What is cheqd (CHEQ)?

Quick Facts

  • Network: Built on Cosmos SDK with CometBFT consensus
  • Focus: Self-Sovereign Identity (SSI) and Verifiable Credentials
  • Token: CHEQ is the native utility and governance token
  • Token uses: Identity writes, staking, governance voting, credential payments
  • Co-founders: Fraser Edwards and Ankur Banerjee (ex-Accenture)
  • Interoperability: Part of the Cosmos ecosystem; also available on Ethereum
  • Standards supported: DID, VC-JWT, JSON-LD, AnonCreds

Introduction

cheqd is a public blockchain network purpose-built for Self-Sovereign Identity (SSI) — a model where individuals and organizations control their own digital identities without relying on a central authority.

The project aims to create a 'real data economy' by enabling the secure exchange of Verifiable Credentials between issuers, holders, and verifiers, all anchored to decentralized identifiers (DIDs) on-chain.

History & Background

cheqd was co-founded by Fraser Edwards and Ankur Banerjee, who spent six to seven years at Accenture exploring technologies including biometrics, AI, blockchain, and network infrastructure. Their final years there shifted focus toward self-sovereign identity and cross-blockchain payments, inspiring the creation of cheqd.

The network was built using the Cosmos SDK framework, making it highly scalable and interoperable with other blockchains in the Cosmos ecosystem.

How cheqd Works

At its core, cheqd is a ledger for identity interactions. Participants can create and manage DID documents (DIDDocs) on-chain using the cheqd DID method. These DIDs can be linked to resources such as credential schemas and visual representations.

The network supports major credential formats including VC-JWT, JSON-LD, and the AnonCreds specification, making it compatible with a wide range of SSI toolkits and frameworks. Personal data is stored on the user's own device — not on the blockchain — preserving privacy.

Tokenomics

CHEQ is the native token of the cheqd network. It serves multiple roles within the ecosystem:

  • Identity writes: Paying for DID and resource creation on the ledger
  • Staking: Delegating tokens to validators to help secure the network
  • Governance: Voting on protocol upgrades and network parameters
  • Credential payments: Facilitating payment flows between credential issuers, holders, and verifiers

The token is also available as an ERC-20 on Ethereum, broadening its accessibility.

Circulating supply ? 1.05 billion CHEQ
Total supply ? 1.27 billion CHEQ
Max supply ? 1.03 billion CHEQ
Updated 4d ago

Ecosystem & Use Cases

cheqd's technology has broad applicability across industries including financial services, healthcare, airlines, and pharmaceuticals, as well as the wider Web3 space including DeFi and NFTs.

Organizations can use cheqd to issue tamper-proof digital credentials — such as KYC attestations or professional qualifications — that users can selectively share without revealing unnecessary personal data.

Team, Governance & Community

The network operates under a public-permissionless governance model. CHEQ token holders can participate in on-chain voting to shape the protocol's future. The project maintains an open governance framework designed for decentralized SSI networks.

The cheqd team has published a formal governance framework and operates validator nodes alongside a broader community of independent node operators.

Advantages

  • Privacy-first design: Personal data stays on users' devices, not the blockchain
  • Open standards: Supports W3C DID and Verifiable Credential standards
  • Cosmos interoperability: Connects with other Cosmos-ecosystem chains via IBC
  • Commercial viability: Introduces real payment models for credential exchanges
  • Multi-format support: Compatible with AnonCreds, VC-JWT, and JSON-LD

Risks & Challenges

  • Adoption barriers: SSI is still an emerging paradigm with limited mainstream uptake
  • Competition: Several other projects are targeting decentralized identity solutions
  • Regulatory uncertainty: Data and identity regulations vary widely across jurisdictions
  • Ecosystem dependency: Growth depends on third-party developers and enterprise partnerships

Long-Term Vision

cheqd envisions becoming the foundational trust layer for digital identity on the decentralized web. By enabling verifiable, privacy-preserving credentials at scale, the network aims to shift power over personal data back to individuals and create sustainable commercial models for all participants in the identity ecosystem.

Frequently Asked Questions

cheqd is a public blockchain network built on the Cosmos SDK, designed specifically for Self-Sovereign Identity (SSI) and the exchange of Verifiable Credentials. It lets individuals and organizations control their own digital identities without relying on a central authority.

CHEQ is the native token of the cheqd network. It is used to pay for identity writes, stake on validators to secure the network, vote in governance proposals, and facilitate payment flows between credential issuers, holders, and verifiers.

cheqd is built using the Cosmos SDK and CometBFT consensus engine. It is part of the broader Cosmos ecosystem, and the CHEQ token also exists as an ERC-20 on Ethereum for wider accessibility.

Verifiable Credentials are tamper-proof digital attestations — such as KYC documents or professional qualifications — anchored to decentralized identifiers (DIDs) on the cheqd ledger. They allow users to prove facts about themselves without revealing unnecessary personal data.

cheqd is designed so that personal data is stored on the user's own device, not on the blockchain. Only the cryptographic identifiers and schemas are written on-chain, keeping sensitive information private.

cheqd was co-founded by Fraser Edwards and Ankur Banerjee, both formerly at Accenture where they worked on technologies including biometrics, AI, blockchain, and self-sovereign identity.

The cheqd network supports multiple credential standards including VC-JWT, JSON-LD, and the Ledger Agnostic AnonCreds Specification (v1.0), making it compatible with a wide range of SSI frameworks and tools.

cheqd uses a public-permissionless governance model where CHEQ token holders vote on-chain to decide protocol upgrades and network parameters. The project has published a formal governance framework open to the community.