Bounty #5 - Storage Enhancements - $1500 #112
Description
Summary
JuliaOS agents often handle large AI workloads, model outputs, and task data. While some storage primitives exist today, there's a growing need to support decentralized, modular, and redundant storage systems that allow for scalability, persistence, and seamless coordination across agents and swarms. This bounty focuses on integrating additional decentralized storage backends into the JuliaOS framework.
🔍 Scope Detail
Your task is to build plug-and-play storage integrations for decentralized or distributed storage solutions. Example targets include IPFS, Filecoin, or any blockchain-native storage layer with active support and tooling.
🔌 Integration Options
- Add adapters for IPFS (via CLI or HTTP APIs), Arweave (Bundlr), or similar.
- Create abstractions in JuliaOS’ storage layer to switch between providers.
- Ensure compatibility with both CLI and Python bindings.
📁 Use Case Compatibility
- Test integrations with agents uploading/downloading LLM outputs, datasets, and swarm state snapshots.
- Validate agent file handling (e.g.
agent.upload("results.json")) across the new backend. - Implement error handling, timeouts, and fallback mechanisms.
🧪 Optional Enhancements
- Add CLI support to select storage backend on deploy/init.
- Integrate with JuliaOS no-code interface for asset uploads.
✅ Submission Requirements
How to Participate:
- Clone the [JuliaOS repository](https://github.com/Juliaoscode).
- Create a new branch and follow the installation instructions in the README.
- Submit your pull request referencing the GitHub issue.
- Bonus: complete this feedback form for eligibility to our upcoming Ambassador program (exclusive perks, events, rewards, and social badges).
Development Requirements:
- Code Quality: Ensure modular, clean integration logic with proper separation of concerns.
- Testing: Include test cases for upload/download functionality across supported storage backends.
- Documentation: Add docs showing how users can configure and use the new storage option.
- License: All contributions must comply with the MIT license.
🧪 Judging Criteria
- Functionality: Integration is stable, documented, and works as intended.
- Modularity: Easy to add/replace future storage providers.
- Ecosystem Fit: Chosen solution aligns with decentralized principles and JuliaOS values.
- Usability: Simple developer onboarding and CLI usage.
- Impact: Enables new use cases (model sharing, swarm logs, dataset caching, etc.).
💸 Reward Structure
- Reward: $800 – $1,500 USD
- Paid in: $JOS or USDT
- Deadline: Rolling, based on contributor bandwidth and complexity of integration.