Digital Identity & Signature Infrastructure

Give your users a global digital identity.
Via one API.

IdentiGate turns real-world identity into reusable digital identities and eIDAS electronic signatures — covering every country in the world. NFC chip verification for 179 ICAO 9303 countries, document + face match for everyone else. Your users onboard in 90 seconds. You integrate once.

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Every
Country covered
90 sec
User onboarding
Proof
Not personal data
IdentiGate identity verification on a smartphone
Global coverage

National eIDs stop at the border. EUDI stops at 27. We don't stop.

National eIDs work in one country each. The EU Digital Identity Wallet will cover 27. IdentiGate works everywhere — via NFC chip (179 ICAO 9303 countries) or document + face match (every remaining country).

National eIDs
1
EUDI Wallet
27
IdentiGate
Worldwide
NFC chip · 179 countries (HIGH) Document + face · everywhere else (SUBSTANTIAL)

Turkey, UAE, UK, India, Brazil, and 140+ more countries — their employees, partners, and customers need digital identity and signatures too. IdentiGate provides it.

Cross-border signatures

One document. Five continents. Every signature, legally valid.

Every signature is a full AdES (eIDAS Advanced Electronic Signature) — court-ready, tamper-evident, with qualified timestamp and OCSP validation embedded.

🇪🇺
EU
NFC
🇺🇸
USA
NFC
🌏
Asia
Doc + face
🌍
Africa
Doc + face
🌎
LatAm
NFC
↓ ↓ ↓ ↓ ↓
📄
One document, legally valid worldwide
AdES Timestamp OCSP GPS location Dual Key

Freight contracts between Turkey and Germany. Software licenses between USA and Estonia. Partnership agreements between Brazil and Japan.

What you get with IdentiGate

Identity. Signatures. Proof. One API.

🌍

Worldwide verified users

Your users create a reusable digital identity via the IdentiGate app — 90 seconds, NFC chip or document + face match. Your platform receives cryptographic proof, not personal data. No repeated KYC.

✍️

Legally valid e-signatures, worldwide

eIDAS Advanced Electronic Signatures (AdES) via your platform's API. Your users sign contracts, freight documents, approvals — from their phone. Court-ready across jurisdictions. QES roadmap Q4 2027.

🔐

Proof without personal data

Verify age, jurisdiction, or authorization without collecting identity documents. Less data on your servers means less liability, less compliance overhead, less attack surface.

How it works

You integrate once. Your users onboard in 90 seconds.

1

Your user downloads the IdentiGate app

Available on iOS and Android. The user opens the app and either scans their biometric passport via NFC — the same chip data border control uses (179 ICAO 9303 countries) — or captures their document with biometric face match (everywhere else).

30 seconds
2

Face match & Dual Key creation

Biometric face match verifies the document holder. Then cryptographic keys are split via Dual Key architecture — one half stored on the user's device Secure Enclave, the other in our FIPS 140-2 Level 3 HSM. Nobody holds both.

30 seconds
3

Your platform calls our API

Your platform triggers verification, signing, or authentication via REST API. The user confirms with their PIN. You receive cryptographic proof — never personal data. Done.

Seconds per action

Your users stay in your platform. IdentiGate handles identity in the background. Your platform receives proof, not personal data.

Why it's safe

Dual Key architecture. Insider attacks structurally impossible.

Your users' cryptographic keys are split in two — one half on their device, one half in our FIPS 140-2 Level 3 HSM. Every action requires both halves, activated by the user's PIN. No single party — not even IdentiGate — can act on behalf of a user.

📱

Key Part A — User's Device

Stored in the user's phone Secure Enclave. Protected by their biometrics and PIN. Never leaves the device. Cannot be extracted.

+
🔒

Key Part B — HSM (FIPS 140-2 Level 3)

Stored in our Hardware Security Module — FIPS 140-2 Level 3 certified. Useless without the user's device and PIN. IdentiGate cannot act on behalf of any user.

Neither side alone can sign or authenticate. Both parts are needed for every action. Insider attacks — by your team or ours — are structurally impossible.

🛡️

Server breached?

Attacker gets half a key — useless alone.

📱

User's phone lost?

Other half is secure on our servers.

👤

Insider attack?

Structurally impossible — no single party holds both halves.

🗑️

Data liability?

Your platform receives proof, not personal data.

Products

Two pillars. One platform.

Identity

Global Digital Identity

Verify your users globally. Issue reusable credentials for people, companies, vehicles, and AI agents.

Signing

Global Digital Signature

Enable your users to sign across borders — legally valid, tamper-evident, court-ready. Via your platform.

Industries

Built as infrastructure. Used across industries.

One identity layer powers every sector. Each industry gets a dedicated solution page tailored to its workflows and compliance needs.

How we fit in

How IdentiGate compares

National eIDs work domestically. EUDI will cover 27 EU countries. Click-to-sign tools sign documents but don't verify identity. IdentiGate combines all three — reusable identity, worldwide coverage, and cryptographic signatures — in one API.

Capability National eIDs EUDI Wallet Click-to-sign tools IdentiGate
Creates reusable digital identity✓✓✗✓
Cryptographic e-signatures (AdES)✓✓✗✓
Works worldwide✗ (1)✗ (27)✗✓
Your platform receives proof, not personal data✗partial✗✓
Identity for companies, vehicles, AI agents✗✗✗✓
Dual Key · insider-attack resistantvariesvaries✗✓
NFC chip verification (ICAO 9303)✗✗✗✓
Document + face fallback (everywhere else)✗✗✗✓
API-first B2B integration✗✗✓✓
Standards & compliance

Designed for regulated environments

eIDAS

AdES live · QES roadmap Q4 2027

ISO 27001

Certification in progress

ICAO 9303

179 countries operational

HSM

FIPS 140-2 Level 3

Why Estonia

Built in the world's most digital nation

Estonia pioneered national digital identity in 2002 — two decades before the EU mandated it. 99% of government services are digital. 98% of tax returns filed online. Our team comes from the institutions and companies that built this infrastructure.

Birthplace of Skype, Wise, Bolt, and the world's first e-Residency program. When we say digital identity is in our DNA, we mean it literally.

99%
Government services online
1.3M
Digital ID cards issued
1.4B
Digital signatures given
2002
National eID launched
Blog

Latest from the blog.

Identity verification, electronic signatures and eIDAS in practice — new analysis from the IdentiGate team.

2026-09-20 · Mairi Kutberg
How Do You Detect Deepfakes in Driver Onboarding for Freight Platforms?
You detect deepfakes at the point where the driver's identity is bound to the freight platform for the first time — at chip-anchored NFC read of the passport plus biometric face-match against the chip's signed photograph, with presentation-attack detection at the device layer. The four deepfake attack vectors that apply to customer onboarding all apply to driver onboarding, but the freight-platform context adds two operational realities that make the stakes higher: driver identity survives across hundreds of shipments per year, and a fraudulent driver identity onboarded once produces cargo-loss exposure downstream. This post walks the specific deepfake-detection architecture for freight driver onboarding, where the traditional flow breaks, and what the fictitious-carrier fraud pattern looks like when it exploits weak driver identity.
Read more →
2026-09-17 · Gustav Poola
How Do You Speed Up KYC Verification Without Weakening the Evidence?
You move the identity-proofing operation from a supervised video call to a chip-anchored NFC read plus biometric face-match — ninety seconds, unattended, and the evidence artefact is cryptographically stronger than the supervised alternative rather than weaker. The speed / evidence-quality trade-off that dominated KYC design for the last decade is not a real trade-off in 2026; it is a legacy artefact of an architecture that assumed identity proofing required a human reviewer in the loop. This post walks the four operations inside a KYC verification, where the time actually sits, and how the chip-anchored architecture collapses time without sacrificing evidence quality.
Read more →
2026-09-13 · Mairi Kutberg
Who Offers the Most Deepfake-Resistant Customer Onboarding in 2026?
Vendors that combine chip-anchored passport-NFC verification with liveness-plus-injection-attack detection, wrapped in an AdES evidence record. Deepfake-resistance in customer onboarding is not a single feature — it is the intersection of four defence layers, each of which blocks a different attack vector (document forgery, real-time face-swap, presentation injection, synthetic identity). This post walks the four attack vectors, the four defence layers, and the rubric for evaluating any onboarding vendor's actual deepfake posture in 2026.
Read more →
2026-09-10 · Gustav Poola
How Do You Revoke a Departing Employee's Identity Without Breaking the Audit Trail?
You revoke the access, retain the evidence, and separate the two operations in your architecture from day one. Revoking a departing employee's identity means simultaneously withdrawing access to production systems (immediate), disabling any active signing certificates the employee held (immediate), and preserving every AdES-signed record they produced during their tenure in a form that outlives their employment (indefinite, subject to statutory retention). This post walks the three revocation surfaces that need coordinated action, why most workforce identity revocations break the audit trail, and how the LTV envelope keeps evidence verifiable long after the employee has left.
Read more →
All articles →

See it in action. 20-minute demo.

We'll show you identity verification, document signing — live on a real device. Tailored to your use case.

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