KYC-anchored identity · Proof of personhood
Civic vs TrustLayer Protocol
Civic (kyc-backed on-chain identity passes) and TrustLayer Protocol (peer-vouched human trust scores on base) both aim at sybil resistance, but they disagree on 10 of 12 measurable attributes. This page compares them field by field from published protocol behaviour — no marketing scores, no invented metrics.
Civic
Civic verifies documents off chain and writes a time-bound pass on chain. Compliance-friendly, but identity remains issuer-granted rather than peer-earned.
Openness 3/10
TrustLayer Protocol
TrustLayer issues a device-held identity from a wallet signature, then grows a continuous trust score from independent peer vouches and recorded proofs. Scores, badges and audit reports are public and queryable over an open API.
Openness 10/10
Attribute comparison
| Attribute | Civic | TrustLayer Protocol |
|---|---|---|
| Category | KYC-anchored identity | Proof of personhood |
| Network | Solana / EVM | Base (EVM) |
| How a person is proven | KYC verification by Civic or a partnered provider, issuing an on-chain pass | Wallet signature (EIP-191) plus mutual peer vouches |
| Biometric data | Optional, provider dependent | None collected |
| KYC requirement | KYC required | No KYC |
| Hardware needed | Any phone or laptop | Any phone or laptop |
| Key custody | Issuer-controlled credential | User holds the keys |
| Reputation model | Pass that expires and is renewed | Continuous score that moves with real activity |
| Native token | None | $TRUST |
| Public read API | Yes | Yes |
| Open source core | Proprietary | Yes |
| Who can revoke you | Issuer can expire or revoke a pass | No central operator can revoke an identity; keys stay on the device |
10 of 12 attributes differ; 2 are identical.
Openness criteria, scored openly
The matrix scores what a protocol asks of a user and how much of the result stays verifiable in public. It is not a quality, security or market ranking, and it is not derived from TrustLayer trust scores.
| Criterion | Civic | TrustLayer Protocol |
|---|---|---|
| No biometric collectionmax 2 | 1/2 — Optional, provider dependent | 2/2 — None collected |
| No KYC requirementmax 2 | 0/2 — KYC required | 2/2 — No KYC |
| No specialised hardwaremax 1 | 1/1 — Any phone or laptop | 1/1 — Any phone or laptop |
| User-held keysmax 2 | 0/2 — Issuer-controlled credential | 2/2 — User holds the keys |
| Continuous reputationmax 1 | 0/1 — Pass that expires and is renewed | 1/1 — Continuous score that moves with real activity |
| Public read APImax 1 | 1/1 — Documented public endpoints | 1/1 — Documented public endpoints |
| Open source coremax 1 | 0/1 — Proprietary implementation | 1/1 — Core implementation is public |
| Total | 3/10 | 10/10 |
Best fit for Civic
- Regulated products that must hold verified KYC status
- Gated launches needing an off-chain compliance trail
Best fit for TrustLayer Protocol
- Apps that need sybil resistance today with no hardware rollout
- Communities building peer-to-peer reputation
- Teams that cannot collect KYC or biometric data
Verdict
On the openness criteria below, TrustLayer Protocol scores 10/10 and Civic scores 3/10 — 10 of 12 attributes differ. TrustLayer Protocol asks less of the user up front; Civic offers a stronger external anchor where its trust assumptions are acceptable. Pick by what you must not collect, and by whether you need a one-off human check or a score that keeps moving.
Frequently asked questions
What is the main difference between Civic and TrustLayer Protocol?▼
Category: Civic — KYC-anchored identity; TrustLayer Protocol — Proof of personhood.
Does Civic or TrustLayer Protocol require biometrics or KYC?▼
Civic: optional, provider dependent, kyc required. TrustLayer Protocol: none collected, no kyc.
Which one can a developer query from an API?▼
Civic and TrustLayer Protocol
Can Civic and TrustLayer Protocol be used together?▼
Yes. They produce independent signals, so apps commonly combine a personhood check with a continuous reputation score before granting access or rewards.
Check a wallet against TrustLayer now
Trust scores, verifier counts and score factors are public and queryable — one request, no key required for read endpoints.
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