Romanian Electronic ID toolkit — eID România

Romania's national Electronic ID card (CEI) is rolling out, and any organisation that needs to verify identity — banks, public institutions, telcos, healthcare, any regulated onboarding — has to be able to read it, prove it's genuine, and use it for signing and check-in. Doing that correctly is not trivial: it means working with the card's cryptography, the chip's protocols, and eIDAS/GDPR requirements, across every platform a real deployment touches.

Most teams don't want to build that low-level integration from scratch for each app. The need was a single, correct, reusable toolkit:

• Read the Romanian Electronic ID card (CEI) reliably
• Cryptographically validate that a card is authentic
• Support digital signing and check-in flows on top of it
• Work across Windows, iOS and Android plus the web
• Be eIDAS- and GDPR-compliant by design

We built eID România as a complete toolkit — native SDKs plus a web layer — so any organisation can integrate the Electronic ID card without reimplementing the hard, security-critical parts themselves.

One toolkit, every platform. Native SDKs for Windows, iOS and Android, plus web support, expose the same capabilities — read, cryptographically validate, sign and check-in — behind a consistent interface, so a team integrates once conceptually rather than solving the chip and crypto details per platform.

Cryptographic validation, done right. The toolkit doesn't just read the card; it verifies authenticity cryptographically, which is the part that actually matters for trust in a regulated identity flow.

Compliant by design. eIDAS and GDPR requirements are built into how the toolkit handles identity data — not bolted on after the fact.

Built by senior engineers. Low-level card protocols, cryptography and cross-platform SDK design are exactly the kind of security-critical work that needs senior ownership end to end.

eID România is the complete toolkit for Romania's Electronic ID card: read, cryptographically validate, sign and check-in, delivered as native SDKs for Windows, iOS and Android plus web, and eIDAS- and GDPR-compliant.

For an integrating organisation, it turns a hard, security-critical, multi-platform problem into a single dependency: the low-level card and crypto work is solved once, correctly, so teams can build identity verification, signing and check-in into their own products without becoming experts in the card's internals.