PURE
HANDSHAKE.
WHY KEYPHER REDEFINES THE WIRE.
The Zenith
Architecture.
Generic password managers store shared secrets in their databases. We don't. Our protocol leaves the payload un-reachable to even our own engineers.
Fragment Isolation
The decryption key is locked in the URL fragment (#). It never leaves your browser's memory and is never sent to our servers.
Atomic Purge
We use volatile ephemeral clusters. Once a link expires or 'burns', the encrypted blob is wiped from existence instantly.
AES-256-GCM
Military-grade authenticated encryption ensures the data is both private and tamper-proof during the handshake.
SENDER
RECIPIENT
100% Zero-Trust
No Passwords on Servers
Search The Vault
Finding secrets should be effortless. The Keypher Extension interface is minimal and lightning fast. Located your identity, login, or card instantly.
Vault Records
GitHub Main
waqas-dev
Stripe Production
billing-ops
Vercel Deploy
cloud-admin
Identity Focus
Precision control at your fingertips. From the item detail view, the 'Share Securely' action initiates the cryptographic prep locally on your CPU.
GitHub Main
Login Recordwaqas-dev
••••••••••••
Configure Protocol
Define the boundaries. Set ultra-precise expiry times and view limits. Add an out-of-band PIN for maximum-tier operational security.
Protocol Prep
Handshake v2
Encryption happens locally. Key exists only in URL fragment.
The Portal
A cinematic experience for the recipient. They arrive at an elite, branded node where the final handshake happens to reveal the payload.
HANDSHAKE
INITIATED
GitHub Main
READY TO
HANDSHAKE?
Universal security. Zero complexity. One Handshake.