Confirmio

technology differences

Modern security verifies.
Confirmio proves.

The last decade of security has been real progress — and nearly all of it has been about verification. But a valid login, a healthy device, and a clean risk score are three separate checks in three separate systems. None of them leaves behind a single record of what actually happened.

Verify

Traditional Systems

Every check below is real, and modern security runs them well. The problem is the row: no system covers all five facts, and nothing binds the fragments together.

CoverageNO SHARED RECORD

SYSTEMIDENTITYDEVICELOCATIONTIMEINTENT

IAM / SSO✓~—✓—

Zero Trust✓✓~✓—

PKI~——✓~

Analytics—~~✓—

Ledgers———✓—

✓ verified~ inferred— not covered

Verify, bind, anchor & proof

Digital Proof Systems

One record covers the whole row — for code, AI, and humans alike — bound so the facts can't be separated, anchored so anyone can prove them.

CoverageSHARED RECORD

SYSTEMIDENTITYDEVICELOCATIONTIMEINTENT

Confirmio✓✓✓✓✓

"The first complete security row"

Weaknesses

SYSTEMISSUE

IAM / SSO

A valid login can authorize a transfer the account holder later denies.

Zero Trust

Blocks a risky request — can't offer proof when disputed.

PKI

A key on a stolen laptop signs a contract the owner never agreed to.

Analytics

"Likely legitimate" isn't evidence that survives a dispute.

Ledgers

Immutability isn't veracity — a forged entry is preserved as loyally as a fact.

Verification

Internal only — proof can't leave the system that made it.

Data binding

None — each fact lives in its own silo

Advantages

SYSTEMSOLUTION

Identity

Proves identity against a high-assurance user registration

Proves the human owner behind every agent and AI

Device

Proves the device against its bound credential

Location

Proves location and time against spatiotemporal attestation

Intent

Seals and proves the intent of the action performed

Verification

Creates an anchored fingerprint that can travel outside of the system.

Data binding

Binds data and stores as an immutable record

zero read architecture

Verifiable by anyone.
Exposing no one.

A Confirmio fingerprint can be verified by any system, partner, regulator, or AI — without revealing the data behind it. Sensitive information stays encrypted and off-chain; only the cryptographic hash is anchored publicly.

Biometric data establishes trust. Cryptographic proof carries it. That division of labor is what makes high-assurance verification compatible with privacy — by architecture, not by promise.

Confirmio fingerprint
cFP_8f3a…e91c
person
passport-grade  · liveness pass ✓
device
bound · entity controller confirmed ✓
location
64.1466°N 21.9426°W ✓
time
2026-06-12 14:32:08Z ✓
intent
contract.sign — agreement.pdf ✓
proof
sha-256  → ledger ✓
proven
✓

confirmio proof model

One record.
The full truth of an action.

Where existing systems verify a password, a document, or a signature event, Confirmio establishes proof across the full context surrounding an action — who performed it, from which device, where, when, and under what authority.

step 1

Identity

Verifies identity

Biometric option

Liveness option

Stolen credentials stopped

ENROLLMENTPASSPORT · NFC

documentauthentic✓

face match99.2 · live✓

step 2

Device

Identifies device

Device rules

Binds to identity

Stolen identity stopped

BINDINGENCLAVE

iphone 15 probound✓

holderverified identity✓

step 3

Context

Verifies location & time

Context enforcement

Works without GPS access

Stolen identity+device stopped

CONTEXT CHECKAS EXPECTED

loc64.1°N 21.9°W✓

time14:32:08Z✓

step 4

Intent

Action captured

Action enforcement

Fingerprint created

Data secured & stored

ACTION CAPTUREENCRYPTED

intentcontract.sign✓

recordsealed✓

step 5

Proof

Verifiable fingerprint

Data is anonymized

Fingerprint can travel

Tamper detection

FINGERPRINTCFP_8F3A…E91C

identity✓

device✓

for developers

One API.
Add proof to any action.

Create a signed fingerprint when something happens; let any system verify it without seeing the data behind it. Identity, device, location, time, and intent — sealed and anchored in two calls.

Node

Python

cURL

$ npm install @confirmio/sdk import Confirmio from "@confirmio/sdk"; const confirmio = new Confirmio(process.env.CONFIRMIO_KEY); // 1 — request verification from the user's bound device const session = await confirmio.sessions.start({ subject: "usr_8f3a", intent: "payment.approve", minAssurance: "high" }); // 2 — sealed and anchored automatically const fp = await session.fingerprint(); console.log(fp.proof); // cfp_8f3a…e91c ✓

PROOF IN PRACTICE

Proof, everywhere.

Wherever an action needs to be trusted, a fingerprint can stand behind it. A few of the places proof belongs.

Humans

High-assurance ID

Universal sign-in

Biometric approvals, math not image

Privacy protection

Verified email.

Document signing and tamper detection

Provable ownership

Media with verified location creation

Location and liveness verified onboarding

Code

One API, two calls

Proof for any action

Proof that travels between systems

Verification without exposing personal data

Identity tied to an approved device

Location and time confirmation

Data tamper detection

Proof for privileged actions

Regulator-verifiable audit trails

Digital watermarking and copyright embedding

Agents bound to a verified owner

Authority traced to a human

Tamper-evident records of agent actions

Agent transactions with proof

Verifiable origin of AI output

Revocable agent credentials

AI can check proof without seeing personal data

Access control for non-owner media

VERIFIED AI

AI will act.
Proof will answer for it.

Autonomous agents are beginning to transact, sign, and act on behalf of people and organizations. The question no existing platform was designed to answer — who owns this agent, who authorized this action, is this output authentic — is the question Confirmio's architecture was designed for.

No unowned agents. No unattributable actions.

Confirmio AI ATTRIBUTION
ACTIONS
agent →
bound to verified legal entity ✓
authority →
chain to a verified human ✓
actions →
tamper-resistant record ✓
provenance →
machine-verifiable ✓
violation →
revocable ✓
Proven
✓

64.1466°N 21.9426°W — Reykjavík, Iceland

Built in Iceland.

Confirmio was founded in Reykjavík, Iceland. Surprising to many, Iceland is one of the more digitally mature societies in the world where electronic identity is part of everyday life, and institutional trust is not an aspiration but a baseline expectation.

That environment shaped our convictions: verification must be privacy-preserving to be legitimate, proof must be independant to be durable, and infrastructure of this importance should be engineered with restraint rather than promoted with noise.

Built for everyone.
Carried by a few.

Proof serves everyone - individuals who hold one identity for good, businesses that can trust an action without holding the data that makes them a target, governments whose services are verifiable by design and private by default.

But a proof layer is only as valuable as its reach, and reach of this kind is never built one company at a time. Like encryption or the secure web before it, digital proof becomes truly meaningful the moment it becomes a standard and integrated everywhere it matters.

So while Confirmio is built for everyone, it is a type of infrastructure that should be carried by those who can make it universal: the largest technology platforms and the governments that set the rules. It serves them best not as any one company's advantage, but as shared infrastructure.

TL;DR

technology differences

Verify

Traditional Systems

Verify, bind, anchor & proof

Digital Proof Systems

zero read architecture

confirmio proof model

step 1

Identity

step 2

Device

step 3

Context

step 4

Intent

step 5

Proof

for developers

PROOF IN PRACTICE

A global proof layer is the future