OpenRouter Integration
Leverage OpenRouter's unified API to chain AI-driven actions into your blockchain workflows, enabling seamless automation across multiple LLMs. Integrat...
Integration available
Leverage OpenRouter's unified API to chain AI-driven actions into your blockchain workflows, enabling seamless automation across multiple LLMs. Integrate GPT-4, Claude, Llama and more to power dynamic prompts, data transforms, and smart contract interactions without leaving your crypto stack.
Build With OpenRouter
Use OpenRouter when a workflow needs to call AI Prompt or related OpenRouter operations from a typed B3OS action. Start in the visual editor to connect an account, then use the references below for payload shape, required fields, and API testing.
Available Actions
| Action | ID | Connector | Required fields |
|---|---|---|---|
ai-llm-chat | - | prompt |
Available Triggers
No trigger references are published for this integration yet.
Common Use Cases
Connector Notes
- Create the connector from a trusted B3OS organization before publishing workflows that call external accounts.
- Keep OAuth tokens, API keys, bot tokens, channel IDs, and account IDs in connector settings or workflow props, not in reusable public template text.
- Test with the visual editor or
POST /v1/actions/{type}/testbefore routing production traffic.
Related Templates
No public templates are linked to this integration yet.
FAQ
The integration currently supports actions only; triggers are not yet available.
OpenRouter provides access to a wide range of models including GPT-4, Claude, Llama, and many community-hosted variants.
You supply a prompt and optional context, and the action returns the model's response, which can be used to generate text, classify data, or drive downstream blockchain logic.
OpenRouter handles data securely, but you should avoid sending sensitive private keys or personally identifiable information through public model endpoints.
Yes—each AI Prompt or OpenRouter Transform can feed into subsequent steps, allowing complex multi-stage automations within B3OS.
