quantumpass

Core Architecture

Built on cryptographic principles that eliminate the attack surface of traditional authentication.

Temporal Tokenization

Time-based QR codes and direct codes that expire instantly. Replay attacks are mathematically impossible.

Biometric Enclave

Your biometrics never leave your device. We only verify the cryptographic proof of your identity.

Domain Isolation

Unique cryptographic identities for every service. Cross-site tracking is blocked by design.

Hardware Binding

Keys are generated and stored in the Secure Enclave/TEE. They cannot be extracted or cloned.

Authorized Delegation

Securely grant temporary or permanent access to family and employees without sharing credentials.

Resilient Recovery

Automated, zero-knowledge backups ensure you never lose access, even if you lose your device.

Authentication Flow

A transparent look at the handshake process.

1. Challenge Generation

Server generates a cryptographically secure random challenge.

2. Local Verification

Device verifies user via biometrics to unlock the private key.

3. Signed Response

Private key signs the challenge. No secrets are ever transmitted.

                            > initiating_handshake...
                            > received_challenge: 0x7f8a9b...
                            > verifying_biometrics... OK
                            > accessing_secure_enclave... GRANTED
                            > signing_payload...
                            > sending_response...
                            > authentication_status: VERIFIED
                            > session_established
                        

Seamless Integration

Drop-in SDKs for every major platform. Secure your app in minutes, not months.

import { QuantumPass } from '@quantumpass/sdk';

// Initialize the client
const auth = new QuantumPass({
    apiKey: 'qp_live_...',
    environment: 'production'
});

// Authenticate user
const session = await auth.authenticate({
    userId: 'user_123',
    method: 'biometric'
});

console.log('Session secured:', session.token);

from quantumpass import QuantumPassClient

# Initialize the client
client = QuantumPassClient(api_key='qp_live_...')

# Verify a token
def verify_login(token):
    result = client.verify_token(token)
    if result.is_valid:
        return "Access Granted"
    else:
        return "Access Denied"

package main

import (
    "fmt"
    "github.com/quantumpass/sdk-go"
)

func main() {
    client := quantumpass.NewClient("qp_live_...")
    
    // Validate session
    valid, err := client.ValidateSession("session_token_abc")
    if err != nil {
        fmt.Println("Error:", err)
    }
}

Our Mission

We believe that privacy is a fundamental human right. In a world of increasing digital surveillance and data breaches, QuantumPass provides the cryptographic shield that individuals and enterprises need.

We are building the standard for the post-password internet—where identity is owned by the user, not the platform.

Join the Revolution

0

Shared Secrets

<50ms

Auth Latency

100%

Privacy Preserved

256-bit

Encryption

Identity Secured.Passwords Obsolete.