Public Beta Now Available

Security. Simplicity. Control.

Experience truly private, end-to-end encrypted messaging designed for the modern world. Join our Public Beta today.

Public Beta Disclaimer: Keylane is currently in public beta. While we strive for stability, some features may be buggy or incomplete. We are immensely grateful for your bug reports and feedback at info@keylane.app.
Keylane App Interface

Privacy Isn't a Policy.
It's Our Architecture.

Most messaging apps bolt encryption onto systems designed to collect data. Keylane is fundamentally different. Our server acts as a simple, secure traffic controller—a digital postman that knows nothing about the contents within.

Post-Quantum E2EE

Hybrid Post-Quantum Cryptography combining ECC with ML-KEM (Kyber). Your data is secured against today's threats and tomorrow's quantum computers.

  • ML-KEM & ECC Hybrid Key Exchange
  • Perfect Forward Secrecy (PFS)

Data Sovereignty

Choose your home. Use public server or your own instance in our managed cloud, your private cloud, or run your own instance on-premises—even on a Raspberry Pi.

Coming Soon: Federation Support (Beta)

Decentralized federation will allow you to communicate seamlessly with users across different Keylane servers while maintaining absolute privacy.

Your Chat, Your Rules

Granular control over conversation metadata. Toggle Read Receipts, Delivery status, "Typing..." indicators, and Online presence per contact.

  • Per-contact privacy toggles
  • Absolute metadata minimization

Secure Vaults

E2EE file transfers and a private, on-device-only Encrypted Notebook for your sensitive thoughts and information.

  • Zero-knowledge file sharing
  • Local-only secure notes

Absolute Anonymity

No phone number. No email. No identity tracking. Sign up anonymously and own your cryptographic identity from the very first tap.

Our architecture uses a zero-knowledge server that acts purely as a secure router. It never sees your identity, your contacts, or the content of your messages—it simply routes encrypted packets to their destination.