Threader 🧵

Threader is an autonomous, multi-platform marketing and engagement engine. It combines AI copy synthesis, Tesseract OCR media indexing, and a modular Provider-Plugin architecture to automate marketing across Nostr, Meta's Threads, and any future decentralized social platforms.

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🌟 Key Capabilities

• Modular Platform Drivers: Built around a unified PlatformDriver contract. Nostr and Threads are plug-and-play targets.
• First-Class Nostr Support: NIP-01 Kind 1 text notes, NIP-10 reply threading, NIP-19 nsec/npub Bech32 key support, Schnorr event signing, and multi-relay WebSocket pooling.
• Multi-Target Project Namespaces: Configure multiple projects/personas, each with granular control over enabled publishing targets (e.g. publish to Nostr only, Threads only, or both simultaneously).
• Environment Key Resolution: Store keys directly in project configs or reference custom environment variables (NOSTR_NSEC, NOSTR_NSEC_<PROJECT>, THREADS_TOKEN, etc.).
• Intelligent Media Engine: Automatically indexes screenshots and diagrams using Tesseract OCR and multimodal AI context extraction.
• AI Content Synthesis: Generates dense, high-signal, human-sounding marketing copy tailored strictly to your project's architecture manifest.

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📦 Installation

Install Threader instantly with a single command (powered by Anyisland):

# macOS / Linux
curl -fsSL https://raw.githubusercontent.com/nathfavour/anyisland/master/install.sh | bash -s -- nathfavour/threader

Or if you already have Anyisland installed:

anyisland install nathfavour/threader

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🛠️ Contributing & Development

Threader's development lifecycle, verification gates, and agent safety policies are governed deterministically by Ota.

1. Clone the Repository

git clone https://github.com/nathfavour/threader.git
cd threader

2. Install Ota

# macOS / Linux
curl -fsSL https://dist.ota.run/install.sh | sh
# Windows PowerShell
irm https://dist.ota.run/install.ps1 | iex

3. Verify Workspace Readiness

Inspect system dependencies, toolchains, and agent safety boundaries:

ota doctor

4. Run Test Suite & Build

Execute the test suite and binary builds governed by ota.yaml:

# Run unit and integration tests
ota run test# Build binary
ota run build

5. Adding New Platform Drivers

Adding support for any new social platform (e.g. Bluesky / ATProto, Farcaster) requires only 3 steps:

1. Create internal/platform/<name>/driver.go.
2. Implement platform.PlatformDriver (ID(), ValidateConfig(), Publish(), Capabilities()).
3. Call platform.Register(&MyDriver{}) inside an init() block.

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📋 CLI Usage

1. Managing Projects & Platform Targets

# Create a new project with Nostr nsec and Threads token
threader project create "MyProduct" \
--desc "Decentralized protocol" \
--nsec "nsec1..." \
--threads-token "TH_..." \
--relays "wss://relay.damus.io,wss://nos.lol"# List all projects and their active targets
threader project list
# Interactively edit project settings and target credentials
threader project edit [project-id]
# Toggle publishing targets for a project
threader project target [project-id] enable nostr
threader project target [project-id] disable threads

2. Crafting and Publishing Posts

# Craft an AI post grounded in the project manifest
threader post craft -p "MyProduct"# Craft and attach media
threader post craft -p "MyProduct" --media ./screenshot.png
# Publish directly to all enabled targets (Nostr + Threads)
threader post publish "Building decentralized tools." -p "MyProduct"# Publish specifically to Nostr only
threader post publish "Nostr-only announcement." -p "MyProduct" -t nostr
# Publish specifically to Threads only
threader post publish "Threads-only update." -p "MyProduct" -t threads

3. Media Queue & Autonomous Daemon

# Add media to the automated queue
threader queue add ./diagram.png -p "MyProduct"# Start the background daemon
threader start
# Check status of daemon and targets
threader status
# View real-time daemon logs
threader logs

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📄 License

MIT