CESS: Innovative Web3 Decentralization Storage Infrastructure

With the arrival of the Web3 era, decentralized storage networks have gradually become the focus of attention. Although traditional decentralized storage technologies perform well in file storage, they may encounter performance and speed bottlenecks in dApps applications, especially during file reading. To address these challenges, CESS has emerged.

CESS is an innovative physical infrastructure network composed of three functional layers:

1. Public chain layer: Developed based on Substrate, integrated with the EVM Pallet module, supporting Ethereum smart contracts.

2. Storage Layer: Decentralization cloud storage system, responsible for file encryption, sharding and storage.

3. Content Distribution Layer ( DCDN ): Scheduled for release in 2025, aimed at improving data access speed and reducing costs.

The decentralized characteristics of CESS are mainly reflected in:

• Diversified node network: including consensus nodes, storage nodes, caching nodes, and retrieval nodes.

• Innovative consensus mechanism: Adopting reputation rotation consensus (R²S), dynamically selecting verification nodes based on node points.

• Multi-copy recoverable storage proof (PoDR²): Ensure data redundancy storage and recoverability.

• Idle Space Proof ( PoIS ): Incentivize storage nodes to provide more storage space.

• Proxy Re-encryption Technology ( PReT ): Achieving secure data sharing.

CESS has currently launched multiple products, including Deshare for individual users, the decentralized file sharing platform Decloud, and the enterprise-level storage solution DeOSS. These products provide strong support for the NFT market and other Web3 applications.

Compared to other decentralized storage networks, CESS has the following advantages:

1. Higher degree of Decentralization: Achieved by separating network tasks.

2. Enhanced security and privacy protection: Using advanced encryption and PReT technology.

3. Efficient file reading: The upcoming DCDN will significantly enhance performance.

4. Innovative consensus algorithms: R²S, PoDR², and PoIS improve the stability, security, and efficiency of the network.

Reasons to pay attention to CESS also include:

• An experienced core team composed of seasoned entrepreneurs and technical experts.

• Developed based on Substrate, compatible with EVM, supporting various smart contract development.

• Comprehensive Web3 infrastructure that provides more possibilities for application development.

• After five years of development, the ecosystem has taken shape, attracting a large number of users and miners to participate.

Although CESS has not yet issued tokens, its innovative technology and comprehensive infrastructure solutions provide broad prospects for the future development of Web3 applications. With the launch of more features and the improvement of the ecosystem, CESS is expected to become an important infrastructure provider in the Web3 field.