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DepinScope

Ceramic

44DepinScope score

Ceramic is a decentralised data network that enables developers to build scalable, decentralised applications with verifiable, composable data.

MainnetRisk unassessedAdvancedStorage

Last verified 15 days ago (11 Aug 2026)

The documentation covers the Rust-based Ceramic One node, the Ceramic SDK, decentralized identifiers (DIDs), and self-anchoring on EVM blockchains. It does not provide details on tokenomics, node operator rewards, hardware requirements, or entry costs.

Participation at a glance

Entry cost
The documentation does not specify any entry costs or financial requirements to run a Ceramic One node.
Not available · 11 Aug 2026
Reward model
Unknown
Not available · 11 Aug 2026
Launched
Not recorded
Availability
Not established

How this score was reached

Thinly documented, so verify before committing. This measures how well the network can be assessed and participated in: documentation, verification, cost of entry, maturity and operator risk. It is not a prediction of returns, and it reads nothing from token price.

  • Documentation depth13/25

    2 of 4 core areas documented (rewards, hardware, node, participation)

  • Verification strength0/20

    entry cost unavailable, rewards unavailable

  • Accessibility6/20

    entry cost not published, so treated as unknown rather than free

  • Operational maturity15/15

    mainnet

  • Operator risk2/12

    unknown risk, advanced difficulty

  • Verification freshness8/8

    verified within the last month

What it does

Ceramic is a next-generation decentralised data network designed for building scalable, decentralised applications with verifiable, composable data. Using Ceramic One, a high-performance node implementation written in Rust, developers can run nodes, produce and consume events, and query data using Flight SQL. The protocol supports decentralised identifiers (DIDs) and allows self-anchoring on any EVM-compatible blockchain.

How it works

Ceramic operates via Ceramic One nodes that process and store verifiable event streams. Developers use the Ceramic SDK to interact with the protocol, while data can be queried using Flight SQL. Nodes can also run their own anchor services on EVM blockchains to secure and verify data states.

How to participate

Developers and operators can participate by installing and running a Ceramic One node, integrating the Ceramic SDK into their applications, or setting up a self-anchoring service on an EVM blockchain.

Requirements

Node
Requires running Ceramic One, the Rust-based implementation of the Ceramic protocol.

Pros and cons

Strengths

  • High-performance Rust implementation (Ceramic One)
  • Supports verifiable, composable data and decentralised identifiers (DIDs)
  • Flexible self-anchoring on any EVM blockchain

Drawbacks

  • Lack of details on node operator rewards or token incentives in the main developer documentation

Risks

The documentation does not outline financial risks, hardware outlays, or lock-up requirements for running nodes.

Official links

Sources

  1. Ceramic documentation · retrieved 11 Aug 2026

This page is research, not financial advice. Figures carry the confidence label and verification date shown beside them, and reward rates can change without notice. Confirm everything against the project's official documentation before buying hardware or committing funds.