Forte vs Zap

A side-by-side comparison of two self-hosted social networks options — licensing, setup difficulty, resource needs, and what each one replaces.

Not the right match-up?
FeatureForteZap
Deploy effortRead-the-docs projectRead-the-docs project
CategorySocial NetworksSocial Networks
LicenseUnlicenseMIT
LanguagePHP
Setup difficultyEasyHard
Min. RAM50 MB512 MB
Deploymentbare-metalbare-metal, source
GitHub stars★ 50
First released20252018
ReplacesFacebook, Threads, TumblrFacebook, Twitter

What are Forte and Zap?

Forte

open source ActivityPub/fediverse server.

Zap

Zap is a decentralized communications platform from the Hubzilla and Streams lineage that supports nomadic identity, letting accounts move between servers. It federates over multiple protocols including ActivityPub.

  • Nomadic identity
  • Multi-protocol federation
  • Account portability
  • Fine-grained permissions

Forte vs Zap: key differences

Licensing differs — Unlicense for Forte versus MIT for Zap. Forte is the lighter option, starting around 50 MB of RAM against 512 MB for Zap. Zap is the more established project (first released 2018), while Forte arrived in 2025.

Why pick each one

Choose Forte if…

  • Released under the Unlicense license
  • Easy to set up — beginner-friendly
  • Tiny footprint — runs in 50 MB RAM
Forte details

Choose Zap if…

  • Released under the MIT license
  • Written in PHP
  • Lightweight — runs in 512 MB RAM
Zap details

Frequently asked questions

Is Forte or Zap better?

Neither is universally better. Zap has the larger community, while Forte is simpler to set up (easy difficulty). Choose based on the comparison table above and your own setup.

Are Forte and Zap free and open-source?

Yes. Forte is licensed under Unlicense and Zap under MIT. Both can be self-hosted at no software cost.

Can I run Forte and Zap with Docker?

Forte: check the project docs for container support. Zap: check the project docs for container support.

Which is lighter on resources, Forte or Zap?

Forte has the smaller minimum footprint at 50 MB of RAM, compared to about 512 MB for Zap. Real-world usage depends on library size, user count, and enabled features.

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