CESS (Cumulus Encrypted Storage System) is a decentralized data infrastructure designed for the AI era, enabling privacy, data sovereignty, and fair value creation. It provides secure, transparent, and traceable data solutions for AI, DeSci, RWA, and enterprise applications. CESS aims to be the underlying data infrastructure for Web3, addressing critical issues of data privacy, security, and user ownership often compromised in centralized cloud services.
The CESS network is built as a high-performance Layer-1 blockchain on Substrate, integrating decentralized storage, a content delivery network (CDN), and advanced privacy features like Proxy Re-encryption Technology (PReT). This architecture is optimized for decentralized physical infrastructure (DePIN) and data availability use cases, supporting scalable, privacy-first storage. Key features include millisecond data retrieval with CD²N, federated learning for AI model training while maintaining privacy, and cloud-based disaster recovery with Proof of Data Reduplication and Recovery (PoDR²).
The native CESS token plays a crucial role in incentivizing the network’s physical infrastructure. It is used to pay for data storage and CDN services, stake for network security, and reward node operators. Token holders can also participate in on-chain governance, influencing the future development and parameters of the protocol. The CESS network is collectively maintained by all participants and the CESS community, with the CESS Singapore Foundation managing development and operations in the current stage.
FAQ
What is CESS Crypto?
CESS (Cumulus Encrypted Storage System) is a blockchain-powered decentralized storage and content delivery network (CDN) infrastructure for Web3. By utilizing a decentralized physical infrastructure network (DePIN) model, CESS drives mass deployment of network nodes globally through incentives.
How can I mine CESS tokens?
There are four ways to mine: running storage nodes, running consensus nodes, becoming nominators for consensus nodes, and running cache nodes.
Are there any geographical CESS restrictions?
There are no geographical restrictions, and anyone can become various nodes of the CESS network to contribute resources and earn profits without the need for entry.
How can I optimize my CESS mining rewards?
As a storage or cache node, you can increase your earnings by using devices with larger capacity disks or higher bandwidth. As a consensus node, running a TEE Worker with high-performance devices can accumulate workload and increase the probability of becoming a block-producing node.
How can I use the CESS network?
You can use the public gateway of CESS (DeOSS), DeShare data sharing tool, and DeCloud decentralized cloud storage to access or share files within the CESS network. Developers can also use SDKs to build decentralized applications.
Who governs this CESS network?
The CESS network is collectively maintained by all participants and the CESS community. Currently, the CESS Singapore Foundation manages development and operation, with plans for future handover to the community (CESS DAO).
What is the purpose of CESS Network?
CESS Network aims to be the underlying data infrastructure for Web3, tackling data privacy and ownership by offering a full-stack decentralized storage and CDN solution for enterprises and developers.
What technology does CESS Network use?
CESS is a Layer-1 blockchain built using the Substrate framework. Key technical innovations include Proxy Re-encryption Technology (PReT) for secure data sharing and Proof of Decentralized Retrieval and Replication (PoDR) for data integrity and backup.
What is the utility of the CESS token?
The native CESS token is used to pay for data storage and CDN services, stake for network security, reward node operators, and participate in on-chain governance.
What problems does CESS Network solve?
CESS Network addresses critical issues of data privacy, security, and user ownership that are often compromised in centralized cloud services, providing a decentralized solution for storing, transmitting, and managing data.
What are the mission pillars of CESS?
CESS focuses on Data Sovereignty, Compliance by Design (aligned with IEEE P3320.02, GDPR), Programmable Economy (tokenization, permissioning, licensing of data), and AI Connectivity (real-time, trusted data for AI systems).
What is CESS’s CD²N?
CESS’s CD²N (Content Delivery Decentralized Network) enables millisecond-level hot data access in a decentralized storage system.
How does CESS ensure data integrity and availability?
CESS uses a Proof of Data Reduplication and Recovery (PoDR²) mechanism to prevent data loss and guarantee data integrity, continuously challenging storage nodes to prove data validity and availability within TEE.
What is Proxy Re-encryption Technology (PReT) in CESS?
CESS Proxy Re-encryption Technology (PReT) enables secure data sharing among authorized parties without revealing the data content, providing built-in ransomware, data breach, and identity theft protection.