roogle-dev

roogle-dev / reticulum-phantom

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Decentralized, end-to-end encrypted P2P file sharing over the Reticulum mesh network. The first torrent-like application built natively on Reticulum.

78
6
100% credibility
Found Apr 22, 2026 at 78 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Python
AI Summary

Decentralized peer-to-peer file sharing application using end-to-end encryption over the Reticulum mesh network, with .ghost files functioning like torrent metadata.

How It Works

1
🔍 Discover Phantom

You hear about a simple way to share files privately with friends over a shared community network, without relying on big internet servers.

2
💻 Set up the app

Download the sharing tool and prepare it on your computer so it's ready to use.

3
🌐 Join the network

Connect to the community network, following easy guides to link up with others nearby or far away.

4
👻 Create a share invite

Choose a file like a video or photo, turn it into a special invite card called a .ghost file, and start offering it to others on the network.

5
📤 Send the invite

Share the .ghost invite with your friend via email, USB stick, chat, or any easy way.

6
📥 Friend grabs the file

Your friend opens the invite, finds you and other helpers on the network, and pulls down the full file piece by piece.

✅ Sharing complete

Everyone now has the file safely, and as more people join in, sharing gets faster and the group grows stronger.

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Star Growth

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AI-Generated Review

What is reticulum-phantom?

Reticulum-phantom is a Python-based P2P file sharing tool that runs over the Reticulum mesh network, delivering end-to-end encrypted transfers without servers or trackers. Like a torrent client for decentralized meshes, it splits files into verifiable chunks, generates shareable .ghost metadata files, and supports seeding/downloading via simple CLI commands such as `phantom seed file.mkv` or `phantom download file.ghost`. Built natively on Reticulum, it works across TCP/IP, LoRa, or radio links, making it the first such application for resilient, low-bandwidth meshes.

Why is it gaining traction?

It stands out in the decentralized github space—like decentralized storage github or decentralized exchange github projects—by minimizing mesh traffic: one announce handles unlimited files, PEX shares peers over encrypted links, and auto-failover keeps swarms alive. Developers dig the TUI dashboard for monitoring transfers, resume support, and zero config tampering, plus multi-seeder .ghost files that grow organically. In a world of centralized alternatives, its mesh-native design hooks privacy hawks building end-to-end encrypted apps.

Who should use this?

Reticulum users sharing files off-grid, such as ham radio operators or disaster response teams needing resilient P2P. Privacy-focused devs prototyping decentralized storage github tools, decentralized identity github systems, or even decentralized vpn github setups. Ideal for anyone evaluating mesh apps alongside decentralized chat app github or github decentralized voting system projects.

Verdict

Try it if you're in the Reticulum ecosystem—solid CLI and TUI make testing easy, docs are thorough. With 78 stars and 1.0% credibility score, it's alpha (v0.9 stable but pre-1.0), so expect rough edges; pair with Reticulum config tweaks for production.

(198 words)

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