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CESS Network is a decentralized cloud data storage network designed to provide secure, scalable, and efficient storage solutions for Web3 applications.

Key takeaways

• CESS Network is a decentralized cloud storage platform built for the Web3 ecosystem.
• It utilizes a unique Multi-Format Data Confirmation (MFDC) mechanism to ensure data integrity and availability.
• The network employs a Proof of Data Reduplication and Recovery (PoDR2) consensus to optimize storage space and reliability.
• CESS aims to support high-frequency dynamic data storage for dApps, NFTs, and streaming services.
• The native CESS token is used for network governance, staking, and paying for storage and retrieval services.

What is CESS Network? Key Specifications & Tokenomics

CESS Network is a decentralized storage infrastructure that combines blockchain technology with distributed cloud storage to serve as a foundational layer for Web3.

Who created CESS Network (CESS)?

CESS Network was founded by a team of developers and entrepreneurs with backgrounds in distributed systems, cryptography, and cloud computing. The project is developed and maintained by the CESS community and its core development team. The network operates under a decentralized autonomous organization (DAO) structure, where CESS token holders can participate in governance decisions regarding protocol upgrades, parameter adjustments, and treasury management. This approach ensures the project evolves in a decentralized manner, aligning with the interests of its users and stakeholders.

How does CESS Network (CESS) work?

CESS Network operates through a multi-layered architecture designed for efficient and secure decentralized storage.

• Storage Miners: These network participants provide physical storage space and bandwidth. They store user data and earn CESS tokens as rewards.
• Cache Miners: These nodes cache frequently accessed data to ensure low-latency retrieval, improving the overall user experience for dynamic data.
• Consensus Nodes: These nodes run the CESS blockchain, validate transactions, and secure the network using the PoDR2 consensus.
• Data Verification: The network's core innovation is the Multi-Format Data Confirmation (MFDC) mechanism. It generates unique fingerprints for stored data and uses random challenges to continuously verify its integrity and availability across the decentralized network.
• Proof of Data Reduplication and Recovery (PoDR2): This consensus mechanism prevents redundant storage of identical files, optimizing global storage space. It also incentivizes storage miners to maintain data recoverability.

What makes CESS Network (CESS) unique and valuable

CESS Network differentiates itself in the crowded decentralized storage space by focusing on performance and specific use cases.

• Support for Dynamic Data: Unlike many storage networks optimized for static files, CESS is engineered to handle high-frequency, dynamic data efficiently. This makes it suitable for streaming, social media dApps, and real-time data services.
• Multi-Format Data Confirmation (MFDC): This proprietary technology provides robust, continuous verification of data integrity without compromising efficiency, a key requirement for enterprise and developer adoption.
• EVM Compatibility: The CESS blockchain is compatible with the Ethereum Virtual Machine (EVM). This allows developers to easily port their existing Ethereum dApps to leverage CESS's decentralized storage capabilities using familiar tools like Solidity.
• Focus on Web3 Infrastructure: CESS positions itself not just as a storage layer but as critical infrastructure for the broader Web3 ecosystem, aiming to be the go-to solution for dApps requiring reliable, scalable data storage.

What is CESS Network (CESS) used for?

The CESS token is the utility and governance asset powering the CESS Network ecosystem.

• Network Governance: CESS holders can stake their tokens to participate in the on-chain governance of the CESS DAO, voting on proposals that shape the network's future.
• Pay for Services: Users spend CESS tokens to purchase storage space and pay for data retrieval services on the network. Developers integrate CESS storage into their dApps using these tokens.
• Staking and Securing the Network: Storage miners, cache miners, and consensus nodes are required to stake CESS tokens as collateral. This staking mechanism ensures their good behavior and secures the network. In return, they earn CESS rewards.
• Transaction Fees: CESS is used to pay for transaction fees (gas) on the CESS blockchain, covering the cost of executing smart contracts and recording storage transactions.

How to buy CESS Coin?

CESS is a cryptocurrency available on several exchanges. For a secure and streamlined experience, we recommend using a major platform like BTCC, known for its high liquidity and robust customer support.

1. Register a BTCC Account: Sign up using your email or phone number. Complete the KYC verification process to unlock all platform features and benefits.
2. Deposit Funds: Deposit fiat currency (via bank transfer, card, or third-party payment) or transfer USDT from an external wallet into your BTCC account. (How to buy USDT on BTCC)
3. Start Trading: Navigate to the trading section. Search for the spot trading pair CESS/USDT or the futures contract CESSUSDT.
4. Place an Order: Enter the amount of CESS you wish to purchase and submit your order. For futures trading, you can also choose to go short (sell) and adjust leverage according to your strategy.
5. Confirm Your Purchase: For spot purchases, check your asset wallet to confirm the CESS tokens have been deposited. For futures, verify your open position in the trading interface.