Hoodik

End-to-end encrypted cloud storage server. Files are encrypted and decrypted in the browser, so the server only ever holds ciphertext. Runs on SQLite or PostgreSQL, stores chunks on local disk or any S3-compatible service.

Steady · 52
52/100
Steady

Maintained, but at a slower pace than the leaders in its category.

Maintenance 6/40
Releases 25/25
Community 8/20
Momentum 13/15

Commit activity more than 14% of tracked projects; popularity more than 41%. How this is calculated.

Commits, last 11 months

2025-10: 0 commits 2025-11: 0 commits 2025-12: 0 commits 2026-01: 0 commits 2026-02: 0 commits 2026-03: 0 commits 2026-04: 0 commits 2026-05: 0 commits 2026-06: 1 commits 2026-07: 18 commits 2026-08: 10 commits
2025-10 29 total 2026-08
Stars1.5k
Latest releasev2.5.5 · 22 Sept 2026
Repo updated22 Sept 2026
LicenceCC-BY-NC-4.0
Built withDocker

Is Hoodik actively maintained?

Over the last 11 months the project absorbed 29 commits, of which 29 arrived in the most recent quarter — roughly 10 commits a month.

The most recent tagged release, v2.5.5, shipped within the last month — a current, installable version exists today.

Hoodik ranks #12 of 20 in File Transfer & Synchronization, placing it mid-table for maintenance activity.

What Hoodik actually does

Hoodik is a zero-knowledge cloud storage server that encrypts and decrypts files directly within your browser. Because the host only receives ciphertext, your stored data remains unreadable to the server operator. It supports both SQLite and PostgreSQL for metadata storage, while placing file chunks onto either local disk or S3-compatible object storage.

Best fit: Self-hosters who require strict end-to-end encryption for file storage without trusting the underlying infrastructure provider with plaintext data.

Worth knowing: The CC-BY-NC-4.0 licence restricts commercial usage, and the project's moderate maintenance activity means you should monitor its ongoing development closely.

Deployment notes

As a containerised application, you will typically need to configure Docker volumes for persistent storage, supply your database connection strings, and place it behind a reverse proxy to handle TLS termination.


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