5. Use Cases

Osirium enables AI-driven workflows that require proof of origin, output integrity, and Ethereum compatibility. Below are practical applications of the protocol as it exists today:

5.1 On-Chain AI Attestations

Projects can use Osirium to generate responses via Claude AI and issue digitally signed attestations. These attestations can be submitted to smart contracts or stored as off-chain proof of execution.

Example:

“Summarize a DAO proposal” → Claude → Signed attestation → Stored for governance recordkeeping

5.2 AI Auditable Logs

Every output generated by Osirium is signed and timestamped. This allows teams to build transparent audit trails for AI usage — useful in regulated or high-trust environments.

Example:

Automated security review → AI comments on a contract → Signature confirms it came from a registered node

5.3 X.com Trend Monitoring (Pluggable Source)

Osirium is designed to ingest prompts from external sources, including real-time feeds like X.com (Twitter). Prompts scraped from trending posts can be processed and attested, forming the basis for market or sentiment analysis tools.

Example:

“What’s the current narrative around $ETH?” → Prompt from X feed → Claude → Signed insig

5.4 Developer Agents & Tooling

Developers can script AI-based workflows that:

• Generate code

• Provide smart contract analysis

• Explain outputs

• Return them with verifiable attestations

This makes Osirium a base layer for AI dev tooling, where each output can be traced and trusted.

5.5 MCP-as-a-Service

Teams can run their own Osirium MCP node to serve:

• Internal automation workflows

• AI-integrated dApps

• Third-party prompt/response pipelines

The node structure is modular, allowing full control over the stack while maintaining output authenticity.