What is OpenRouter?
Multi-model LLM gateway that routes requests across 100+ models behind one OpenAI-compatible endpoint. Call Scavio via HTTP from any OpenRouter-powered agent to ground any model's response in live web data.
Searching LinkedIn with OpenRouter
This integration lets your OpenRouter agent search LinkedIn in real time via the Scavio API. The agent gets back structured JSON with job listings, company names, locations, posted dates -- ready for reasoning and decision-making.
Setup
// fetch('https://api.scavio.ai/v1/search', { headers: { Authorization: 'Bearer $KEY' } })Code Example
Here is a complete OpenRouter agent that searches LinkedIn using Scavio:
# Generic HTTP integration for OpenRouter
# Point your framework's HTTP request tool at:
#
# POST https://api.scavio.dev/api/v2/google
# Authorization: Bearer sk_live_your_key
# Content-Type: application/json
# {"query":"your search query"}
#
# Rows come back under organic_results.
#
# There is no LinkedIn people or post search: LinkedIn retired it upstream. This finds LinkedIn pages through Google. For structured data call POST /api/v1/linkedin/person, /company or /post with a LinkedIn URL, or /api/v1/linkedin/search/jobs for keyword job search.
Full Working Example
A production-ready example with error handling:
# Generic HTTP integration for OpenRouter
# Point your framework's HTTP request tool at:
#
# POST https://api.scavio.dev/api/v2/google
# Authorization: Bearer sk_live_your_key
# Content-Type: application/json
# {"query":"your search query"}
#
# Rows come back under organic_results.
#
# There is no LinkedIn people or post search: LinkedIn retired it upstream. This finds LinkedIn pages through Google. For structured data call POST /api/v1/linkedin/person, /company or /post with a LinkedIn URL, or /api/v1/linkedin/search/jobs for keyword job search.
Pricing
Scavio offers a free tier with 50 credits on signup (1 credit per search). No credit card required. This is enough to build and test your OpenRouter integration. Paid plans start at $30/month for higher volumes.