Short answer
AerKYC is the name Aeredium uses for its privacy-preserving identity and company verification engine. The product is aimed at regulated businesses that need a defensible KYC or KYB result but do not want to keep a central store of passports, addresses, company records, and other sensitive attributes.
The official page describes a reference-based outcome: a verdict, risk information, reason codes, an evidence hash, and a cryptographic signature. Aeredium says the underlying identity attributes are erased when the check completes. For Web3 use cases, it also describes a private attestation that lets a smart contract confirm a wallet's verification status without receiving the person's identity.
The product page and linked access routes are public. That makes the launch observable. It does not independently establish the accuracy of the checks, the breadth of provider coverage, the deletion implementation, regulatory approval, production scale, or customer adoption.
AerKYC at a glance
The Check, Sign, Purge, Attest workflow
Check
Aeredium says one request can cross-reference identity systems, official company registries, the global LEI network, sanctions and PEP sources, commercial databases, and wallet-risk signals in parallel.
Sign
The result is presented as a verdict with machine-readable reason codes and a signed evidence bundle that a third party can verify without repeating the original check.
Purge
The page says identity attributes are erased as soon as the check completes, leaving signed outcomes and one-way hashes rather than a reusable identity database.
Attest
For Web3, Aeredium describes an on-chain record containing a verification tier, expiry, and cryptographic commitment, with no identity data written to the chain.
What AerKYC says it can check
The product spans both KYC, which verifies an individual, and KYB, which checks a legal entity and the people behind it. The official page presents the following data and risk sources:
- People: government identity databases, sanctions and PEP screening, consent records, and wallet-risk signals.
- Companies: legal-entity records, official registries, the global LEI network, Dun & Bradstreet, sanctions screening, and director cross-referencing.
- Existing verification signals: the self-onboarding copy says a user may be able to reuse signals from named exchanges, PayPal, or a direct form flow.
- Web3 access: a wallet can receive a privacy-preserving verification attestation for smart-contract gating.
Provider names and coverage should not be read as proof that every source is available for every country, subject, or verification tier. The page does not publish a jurisdiction-by-jurisdiction coverage matrix or accuracy statistics.
The zero-retention claim is the core differentiator
Traditional KYC systems can become high-value breach targets because they accumulate passports, addresses, company documents, biometric material, and screening records. AerKYC's central promise is to separate the verification event from long-term storage: use attributes to reach a decision, sign the outcome, then remove the attributes.
The official page uses unusually absolute language, including zero identity records stored and nothing to steal. Those statements require more than a public interface to validate. A strong independent review would need the data-flow specification, subprocessors, logging rules, backup behavior, deletion guarantees, exception paths, incident handling, and a security or privacy audit.
Until that evidence is available, CryptoWisdomHub treats zero retention as an important product claim rather than an independently proven property.
Private attestations for permissioned on-chain access
A reusable verification attestation could let an exchange, RWA platform, permissioned DeFi pool, or tokenized-asset contract ask a narrow question: is this wallet verified at the required tier and is that verification still valid? The contract would not need the wallet owner's name, document number, or address.
Aeredium says the attestation contains a tier, expiry, and cryptographic commitment. The reviewed page does not identify the deployed contract, supported chain, public signing keys, revocation method, or reproducible transaction evidence. Those details are needed before the attestation layer can be treated as independently verifiable production infrastructure.
What is publicly accessible now
Official product page and company demo
The page includes a company-name lookup described as a rate-limited demo using public LEI data.
Self-onboarding route
A public link invites a user to go through the individual verification experience.
Developer trial and documentation
The page advertises a self-serve 14-day API key and links to an API quick-start.
Corporate application
An enterprise route is published for production keys, volume access, monitoring, premium sources, and attestations.
These routes confirm a public go-to-market surface. They do not confirm uptime, service-level commitments, paid production volume, or a named customer deployment.
How AerKYC fits into the Aeredium ecosystem
These products occupy adjacent parts of Aeredium's institutional stack, but adjacency is not proof of a technical dependency. The reviewed AerKYC page does not document whether AERKey signs its evidence, whether AERLink calls it during settlement, or whether AER Police consumes its attestations.
What would independently validate AerKYC?
Security and privacy audit
An independent review of attribute handling, deletion, logs, backups, key management, isolation, and breach response.
Coverage and accuracy documentation
A country and source matrix plus false-positive, false-negative, fallback, and manual-review statistics.
Verifiable signing and attestation details
Public keys, signature-verification instructions, contract addresses, supported chains, revocation behavior, and example transactions.
Named production adoption
A regulated customer confirming scope, deployment status, and the verification process it actually uses.
Primary sources and status notes
AerKYC official product page
Product positioning, workflow, metrics, data-source claims, demos, access levels, developer links, target users, and evidence limitations checked July 22, 2026.
Product page is the current primary source
No independent audit, regulator statement, named customer confirmation, public contract address, or production usage report was identified in this review.
Frequently asked questions
What is AerKYC?
AerKYC is Aeredium's product for checking people and companies, returning a signed verification result, and creating a private wallet attestation for eligible Web3 uses.
Is AerKYC live?
The official landing page, company demo, onboarding route, developer-key route, documentation link, and corporate application are public. Production scale and adoption are not independently established.
Does AerKYC store identity data?
Aeredium says attributes are purged after a check and only signed verdicts and one-way hashes remain. An independent audit is needed to validate how this works across logs, backups, providers, and exception paths.
Is AerKYC MiCA or Travel Rule compliant?
The product is marketed to regulated businesses and exchanges, but the reviewed page does not provide a regulatory approval or certification. Compliance obligations remain with the regulated business.
Is AerKYC the same as AERKey?
No. AerKYC is a verification product; AERKey is a threshold-signing security primitive. A direct technical dependency is not documented on the reviewed product page.
Does AerKYC replace Genesis Season KYC?
Not based on the reviewed source. Genesis Season currently references ZK Pass, and that instruction should not be replaced without an explicit Aeredium update.
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