Both BlockchainKYC projects (2017 and 2019–2020) are explicitly focused on delivering a 100% automated Know Your Customer service for regulated industries.
AUTHENTEQ EHF
Icelandic SME delivering blockchain-based, biometric KYC identity verification for automated regulatory compliance in financial and digital services.
Their core work
Authenteq is an Icelandic technology startup that built a fully automated, blockchain-based identity verification system for KYC (Know Your Customer) compliance. Their core product replaces manual identity checks with a mobile-first process that combines biometric scanning, computer vision forensics, and distributed ledger technology to verify users in real time. They target regulated industries — financial services, fintech, crypto exchanges — where AML/KYC compliance is mandatory but expensive to operate manually. Their H2020 trajectory shows a company that moved from concept validation to a commercially deployed product within three years.
What they specialise in
Blockchain architecture is the technical foundation of both projects, with distributed ledgers cited as a core keyword in the Phase 2 project.
The Phase 2 project (2019–2020, €1.23M) explicitly lists biometrics, identity proofing, and computer vision forensics as key technical components.
Mobile authentication and electronic ID appear as distinct keywords in the Phase 2 project, indicating a mobile-first delivery channel for identity verification.
How they've shifted over time
Their 2017 Phase 1 project was a lean feasibility study (€50,000) with no detailed technical keywords — the focus was proving the market case for blockchain-based KYC. By 2019, the Phase 2 project (€1.23M) shows a fully articulated technical stack: biometrics, computer vision forensics, mobile authentication, electronic ID, and distributed ledgers all appear as explicit capabilities. This is not a shift in direction but a deepening — the concept matured into a deployable product with well-defined components.
Authenteq was building toward a commercial identity-as-a-service product; any future collaboration would likely involve integrating their verified identity layer into larger digital service platforms or regulated financial infrastructure.
How they like to work
Authenteq operated exclusively as coordinator across both projects, with no participation in other consortia — a pattern typical of product-focused startups using the SME Instrument to fund their own roadmap rather than join external research teams. With only one recorded consortium partner across two projects, they work in extremely tight configurations, likely retaining full control over IP and product direction. Partners or clients seeking to work with them should expect a vendor or technology-licensor relationship rather than a co-development partnership.
Authenteq's H2020 network is minimal by design: one unique partner across two projects, all within a single country. This reflects their SME Instrument path, which funds a single company's innovation journey rather than broad collaborative research.
What sets them apart
Authenteq is one of the very few Icelandic tech SMEs to complete both phases of the EU SME Instrument in the identity verification space — a signal that EU evaluators found their commercial case credible, not just technically interesting. Their combination of blockchain infrastructure with computer vision forensics and mobile biometrics is more integrated than typical RegTech providers who address only one layer of the KYC stack. For consortium builders in fintech, digital government, or cybersecurity, they bring a deployable, compliance-tested identity component rather than a research prototype.
Highlights from their portfolio
- BlockchainKYCThe Phase 2 award (€1,231,125) represents a successful SME Instrument Phase 1-to-Phase 2 progression — one of the more competitive EU funding paths — validating both the technology and the commercial model.
- BlockchainKYCThe Phase 1 feasibility study (2017, €50,000) marks the earliest point in Authenteq's EU-funded development, establishing blockchain as the architectural choice before biometric and computer vision components were formally scoped.