A 4-person recruiting team at a Series B startup was hiring across 6 open roles simultaneously. Their daily workflow meant switching between Greenhouse (ATS), LinkedIn Recruiter, Calendly (scheduling), and Slack (hiring manager updates). Every candidate status check, every interview scheduling confirmation, every pipeline update required opening a different tool.
The team lead estimated 90 minutes per day per recruiter spent on tool-switching and manual data gathering that could be answered with a single question.
Three MCP servers, each deployed in under a minute:
| Tool | What the agent accesses |
|---|---|
| Greenhouse | Candidate pipeline, interview stages, scorecards, job postings |
| LinkedIn Recruiter | Candidate profiles, InMail history, saved searches |
| Calendly | Scheduled interviews, availability, reschedule requests |
Instead of opening Greenhouse, filtering by stage, and scanning each role manually:
> "Show me all candidates in final-round interviews across open roles, with their scorecard averages and scheduled next steps."
One prompt replaces 15 minutes of clicking through pipeline views.
Before a hiring manager sync:
> "Pull the LinkedIn profile for Sarah Chen who's in our Senior PM pipeline. Include her last 3 roles and any InMail history we have."
Context assembled in seconds instead of switching between Greenhouse notes and LinkedIn tabs.
When a candidate needs to be moved forward:
> "Check Calendly for the engineering panel's availability this week and suggest 3 slots that work for all 4 interviewers."
No more back-and-forth emails or manual calendar checking.
Every Friday:
> "Summarize this week's pipeline movement for the VP of Engineering. Include new candidates sourced, interviews completed, and offers extended."
A formatted update generated from live data, not manually compiled from memory.
Recruiting tools have excellent APIs but terrible cross-tool workflows. Greenhouse knows your pipeline. LinkedIn knows your candidates. Calendly knows your schedule. None of them talk to each other natively without expensive middleware.
MCP servers give your AI assistant direct access to all three. No Zapier chains, no custom integrations, no engineering time required. With DataFaucet, browse each tool once, deploy the server, connect your AI client.
Total: 4 minutes across 3 tools. Each recruiter connects the same servers to their Claude or Cursor instance. The whole team was running by lunch on day one.
Create your Greenhouse MCP server in 60 seconds.
Try with Greenhouse →{
"mcpServers": {
"greenhouse": {
"url": "https://datafaucet.dev/api/mcp/YOUR_SERVER_ID/sse"
}
}
}Replace YOUR_SERVER_ID with the ID from your DataFaucet dashboard after creating your Greenhouse server.
Point DataFaucet at Greenhouse and get a working server in 60 seconds.
Create Greenhouse server free →After creating, add to Claude Desktop:
"greenhouse": {
"url": "https://datafaucet.dev/api/mcp/YOUR_ID/sse"
}Free plan includes 3 servers. Upgrade to Pro for unlimited →
Build a Greenhouse MCP server so Claude, Cursor, and Windsurf can search candidates, check pipeline stages, pull interview feedback, and manage job postings.
A startup connected Stripe, Linear, Slack, Vercel, and PostHog to AI via MCP. Standup prep went from 15 minutes to one prompt.
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