Digital Identity on PYRAX

Government digital identity underpins access to every public service, yet most national ID and login schemes centralize citizen data in honeypot databases that leak and over-share. PYRAX enables self-sovereign identity where citizens hold their own credentials and prove attributes - over 18, a resident, a licensed professional - through zero-knowledge selective disclosure, revealing a single fact instead of an entire dossier.

Market size
$34.5B (2024)
Projection
$103B by 2030 · ~20% CAGR

The market

$34.5B
Digital identity market
850M
People without legal ID
160+ countries
Govt digital ID programs
$43B/yr
Identity-fraud losses

Source: Grand View Research, 2024. Figures are indicative and provided for context.

What's broken today

Centralized national-ID databases are single points of failure and prime breach targets.
Verifying one attribute (age, residency) forces citizens to expose full identity documents.
Credentials issued by one agency are rarely reusable or interoperable across others.
Citizens have no control or audit trail over who accessed their identity data.

How PYRAX transforms it

Concrete network elements mapped to this business.

Self-sovereign identity + ZK selective disclosure

Citizens hold credentials in their own wallet and prove a single claim - over 18, a citizen, resident of a district - with a zero-knowledge proof that reveals nothing else, ending the over-sharing of full ID documents.

Shielded-by-default privacy with viewing keys

Personal attributes stay encrypted on-chain and private to the citizen, while an issuing agency or auditor uses a scoped viewing key for lawful, read-only verification instead of holding a plaintext copy.

eth_getProof tamper-proof registries

Credential issuance, revocation, and status live in a verifiable registry any relying party can check cryptographically against chain state - no calling back to a central authority's database.

Multi-VM smart contracts (EVM / WASM / Cairo)

Issuance rules, expiry, revocation lists, and cross-agency trust frameworks are encoded as deterministic contracts, with Cairo proving ZK attribute checks natively.

BLS proof-of-stake finality

Credential issuance and revocation take effect with instant, irreversible finality, so a revoked or updated identity is immediately authoritative everywhere it is checked.

Buildathon: dApp ideas

Ship-ready concepts for digital identity on PYRAX.

SovereignID

01

Citizen-held national identity wallet that issues ZK proofs of attributes without ever exposing the underlying documents.

ZKShielded

AgeProof

02

Selective-disclosure age gate that proves a citizen is over 18 or over 65 for services without revealing birthdate or name.

ZKCairo

ResidentKey

03

Proof-of-residency credential for district services and voting eligibility, verifiable without disclosing the full address.

ZKGov

RevokeList

04

Tamper-proof credential-revocation registry that relying parties verify via eth_getProof rather than a central call.

ZKEVM

CrossAgency

05

Interoperability layer letting a credential issued by one agency be trusted and reused across others through a shared trust framework.

EVMGov

ConsentLog

06

Citizen-controlled access log where every identity check is recorded and the holder can see and revoke who queried them.

ShieldedGov

GuardianRecover

07

Social-recovery contract that lets trusted guardians restore a lost identity wallet without any central custodian.

WASMEVM

ProProof

08

Professional-license attestation (doctor, engineer, notary) provable via ZK to employers and the public without a lookup portal.

ZKGov