CESS: Innovative Decentralization Storage Infrastructure

With the arrival of the Web3 era, decentralized storage networks have become an indispensable part of the blockchain ecosystem. However, traditional decentralized storage solutions still face challenges in terms of performance and speed, especially when handling file reads in dApps. To address these issues, CESS has emerged.

The Three-Tier Architecture of CESS

CESS, as a physical infrastructure network, consists of three functional layers:

1. Public Chain Layer: Developed based on Substrate, integrated with the EVM Pallet module, supporting seamless operation of Ethereum smart contracts.

2. Storage Layer: Decentralization cloud storage system, responsible for storing file contents. After files are encrypted, sharded, and processed for redundancy, they are randomly allocated to storage nodes.

3. Content Distribution Layer ( DCDN ): Scheduled for release in 2025, aimed at improving data access speed and reliability through Decentralization CDN technology.

Decentralization Features

The decentralization of the CESS network is reflected in multiple aspects:

• Multi-type node network: including consensus nodes, storage nodes, caching nodes, and retrieval nodes, working together to maintain the network's Decentralization.

• Reputation Rotation Consensus (R²S): An innovative consensus mechanism that selects validating nodes based on the reputation of the nodes and random factors.

• Multiple Copies of Recoverable Storage Proof (PoDR²): Ensure data redundancy and recoverability.

• Proof of Idle Space (PoIS): Verifying the idle space provided by storage nodes to enhance network security and efficiency.

• Proxy Re-encryption Technology (PReT): Enables secure data sharing without exposing the original data.

CESS Ecosystem Products

CESS offers a variety of products and application scenarios:

• Deshare: A decentralized file storage and sharing tool for individual users.
• Decloud: Decentralization file sharing platform.
• DeOSS: Enterprise-level Decentralization storage solution.
• NFT Market: Supports the issuance and trading of NFTs with high-definition images and large-sized audio and video files.
• Web3 application support: Providing infrastructure for decentralized streaming, social media, and more.

Project Advantages

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

1. Highly Decentralized: Achieving a higher degree of Decentralization by separating network tasks.
2. Enhance security and privacy: Adopt advanced encryption and privacy protection technologies.
3. Efficient File Reading: The upcoming DCDN network will greatly enhance file access efficiency.
4. Innovative consensus mechanisms: R²S, PoDR², and PoIS consensus improve the stability and efficiency of the network.

Project Outlook

The CESS project has the following noteworthy features:

1. Experienced team: Composed of seasoned entrepreneurs and technical experts, adopting a prudent development strategy.
2. Cross-chain compatibility: Supports Substrate and EVM ecosystems, friendly to developers and users.
3. Comprehensive Infrastructure: Combining public chains, Decentralization storage, and content distribution to provide complete solutions for Web3 applications.
4. Mature Ecosystem: After more than five years of development, it has attracted a large number of users and storage miners to participate.

CESS is building a comprehensive and practical physical infrastructure for Web3 applications, paving the way for the future development of decentralized applications. With the continuous advancement of the project, CESS is expected to occupy a significant position in the fields of decentralized storage and content distribution.