Convex
 · MCP Server

Connect Convex to Your AI Agent

One MCP connection. Full Convex context. No more console diving — just ask.

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

Read: Instant Answers from Convex

Stop opening the Convex dashboard to inspect table data and function logs. Ask your AI agent to query your Convex database, inspect document structures, analyze function execution patterns, and surface data insights — all in plain language.

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

Write: Automate Convex Actions

Run Convex mutations, trigger scheduled functions, update documents, and manage data — all through natural language. Handle one-off data operations and administrative tasks without writing queries in the dashboard.

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

⚠️ Monitor

Monitor: Catch Convex Issues Before They Escalate

Set AI-powered watches on function error rates, data growth patterns, and scheduled job health. Get alerts before a silent Convex mutation failure cascades into a user-facing bug.

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

The Closed Loop: Read → Decide → Write → Monitor

Run Convex mutations, trigger scheduled functions, update documents, and manage data — all through natural language. Handle one-off data operations and administrative tasks without writing queries in the dashboard.

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

Challenge 1

Debugging Production Data Requires Console Access Not Everyone Has

THE PROBLEM

When something goes wrong in a Convex-backed application, developers need to inspect production data to understand the state. This requires direct console access to the Convex dashboard — which not everyone on the team has, and which requires knowing the exact table structure and query syntax to navigate. Non-technical stakeholders asking 'how many users are affected?' have no self-service option.

HOW MCP SOLVES IT

Your AI agent gives everyone natural language access to Convex production data — without console credentials. Ask any question about the data, and the agent translates it into the appropriate Convex query, executes it safely, and returns a plain-language answer with the relevant documents.

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

Scheduled Functions Fail Silently Until Users Notice

THE PROBLEM

Convex scheduled functions — nightly cleanups, weekly digests, data sync jobs — can fail silently if there's no monitoring in place. The first sign of failure is often a user complaint: 'I didn't get my weekly summary email' or 'the old data is still showing.' By the time it's caught, multiple scheduled runs may have been missed, requiring a manual backfill.

HOW MCP SOLVES IT

Improvado MCP monitors your Convex scheduled function execution automatically. Your AI agent checks each scheduled job's last execution time and status, flags missed runs, and can trigger a manual execution to catch up — turning reactive incident response into proactive monitoring.

Challenge 3

Schema Evolution Creates Data Inconsistencies Across Document Versions

THE PROBLEM

Convex's document-based model allows flexible schemas, but this flexibility creates a common problem: old documents don't automatically get new fields added in newer versions. Over time, the same collection accumulates documents with different field sets — some with the new 'tier' field, some without. Queries that assume all documents have the same shape return inconsistent results, and debugging requires manually sampling documents across time ranges.

HOW MCP SOLVES IT

Ask your AI agent to audit Convex table schema consistency. It samples documents across creation date ranges, identifies missing or mismatched fields, and returns a report of which documents need migration — before inconsistency causes a production issue.

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

What is Convex MCP?
+

Convex MCP is a Model Context Protocol server that connects your Convex backend to AI agents like Claude, ChatGPT, and Gemini. It lets you query database tables, run functions, inspect document structures, and monitor scheduled jobs — all in natural language, without opening the Convex dashboard.

Which Convex data can I access through the MCP server?
+

All tables and documents in your Convex database (subject to your API key permissions), function definitions and execution history, scheduled function status, error logs, and usage metrics. The AI agent can query any table and run read queries or mutations.

Can the AI agent run mutations and modify data, or only read documents?
+

Both. Read operations include querying tables, sampling documents, and inspecting function behavior. Write operations include running mutations to update documents, triggering scheduled functions manually, and creating new documents. All write operations require an API key with mutation permissions.

Is this safe to use against a production Convex environment?
+

Yes, with appropriate safeguards. Improvado recommends using a read-only API key for query-only use cases. For mutation access, all write operations are explicitly confirmed before execution. The MCP server does not execute mutations automatically without a clear write instruction in your prompt.

Is my Convex data secure through the MCP server?
+

Yes. Improvado stores Convex API keys in an encrypted vault certified to SOC 2 Type II. The AI agent never accesses credentials directly. All requests are proxied through Improvado's secure layer.

How quickly can I set this up?
+

Under 60 seconds. Generate a Convex API key from your deployment settings, add the MCP server URL to your AI agent config, and you're ready to query. No additional configuration is required for read-only access.

What is Convex MCP?
Convex MCP is a Model Context Protocol server that connects your Convex backend to AI agents like Claude, ChatGPT, and Gemini. It lets you query database tables, run functions, inspect document structures, and monitor scheduled jobs — all in natural language, without opening the Convex dashboard.
Which Convex data can I access through the MCP server?
All tables and documents in your Convex database (subject to your API key permissions), function definitions and execution history, scheduled function status, error logs, and usage metrics. The AI agent can query any table and run read queries or mutations.
Can the AI agent run mutations and modify data, or only read documents?
Both. Read operations include querying tables, sampling documents, and inspecting function behavior. Write operations include running mutations to update documents, triggering scheduled functions manually, and creating new documents. All write operations require an API key with mutation permissions.
Is this safe to use against a production Convex environment?
Yes, with appropriate safeguards. Improvado recommends using a read-only API key for query-only use cases. For mutation access, all write operations are explicitly confirmed before execution. The MCP server does not execute mutations automatically without a clear write instruction in your prompt.
Is my Convex data secure through the MCP server?
Yes. Improvado stores Convex API keys in an encrypted vault certified to SOC 2 Type II. The AI agent never accesses credentials directly. All requests are proxied through Improvado's secure layer.
How quickly can I set this up?
Under 60 seconds. Generate a Convex API key from your deployment settings, add the MCP server URL to your AI agent config, and you're ready to query. No additional configuration is required for read-only access.

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