linsa-io/linsa.io

Features

• Zero-Knowledge Vaults - Provides a secure repository for digital assets where the service provider cannot decrypt or view the stored information.
• Secure File Sharing - Ships secure file sharing with strict cryptographic control over who can decrypt and view the data.
• Local-First Persistence - Implements a local-first storage paradigm where data is encrypted locally before syncing to the cloud.
• Zero-Knowledge Storage - Provides cloud storage where the provider has no access to the encryption keys.
• End-To-End Encryption Systems - Ensures that shared private files are encrypted on the sender's device and only decrypted by authorized recipients.
• Worker Payload End-to-End Encryptions - Provides a persistent encrypted file storage portal where only the owner can access the content.
• End-to-End Encryption - Provides end-to-end encryption where data is encrypted on the local device before being transmitted to the server.
• Encrypted File Synchronization - Implements a synchronization system that encrypts files locally before uploading them to cloud storage.
• Public Key Authentication - Verifies user identities using cryptographic key pairs to establish secure sessions without passwords.
• Public-Key Access Control - Implements access control by encrypting data keys with the public keys of authorized recipients.
• Secure Sharing Services - Provides a secure sharing service with controlled access to sensitive encrypted documents.
• Local-First Architectures - Processes data updates and encryption locally before syncing encrypted blobs to a cloud persistence layer.
• Encrypted File Sharing Platforms - Functions as an encrypted platform for distributing and managing private files stored on cloud backends.
• Digital Asset Managers - Provides a secure environment for organizing and archiving personal digital project files and media.
• Data Wrapping - Uses a master key to encrypt unique data keys for each file to ensure granular access control.

Star history