Since its launch in 2019, the Cere team has consistently anticipated the difficulties that the present systems would encounter, now highlighted by the swift advancements of AI and the accompanying surge in data. With companies using multiple vendors causing data fragmentation that complicates AI integration, Cere is presenting itself as an objective, open-source solution, with a clear vision:

All data should be decentralized. Unequivocally.

To underwrite how we always stayed true to this vision while building out the ecosystem, you can revisit our Vision papers (1.0 - 2020 and 2.0 - 2022)

<aside> 👩‍💻 Get started with the world’s first Decentralized Data Cluster, Dragon 1 HERE

</aside>

Key Features of the Cere DDC include:

• Edge-Optimized Architecture: Enhances efficiency by bringing computation and storage closer to data sources.
• Reduced Latency: Proximity to data sources dramatically reduces latency, crucial for real-time responsiveness.
• Enhanced Real-Time Processing: Ideal for instantaneous data analysis and response.
• Scalability: A more adaptable solution for expanding data needs compared to centralized infrastructures.
• AI-Ready Infrastructure: Tailored automated computing capabilities to meet AI application demands.

https://notionplus.dev/embed/divider?id=NTk

How to participate in Cere’s Data Infrastructure

Very soon anyone can spin up a storage or dCDN node and become part of the Decentralized Data Cloud in just a few easy steps. By running a node you not only support a bigger and faster network, but you’ll also be rewarded $CERE tokens for the service you provide.

Joining the Decentralized Data Cloud will require only a few clicks:

1. Choose Your Path: Select "Node Provider".
2. Node Type: Decide on a Storage or dCDN node.
3. Deposit: Secure your spot with a deposit.
4. Configuration: Provide host/port and Cluster ID.
5. Run Command: Copy and execute the Docker command.
6. Cluster Addition: Request node inclusion.

Adding nodes to a Cluster

Adding nodes to a Cluster

https://notionplus.dev/embed/divider?id=NTk

Cere vs. Others

Out of the platforms listed, Cere is the most feature-rich, offering capabilities such as multi-cluster topology, default encryption of user data, easy node onboarding, mutable & immutable storage, and an integrated wallet solution.

Additionally, it's fully permissionless and has competitive storage fees. Filecoin, Storj, and Sia all offer decentralized CDN and mutable & immutable storage, with only Sia and Storj being fully permissionless and Sia providing easy node onboarding. Arweave stands out with its integrated wallet solution but lacks in decentralized CDN, mutable storage, and competitive storage fees. Only Cere and Arweave offer an integrated wallet solution.

https://notionplus.dev/embed/divider?id=NTk

Decentralized Data Clusters : Powering the Future of Data

Cere DDCs offer a flexible, distributed data cloud for self-organizing node groups. Key features include:

1. Protocol & $CERE Token: Power global data clusters through smart contract governance, real-time monitoring, and strict SLA adherence.
2. Separation of Infrastructure & Operations: Clean division between cloud operations and protocol, enabling edge data residence with seamless blockchain integration.
3. Open Data Standard: Decentralizes data processes to the edge, preparing for autonomous data patterns.
4. Regional & Type Optimization: Clusters tailored for specific data types and geographical needs, from video streaming to low-latency transactions.

<aside> 👩‍💻 Get started with the world’s first Decentralized Data Cluster, Dragon 1 HERE

</aside>

https://notionplus.dev/embed/divider?id=NTk

Exploring the Components of the Decentralized Data Cluster

https://notionplus.dev/embed/divider?id=NTk

https://notionplus.dev/embed/divider?id=NTk

📚Resources

DDC | DAC Core + Validation

DDC | Cluster Management