SocialX protocol has a concise code design, maximizes code compression, and only retains core functions to save on gas fees. This not only benefits the security and stability of the protocol but also effectively prevents code theft and copying.

Open source meta-code: The SocialX protocol open sources all meta-codes, providing developers and communities with more choices and allowing the community to participate in protocol development and improvement, ensuring the sustainability and maintainability of the protocol. By open-sourcing the meta-code, the community can review and verify the protocol, further enhancing the transparency and credibility of the protocol.

Address label identification

In the SocialX protocol, each address is tagged with multiple tags to store related information such as user profiles, transaction records, etc. At the same time, the SocialX protocol combines decentralized identity identifiers DID (Decentralized Identifiers), SBT (Soulbound Token), and domain name standards to implement richer identity management methods.

In the SocialX protocol, users can bind their DID to the address to achieve decentralized identity authentication. The protocol combines DID and SBT to achieve a more open and free identity management model, allowing users to freely define and manage their own identity information.

In addition, the SocialX protocol also supports address domain name binding, allowing users to access their addresses and related information through simple and easy-to-remember domain names, further enhancing the user experience. The customizable management and full presentation functions of the tag library can also allow users to more conveniently manage and view their address tag information.

Social application scenarios

SocialX can be used in a wide range of social fields, including decentralized social media, content creator incentive platforms, and advertising placement.

Decentralized social media: Using the SocialX Create contract, users can publish information directly on the chain and directly reward high-quality content published by other users without relying on any central platform. Through cross-chain functionality, SocialX enables different decentralized social media to interoperate and connect. Users freely switch between different platforms while retaining social relationships and historical interactions.

Content creator incentive platform: SocialX can define standard content creation formats, creator identification and trust mechanisms, and content reward payment protocols. This enables the flow of creators and content between different platforms while retaining reward records and points. Creators can get incentives in a wider range, and users have richer content options.

Advertising placement: SocialX supports defining standard ad formats and placement privacy options so that ads can be placed on platforms that support the protocol.