Banking & Finance

Secure Login Fields for Banking Applications

Banks handle the most targeted credentials on the internet. Every login form is a target for XSS, session replay, keyloggers, and browser extensions. SmartField encrypts every keystroke with AES-256-GCM before it touches the DOM.

What Data This Protects

Threats Blocked

How It Works

Replace your standard HTML input with SmartField. 2 lines of code:

<script src="https://cdn.smartfield.dev/v1/smartfield.js"></script> <smart-field type="password" placeholder="password" encrypt-key="/api/sf-key"></smart-field>

Every keystroke is encrypted with AES-256-GCM. The AES key is wrapped with RSA-2048. Only your server can decrypt.

Why Standard Inputs Fail

A standard <input> stores plaintext in the DOM. Any JavaScript on the page can read it:

document.querySelector('input').value // "MyBankPassword123" ← stolen

With SmartField, the same code returns:

document.querySelector('smart-field').value // "eyJ2IjoxLCJpdiI6IkNx..." ← encrypted

Compliance

SmartField helps meet requirements for: PCI-DSS, SOX, GDPR

Frequently Asked Questions

Does SmartField replace our existing authentication?+
No. SmartField protects the input field itself. Your authentication system (OAuth, SAML, 2FA) stays the same. SmartField ensures that the password never exists as plaintext in the browser DOM.
Is it compatible with banking compliance requirements?+
Yes. SmartField uses AES-256-GCM (NIST SP 800-38D) and RSA-2048 (NIST SP 800-56B). Both are approved for financial data. The zero-data architecture means SmartField never sees your customers' credentials.
What happens if a tracker like Hotjar is on the page?+
Hotjar records DOM content. SmartField stores nothing in the DOM. The screen shows cipher characters. Hotjar captures encrypted symbols, not passwords.

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