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Kiara Grouwstra 2025-06-15 14:54:29 +02:00
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architecture.md
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@ -153,20 +153,3 @@ The data model design for the configuration front-end needed support the desired
Whereas the core abstraction in Fediversity is a NixOS configuration module, a more full-fledged example architecture of the web host use-case we aim to support as part of our exploitation would be as follows, where virtual machines in question run Fediversity to offer our selected applications: Whereas the core abstraction in Fediversity is a NixOS configuration module, a more full-fledged example architecture of the web host use-case we aim to support as part of our exploitation would be as follows, where virtual machines in question run Fediversity to offer our selected applications:
![](https://git.fediversity.eu/Fediversity/meta/raw/branch/main/architecture-docs/host-architecture.png) ![](https://git.fediversity.eu/Fediversity/meta/raw/branch/main/architecture-docs/host-architecture.png)
## Breakdown of project milestones and key results
Whereas details of the implementation may need to be decided as the technical challenges involved become clear, we can already give a higher-level planning of relevant milestones and some of their salient features:
- Implement a way to run online services emphasizing user autonomy and data portability
- Integration tests pass for
- Setting up a fediversity hosting environment from a declarative configuration
- Configuring, deploying, and migrating a set of dummy applications
- Disseminate our results by engaging the open-source community to further expand on work in this direction
- Present results on at least 3 conferences
- At least 5 applications compatible with Fediversity thanks to external contributions by 2027-03
- Exploit our work by enabling reproducible deployments of an initial set of portable applications
- There are 3 fediverse applications available out of the box:
- Mastodon
- PeerTube
- Pixelfed

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fediversity.md
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@ -72,6 +72,20 @@ The proposed work aligns with this objective by show-casing a way to run digital
Tests will concisely describe the abilities the Fediversity system provides. Tests will concisely describe the abilities the Fediversity system provides.
These tests can be run on any sufficiently powerful machine with [Nix](https://nixos.org) installed, and reliably validate that the use cases work as intended. These tests can be run on any sufficiently powerful machine with [Nix](https://nixos.org) installed, and reliably validate that the use cases work as intended.
The proposed work is realistically achievable. The proposed work is realistically achievable.
To make the objectives measurable, we propose using the following key results:
1. Implement a way to run online services emphasizing user autonomy and data portability
- Integration tests pass for
- Setting up a fediversity hosting environment from a declarative configuration
- Configuring, deploying, and migrating a set of dummy applications
1. Disseminate our results by engaging the open-source community to further expand on work in this direction
- Present results on at least 3 conferences
- At least 5 applications compatible with Fediversity thanks to external contributions by 2027-03
1. Exploit our work by enabling reproducible deployments of an initial set of portable applications
- There are 3 fediverse applications available out of the box:
- Mastodon
- PeerTube
- Pixelfed
## Methodology challenges ## Methodology challenges