Encrypted vault architecture
The vault approach combines end-to-end encryption with dedicated key-derivation and encrypted-record handling.
Release candidate
ARGA | Pass
A vault designed around your devices.
A password manager built around encrypted vault storage, local-first synchronization, autofill, and hardware-assisted authentication across web, desktop, mobile, and browser experiences.
Why it exists
Designed for
real work.
ARGA | Pass puts encrypted vault storage and local-first synchronization at the center of credential management, connecting that foundation to device and browser workflows. Its approach brings passwords, autofill, and hardware-assisted access into a coherent cross-device experience. It is in the final stages of its release candidate.
What it covers
The capabilities.
Local-first synchronization
Local storage and CRDT-based synchronization coordinate vault information across devices.
Autofill and integrations
Browser and operating-system integrations connect the vault with everyday credential-entry workflows.
Cross-device experiences
Desktop, web, mobile, and browser-extension experiences form the client scope. Ask about the supported clients for your devices.
Hardware-assisted authentication
FIDO2 and platform security hardware form part of the authentication architecture.
Self-hosted relay architecture
The product architecture includes self-hosting and a zero-knowledge relay approach for coordinating access.
Who it's for
Individual users
People managing credential access across their own devices.
Team administrators
Teams coordinating administrative and enterprise credential workflows.
Self-hosting operators
Operators interested in the relay and hosting architecture.
Current project stage
Release candidate
ARGA | Pass is in the final stages of its release candidate. Discuss supported clients, authentication requirements, and hosting options with the team.
Ask about availability →