Passkey Accounts™ - Secure Authentication for Developers

"It is easier, faster, and safer
to use Passkey Accounts™
than any other
authentication solution." — Justin Sargent

Threat Matrix	Token	Cookie	Passkey Account™
Phishing
Replay Attack
Database Breach
XSS (Token Theft)
Malware (Device Compromise)
Credential Theft

Secure

Conditional Risk

Vulnerable

How Passkeys Work

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Looking for your passkey credentials...

Story

Please understand that the logic behind Passkeys has been brewing for years and a lifelong passion for developing websites has led to a deep understanding of how to truly secure open web authentication. A lot can go wrong, which is why I'm very proud to offer years of knowledge capital into a ready-to-use auth provider that is well-thought-through.

Worst-case-scenario; (Passkey Accounts™): Servers attacked, authentication remains secure.

Worst-case-scenario; (Traditional): Authentication is compromised, can be done with basic exploits.

Worst-case-scenario; (Roll-your-own): Complete failure, everything is compromised.

The well-thought-through security that goes into Passkey Accounts™ is worth billions.
I'm going to leverage my efforts to start a tech company that hires people. ❤️


// Receive real-time auth events from Passkey Accounts™ directly to your server (minimal example)

const stream = new WebSocket('wss://api.passkeyaccounts.com');

stream.on('open', () => {
    stream.send(JSON.stringify({
        apiKey: 'your_api_key_here',
    }));
});

stream.on('message', (data) => {
    const event = JSON.parse(data);

    if (event.type === 'loggedIn') {
        console.log(`✓ User authenticated: ${event.data.accountID}`);
    }

    if (event.type === 'loggedOut') {
        console.log(`✗ User logged out: ${event.data.accountID}`);
    }
});

stream.on('error', (error) => {
    console.error('Auth stream error:', error);
});

// Live events from Passkey Accounts™ is an easy way to implement secure authentication

Technical Summary

This authentication system is designed with a security-first, modern threat model in mind, prioritizing passkey-based, non-discoverable authentication over a persistent WebSocket connection to reduce attack surface and eliminate legacy password risks. It avoids client-side storage of secrets, ensuring no tokens or sensitive data can be exfiltrated from the browser, while all authentication events are bound to cryptographic, single-use challenges to prevent replay and phishing attacks. The architecture emphasizes strong transport security, strict origin controls, real-time audit logging, secure session lifecycle handling, and hardened server-side validation.