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linsa-io avatar

linsa-io/linsa.io

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Linsa.io

Linsa.io is an end-to-end encrypted cloud storage service and zero-knowledge data vault. It functions as a private content sharing platform that encrypts files and data on the client side, ensuring only the owner can access the stored content.

The project employs a local-first approach, processing data updates and encryption on the local device before syncing encrypted blobs to a remote persistence layer. It uses a zero-knowledge architecture where the service provider cannot access decryption keys or view the plaintext content of stored files.

The platform provides capabilities for private digital asset management and secure content sharing. It manages access to files through cryptographic authentication and identity verification using public key infrastructure.

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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.
16,880 stars·1,043 forks·TypeScript·40 views

Star history

Star history chart for linsa-io/linsa.ioStar history chart for linsa-io/linsa.io

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

Frequently asked questions

What does linsa-io/linsa.io do?

Linsa.io is an end-to-end encrypted cloud storage service and zero-knowledge data vault. It functions as a private content sharing platform that encrypts files and data on the client side, ensuring only the owner can access the stored content.

What are the main features of linsa-io/linsa.io?

The main features of linsa-io/linsa.io are: Zero-Knowledge Vaults, Secure File Sharing, Local-First Persistence, Zero-Knowledge Storage, End-To-End Encryption Systems, Worker Payload End-to-End Encryptions, End-to-End Encryption, Encrypted File Synchronization.

Which projects share features with linsa-io/linsa.io?

Projects with overlapping indexed features include: bitwarden/android — This project is an Android password manager application that provides an end-to-end encrypted vault for storing and… upspin/upspin — Upspin is a decentralized naming and storage system that provides an end-to-end encrypted file system. It assigns… cryptpad/cryptpad — CryptPad is a self-hosted, zero-knowledge office suite designed for real-time collaborative editing and content… szabodanika/microbin — Microbin is a self-hosted file sharing application and encrypted pastebin written in Rust. It provides a platform for… worldbrain/memex — Memex is a browser extension knowledge base and personal information manager designed for indexing, annotating, and… privatebin/privatebin — PrivateBin is a self-hosted, zero-knowledge text hosting service and secret sharing tool. It utilizes browser-based…

Projects sharing features with Linsa.io

These projects share indexed features with Linsa.io. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • bitwarden/androidbitwarden avatar

    bitwarden/android

    8,457View on GitHub↗

    This project is an Android password manager application that provides an end-to-end encrypted vault for storing and synchronizing login credentials, secure notes, and identities. It functions as a secure storage system using zero-knowledge encryption to ensure that only the user can decrypt their stored data. The application integrates directly with the Android system to provide an autofill service that populates usernames and passwords into mobile apps and browser login fields. It also serves as a passkey management wallet for FIDO2 cryptographic passkeys and a time-based one-time password a

    Kotlinandroidbitwardencompose
    View on GitHub↗8,457
  • upspin/upspinupspin avatar

    upspin/upspin

    6,398View on GitHub↗

    Upspin is a decentralized naming and storage system that provides an end-to-end encrypted file system. It assigns every user a unique identity and organizes files within a global, permissioned namespace where data is encrypted on the client before transmission. The system separates identity resolution from data storage using a public-key identity provider and a key-server architecture. This allows for decentralized identity management and the resolution of usernames to specific directory and storage server addresses. The project includes a hierarchical access control system that manages read

    Gocryptographyfusegolang
    View on GitHub↗6,398
  • cryptpad/cryptpadcryptpad avatar

    cryptpad/cryptpad

    7,739View on GitHub↗

    CryptPad is a self-hosted, zero-knowledge office suite designed for real-time collaborative editing and content management. It provides a privacy-centric infrastructure where documents, files, and notes are encrypted in the browser before transmission, ensuring that the server administrator cannot access the underlying data. The platform implements zero-knowledge user authentication, utilizing cryptographic keys to verify identities so that plain text passwords are never stored on the server. To further isolate sensitive operations, the system employs a security architecture that separates th

    JavaScriptchainpadcollaborationcollaborative-editing
    View on GitHub↗7,739
  • szabodanika/microbinszabodanika avatar

    szabodanika/microbin

    4,419View on GitHub↗

    Microbin is a self-hosted file sharing application and encrypted pastebin written in Rust. It provides a platform for hosting text snippets and binary files via unique links, functioning as both a secure file drop and a URL shortener. The system features client-side end-to-end encryption, ensuring the server does not see plaintext data before it is transmitted. It includes secure postbox portals for collecting documents from external clients and supports password-protected access control to restrict content visibility. The platform manages the upload lifecycle through time and view-based exp

    Rustactixaskamabin
    View on GitHub↗4,419
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