GitHub
 · MCP Server

GitHub MCP — Your Repos, One Question Away

Connect GitHub to Claude, Cursor, and other AI agents through Improvado's MCP server. Ask questions about pull requests, review cycles, and team velocity in plain English. No more digging through dashboards or writing custom scripts.

46K+ metrics · Read & Write access · 500+ platforms · <60s setup
📈 Read

Ask GitHub anything

Your AI agent becomes a direct line to repository data. Check PR status, review bottlenecks, issue backlogs, and commit history without leaving your conversation. Engineering metrics on demand.

Your AI agent reads harmonized data across 500+ platforms. "Cost" in Google Ads and "spend" in Meta Ads resolve to the same field automatically.

Example prompts
"Show anomalies across all accounts" 2h → 40s
"CPL in New York vs. California?" 1h → 30s
"ROAS by campaign type, last 30 days" 45m → 15s
Works with Claude ChatGPT Cursor +5
Write actions
"Launch A/B test, $5K budget" 5 days → 20m
"Shift 20% of Display to PMax" 2h → 1m
"Pause all ad groups with CPA > $50" 30m → 10s
🛡 Every action logged · Fully reversible · SOC 2 certified
🚀 Write

Take action without switching tabs

Create issues, update PR labels, assign reviewers, and manage milestones directly through your AI agent. The context is already there. Just tell it what needs to happen.

250+ governance rules enforce naming conventions, budget limits, and KPI thresholds. SOC 2 Type II certified.

⚠️ Monitor

Set up alerts that actually matter

Stop checking GitHub obsessively. Configure your AI agent to notify you when PRs go stale, critical issues pile up, or CI/CD pipelines fail. Context-aware alerts based on your team's actual workflow.

Automated weekly reports, anomaly flagging, and budget alerts — all from a single conversation. No more morning check-ins across 5 dashboards.

Monitor prompts
"Flag ad groups over 120% budget" 3h → 1m
"Weekly report: spend, CPA, anomalies" 3h → auto
"Which creatives are fatiguing?" 2h → 30s
Alerts sent to Slack, email, or your AI agent
💡
Ideate
🚀
Launch
📈
Measure
🔍
Analyze
📝
Report
🔄
Iterate
One conversation. All six phases. Every platform.
🔄 Full Cycle

From question to action to insight

Create issues, update PR labels, assign reviewers, and manage milestones directly through your AI agent. The context is already there. Just tell it what needs to happen.

Every phase runs through the same MCP connection. One protocol, all platforms, full governance. No switching between tools.

Challenge 1

Cross-repo visibility is a nightmare

THE PROBLEM

You manage 15 microservices across different repos. Finding out which ones have pending security updates means opening tabs, checking branches, and cross-referencing Dependabot alerts. By the time you've mapped it all out, you've lost 45 minutes.

HOW MCP SOLVES IT

Ask your AI agent for a consolidated view. It pulls data across all repos you specify, surfaces patterns, and even suggests which updates to prioritize based on dependency graphs and recent commit activity.

Try asking
"Show ROAS across all 120 accounts"
Answer in seconds
All data sources, one query
Try asking
"What's my CPL in New York vs. California?"
🔍
Full detail preserved
No data loss on export
Challenge 2

PR review cycles kill velocity

THE PROBLEM

Your team ships fast, but PRs sit idle. You don't know which ones are actually blocked vs. which just haven't been seen. Checking each PR's timeline, reviewer status, and comment threads takes forever. Sprint velocity suffers because of invisible friction.

HOW MCP SOLVES IT

Get instant visibility into review bottlenecks. See which PRs are waiting on specific people, which have unresolved conversations, and which are approved but not merged. Identify patterns like reviewers who are overloaded or code areas that always slow down.

Challenge 3

Engineering metrics live in different tools

THE PROBLEM

Cycle time comes from GitHub. Deployment frequency lives in your CI/CD tool. Incident data sits in PagerDuty. Building a DORA metrics dashboard means API calls, data pipelines, and someone maintaining scripts. It's never current and breaks constantly.

HOW MCP SOLVES IT

Query GitHub metrics alongside your other engineering data through one MCP connection. Combine PR merge times with deployment data and incident frequency. Your AI agent joins the dots across tools without you building integration plumbing.

Try asking
"PMax vs. Search ROAS for Q1?"
⚖️
Unified data model
Compare anything side by side
Agency CEO
Portfolio health. Client risk. Revenue signals.
Media Strategist
70% strategy, not 70% ops. Auto campaign QA.
Marketing Analyst
Zero wrangling. Cross-platform. AI narratives.
Account Manager
QBR decks auto-generated. Call prep in 30s.
Creative Director
Performance-to-brief. Predict winners before spend.
👥 Teams

One Framework. Five Roles. Zero Setup.

Same MCP connection, different workflows for every team member. Agency CEOs get portfolio health. Media Strategists get campaign QA. Analysts get cross-platform reports. Account Managers get auto-generated QBR decks. Creative Directors get performance-based briefs.

Each role asks in natural language. The MCP server handles the complexity — rate limits, auth, schema normalization, governance — behind the scenes.

Frequently Asked Questions

Which GitHub data can I access through MCP?
+

Pull requests, issues, commits, branches, code reviews, comments, milestones, projects, Dependabot alerts, Actions workflows, and repository metadata. Basically everything you'd access through GitHub's API, but queryable in natural language.

Does this work with GitHub Enterprise?
+

Yes. Point the MCP server at your GitHub Enterprise instance during setup. Works with both cloud and self-hosted deployments.

Can I write back to GitHub or just read data?
+

Both. Create and update issues, manage PR labels and reviewers, update milestones, add comments, and trigger workflows. Read and write permissions are controlled by your GitHub token scope.

How does this compare to building GitHub API scripts?
+

You skip all the boilerplate. No authentication handling, pagination logic, rate limit management, or response parsing. Just ask questions. The MCP server handles API complexity and your AI agent structures the results.

What AI agents work with this?
+

Any MCP-compatible client. That includes Claude Desktop, Cursor, and other editors or tools that support the Model Context Protocol. More agents are adding MCP support regularly.

How long does setup take?
+

Under 5 minutes. Add the MCP server to your AI agent, authenticate with a GitHub personal access token, and start querying. No data pipelines to configure or infrastructure to deploy.

Which GitHub data can I access through MCP?
Pull requests, issues, commits, branches, code reviews, comments, milestones, projects, Dependabot alerts, Actions workflows, and repository metadata. Basically everything you'd access through GitHub's API, but queryable in natural language.
Does this work with GitHub Enterprise?
Yes. Point the MCP server at your GitHub Enterprise instance during setup. Works with both cloud and self-hosted deployments.
Can I write back to GitHub or just read data?
Both. Create and update issues, manage PR labels and reviewers, update milestones, add comments, and trigger workflows. Read and write permissions are controlled by your GitHub token scope.
How does this compare to building GitHub API scripts?
You skip all the boilerplate. No authentication handling, pagination logic, rate limit management, or response parsing. Just ask questions. The MCP server handles API complexity and your AI agent structures the results.
What AI agents work with this?
Any MCP-compatible client. That includes Claude Desktop, Cursor, and other editors or tools that support the Model Context Protocol. More agents are adding MCP support regularly.
How long does setup take?
Under 5 minutes. Add the MCP server to your AI agent, authenticate with a GitHub personal access token, and start querying. No data pipelines to configure or infrastructure to deploy.

Stop Reporting. Start Executing.

Connect your data to an AI agent in under 60 seconds. The closed loop starts with one conversation.

SOC 2 Type II
GDPR
500+ Platforms
46K+ Metrics