The Bottleneck Breaker

Stop waiting
on IT.

Sales hired two new people. Marketing needs them in Marketo. Now.

But there's a ticket. A queue. A tech team that doesn't have time. And credentials scattered across 50 apps that no one wants to touch.

What if you could give access yourself—
securely, instantly, with just your fingerprint?

Touch to Authorize

What Changes For You

Your problems. Solved.

⏱️

No more tickets. No more waiting.

New hire needs Salesforce access? Done in 10 seconds. No ticket. No queue. No "we'll get to it next week."

Before: 3-5 days average for access requests
After: Immediate

🔐

Secure without seeing secrets.

You authorize the action. You never see the password. The AI never sees it either. Zero exposure. Zero risk.

The magic: Access happens without anyone—human or AI—ever seeing the actual credentials.

👆

Your fingerprint = your signature.

Biometric authentication means you can prove it was you. Full audit trail. Complete accountability. Compliance-ready.

Non-repudiation: If your fingerprint authorized it, there's no "that wasn't me."

🎯

IT stays focused on IT things.

Your tech team didn't go to school to add users to Marketo. Free them for real work. Empower the people who know the business.

The shift: From IT as bottleneck to IT as enabler.

How It Works

Three steps. Ten seconds.

👆
STEP 1

Touch

Place your finger on the sensor. Apple Touch ID, Face ID, Windows Hello, Android biometrics—whatever you already use.

🔓
STEP 2

Unlock

AbëKeys validates your biometric against your authorization level. If you're allowed to grant this access, it unlocks.

STEP 3

Done

The action executes. User added to Marketo. Access granted to Salesforce. Invoice sent from QuickBooks. You never saw a password.

You

Authorized Human

🔐

Encrypted Vault

AI

Gets Capability
(Not the Key)

Action Executes

You see:

✗ Nothing secret

AI sees:

✗ Nothing secret

Audit log sees:

✓ Everything

Real Scenarios

Problems you have today.

👥

New hire onboarding

The problem: Sales hired Lisa on Monday. She needs access to Salesforce, Marketo, Slack, Zoom, and the company wiki. IT is backed up. She sits idle for a week.

With AbëKeys: Her manager touches their fingerprint. Lisa has access to everything in 60 seconds. She's productive on day one.

🏢

Marketing's 50 apps

The problem: Marketing owns 50 different tools. They don't have time to manage access. IT doesn't have the credentials. Everyone sends emails. Nothing happens.

With AbëKeys: Marketing leads can grant access to their own tools without involving IT. The credentials stay locked. Only the capability travels.

📋

Compliance audit

The problem: Auditor asks "Who granted access to this system and when?" You dig through emails, tickets, Slack messages. You can't prove anything.

With AbëKeys: Every action has a biometric signature, timestamp, and full context. Pull the report in seconds. Auditor leaves happy.

🔌

Legacy system access

The problem: You have 15-year-old systems with shared passwords on sticky notes. Everyone knows it's wrong. No one knows how to fix it.

With AbëKeys: Wrap the legacy system in a secure vault. Users authenticate with biometrics. The sticky note password goes in a vault that no human ever opens again.

The Security

How it stays safe.

Plain English first. Tech specs for those who want them.

Zero-Knowledge Architecture

What it means: The system can prove you have access without ever revealing the password. It's like a bouncer who checks your ID without writing down your address.

Technical: Credentials are encrypted at rest with AES-256-GCM. The encryption key is derived from your biometric via scrypt KDF. The AI receives a capability token, not the underlying secret.

Double-Blind Encryption

What it means: The secret is encrypted twice—once going in, once coming out. Even if someone intercepts it mid-flight, they get gibberish. And we can prove they got gibberish.

Technical: Envelope encryption with separate data keys and key-encryption-keys. Transport layer uses TLS 1.3. At rest, credentials are encrypted with per-user keys derived from biometric authentication.

Biometric Non-Repudiation

What it means: Your fingerprint is your signature. If you authorized something, we can prove it was you—and you can't deny it later. This is what auditors and compliance officers need.

Technical: LAContext (Apple), BiometricPrompt (Android), Windows Hello. Biometric data never leaves the secure enclave. We receive a signed attestation, not your fingerprint.

Works With Your Keychain

What it means: Already using Apple Keychain? Google Password Manager? 1Password? Enterprise Vault? AbëKeys integrates. We don't replace your security infrastructure—we enhance it.

Technical: Native integrations with Keychain Services, Credential Manager API, PKCS#11, and enterprise vaults (HashiCorp, Azure Key Vault, AWS Secrets Manager).

// Encryption

Algorithm: AES-256-GCM (authenticated encryption)

Key Derivation: scrypt (N=32768, r=8, p=1)

Key Length: 256 bits

// Biometric Integration

Apple: LAContext with kSecAccessControlBiometryCurrentSet

Android: BiometricPrompt with BIOMETRIC_STRONG

Windows: Windows Hello for Business

// Storage

Atomic writes with fsync

Zeroization on unlock failure

Secure enclave for key material

// Audit

Immutable append-only log

Cryptographic attestation per action

Tamper-evident hash chain

// Compliance

SOC 2 Type II ready

HIPAA BAA available

GDPR compliant (no biometric data storage)

The Intelligence Layer

It's not just secure.
It's aware.

AbëKeys doesn't just store and unlock credentials. It understands context.

When Lisa's manager grants access, the system knows: Who is Lisa? What team? What role? What's the minimum access she needs? What's the risk profile of this action?

This is epistemic awareness—the system validates not just that you can do something, but whether you should.

It's the difference between a dumb lock and a security guard who knows your face, your role, and company policy.

VALIDATE

Is this person authorized? Is this action appropriate? Is this the right time?

LEARN

What patterns indicate risk? What's normal for this user? What's anomalous?

PROTECT

Flag suspicious patterns. Require step-up authentication. Alert security teams.

Unlock access.
Without unlocking risk.

Empower your team to move fast—securely.
No more waiting on IT. No more shared passwords.
Just your fingerprint and instant access.