Is Convex Down? How to Check Convex Status in Real-Time

Quick Answer: To check if Convex is down, visit status.convex.dev for official updates or use API Status Check's Convex monitor for real-time status tracking and instant alerts when outages occur.

When your real-time application suddenly stops syncing, serverless functions fail to execute, or your Convex dashboard becomes unresponsive, the critical question is: "Is Convex down, or is it just my deployment?" For developers relying on Convex's reactive backend-as-a-service to power real-time databases, serverless functions, and file storage, quickly distinguishing between a platform-wide Convex outage and a project-specific issue is essential for effective incident response.

This comprehensive guide covers everything you need to know about checking Convex status, understanding common Convex real-time sync failures and function execution errors, and responding effectively when Convex experiences downtime.

How to Check Convex Status Right Now

Official Convex Status Page

The primary source for Convex platform status is status.convex.dev. This official status page provides:

• Real-time incident reports across Convex's infrastructure
• Component-level status for Database, Functions, File Storage, Dashboard, and Real-time Sync
• Historical incident timeline with root cause analyses
• Scheduled maintenance notifications that may impact availability
• Subscription options for email/SMS/Slack alerts

The Convex status page uses standard severity indicators:

• 🟢 Operational - All systems functioning normally
• 🟡 Degraded Performance - Partial functionality or increased latency
• 🟠 Partial Outage - Some components or regions unavailable
• 🔴 Major Outage - Widespread service disruption affecting real-time sync and functions

API Status Check for Automated Monitoring

For developers who need programmatic access to Convex status or want proactive automated alerts, API Status Check provides:

• Real-time status API you can integrate into dashboards, monitoring tools, or CI/CD pipelines
• Instant notifications via email, Slack, Discord, or webhook when Convex goes down
• Uptime tracking with historical outage data and incident patterns
• Multi-service monitoring to detect correlated infrastructure issues

You can check Convex status programmatically:

curl https://apistatuscheck.com/api/convex

This returns a JSON response with current status, recent incidents, and uptime metrics—perfect for integrating into your status dashboard or automated incident response workflows.

Community Indicators

Beyond official channels, developers often report Convex issues on:

• Twitter/X - Search for "convex down" or "convex status"
• Convex Discord - Official community Discord for real-time discussions
• GitHub Discussions - Convex community forum for platform issues
• Stack Overflow - Tagged convex questions about ongoing problems
• DownDetector - Crowdsourced outage reports and regional heat maps

While community reports aren't official, they often provide early warning signals before Convex formally acknowledges an incident on their status page.

Common Convex Issues and Errors

Not every Convex problem indicates a platform-wide outage. Understanding common error patterns helps you diagnose whether the issue is with Convex's infrastructure or your specific deployment.

Real-Time Sync Failures

Error: WebSocket connection failed, Subscription disconnected, or data not updating in real-time

Meaning: Your client can't establish or maintain a live connection to Convex's real-time database.

Common Causes:

• Network connectivity issues - Firewall blocking WebSocket connections
• Authentication token expired - Client needs to re-authenticate
• Client-side subscription limits - Too many concurrent subscriptions from single client
• Query complexity - Reactive query taking too long to compute
• Browser tab backgrounded - Browser throttling WebSocket connections
• Connection pool exhausted - Too many simultaneous connections to Convex backend

During outages: Widespread sync failures across multiple projects and users indicates Convex's real-time infrastructure experiencing issues.

Not a Convex outage if: Only specific queries fail while others sync successfully, or issue isolated to single client/browser.

Function Execution Errors

Error: Function execution failed, Timeout exceeded, or Internal server error

Meaning: Your Convex serverless function failed to run successfully.

Common Causes:

• Function timeout - Execution exceeded time limit (typically 5 seconds for queries, 60 seconds for mutations)
• Memory limit exceeded - Function consumed too many resources
• Unhandled exceptions - Runtime errors in your function code
• Database query errors - Invalid queries or permission violations
• External API failures - HTTP actions to third-party services timing out
• Deployment mismatch - Client calling function that doesn't exist in current deployment

During outages: Platform-wide function execution failures across multiple projects indicates Convex's serverless function runtime experiencing load or infrastructure problems.

Check: Convex dashboard logs for specific error messages and stack traces.

Deployment Failures

Error: Deployment failed, Schema validation failed, or Push rejected

Meaning: Your code deployment to Convex failed to complete successfully.

Common Causes:

• Schema conflicts - Breaking schema changes that conflict with existing data
• TypeScript compilation errors - Type errors in function definitions or validators
• Validation errors - Invalid Convex schema definitions or function signatures
• Module not found - Missing npm dependencies in package.json
• Build timeout - Complex TypeScript compilation taking too long
• Network interruption - Connection lost during npx convex dev or npx convex deploy

During outages: Widespread deployment failures across multiple users can indicate Convex's deployment service or build infrastructure issues.

Not a Convex outage if: Only your specific project fails to deploy while schema errors or TypeScript compilation issues are present.

File Storage Issues

Error: File upload failed, Storage quota exceeded, or File not found

Meaning: Operations on Convex file storage (uploading, downloading, or deleting files) failed.

Common Causes:

• Storage quota exceeded - Project exceeded free tier limits (1GB) or paid plan allocation
• File size too large - Single file exceeds maximum size limit (typically 100MB)
• Invalid file URL - File storage URL expired or malformed
• Permission denied - Authentication/authorization preventing file access
• Network timeout - Upload/download interrupted due to slow connection
• Missing metadata - File storage record in database doesn't match actual stored file

During outages: Multiple users reporting file storage unavailability indicates Convex's storage infrastructure experiencing issues.

Impact: User profile images, document uploads, media attachments become unavailable or fail to save.

Authentication Problems

Error: Authentication failed, Invalid token, or Unauthorized

Meaning: Client can't authenticate with Convex backend or authorization checks failing.

Common Causes:

• Auth provider down - Clerk, Auth0, or custom provider experiencing issues
• Token expiration - JWT token expired and refresh failed
• Invalid credentials - API keys, deployment URLs, or auth tokens misconfigured
• Auth configuration mismatch - Client using different auth config than backend expects
• CORS issues - Browser blocking requests due to cross-origin policy
• Session invalidated - User logged out or session manually revoked

During outages: Widespread authentication failures across all users indicates Convex's auth infrastructure or integration with auth providers experiencing problems.

Check: Verify auth provider status (Clerk, Auth0, etc.) separately from Convex platform status.

Dashboard Loading Issues

Error: Dashboard slow to load, showing errors, or completely unresponsive

Meaning: Convex web dashboard experiencing performance or availability problems.

Common Causes:

• Browser cache corruption - Stale cached assets causing rendering issues
• Network latency - Slow connection to Convex dashboard servers
• Large dataset - Dashboard struggling to render tables with millions of documents
• Browser compatibility - Using unsupported or outdated browser
• Ad blockers - Browser extensions interfering with dashboard functionality

During outages: Multiple users reporting dashboard unavailability indicates Convex's web application infrastructure experiencing issues.

Impact: Cannot view logs, inspect database, manage deployments, or configure settings via web UI (CLI still works).

The Official Convex Status Page Explained

Convex's status page breaks down platform health by component:

Database

The core reactive database system. Issues here mean:

• Queries failing or returning stale data
• Write operations rejected or delayed
• Real-time subscriptions not updating
• Data consistency problems
• Performance degradation (slow queries)

Functions

Serverless function execution runtime. Outages affect:

• Queries, mutations, and actions failing to execute
• HTTP actions timing out or returning errors
• Scheduled functions (cron jobs) not running
• Function deployment blocked
• Increased latency for function execution

File Storage

Convex file storage system. Issues include:

• File uploads failing or timing out
• Downloads returning 404 or 500 errors
• Storage URLs not resolving
• File deletion operations blocked
• Metadata sync problems with database

Real-time Sync

WebSocket-based subscription infrastructure. When degraded:

• Clients can't establish WebSocket connections
• Existing subscriptions dropping unexpectedly
• Data updates delayed or missing
• Increased latency for reactive updates
• Connection pool exhaustion

Dashboard

The web-based Convex dashboard and management console. Outages prevent:

• Viewing function logs and errors
• Inspecting database documents
• Managing deployments and schema
• Monitoring performance metrics
• Configuring environment variables

API

Convex's backend API powering client libraries and CLI. Problems affect:

• Client SDK operations (queries, mutations, subscriptions)
• CLI commands (npx convex dev, npx convex deploy)
• Programmatic deployment and management
• Third-party integrations built on Convex API

Impact When Convex Goes Down

Convex outages can have cascading effects across your entire application infrastructure:

1. Real-Time Applications Completely Broken

The most immediate impact: your reactive apps stop working. This means:

• Live chat applications freeze—messages don't send or receive
• Collaborative tools (documents, whiteboards, project management) stop syncing changes
• Real-time dashboards and analytics become stale
• Multiplayer games or live experiences disconnect users
• Live activity feeds (social media, notifications) stop updating
• Customer trust and user experience severely degraded

2. Data Sync Disrupted Across All Clients

When Convex's real-time sync fails:

• Web applications show outdated data until page refresh
• Mobile apps can't fetch latest updates or submit changes
• Multi-user conflicts when users edit based on stale state
• Optimistic updates fail - UI shows changes that don't persist
• Data inconsistency across different clients viewing same data
• User confusion about what's saved vs. what's pending

3. Serverless Functions Stop Executing

Function outages block critical business logic:

• API endpoints fail - Custom HTTP actions return 500 errors
• Background jobs blocked - Scheduled cron jobs don't run
• Webhooks don't fire - Third-party integrations broken
• Data validation skipped - Mutations can't enforce business rules
• Computed fields stale - Derived data not recalculating
• Payment processing interrupted - Stripe webhooks, order fulfillment blocked

4. User Experience Severely Degraded

Frontend applications built on Convex face:

• Login/signup broken - Authentication flows fail
• Data loss risk - User inputs not persisting to database
• Infinite loading states - Queries never resolve, UI stuck
• Error messages flooding screen - Function failures visible to end users
• Feature unavailability - Core app functionality non-operational
• Mobile app crashes - Unhandled Convex errors causing exceptions

5. Development Team Productivity Halted

Developers lose access to critical tools:

• Local development blocked - npx convex dev can't connect
• Deployments fail - Can't push code changes to production
• Database inspection impossible - Can't view or debug data via dashboard
• Logs unavailable - Can't troubleshoot application issues
• Schema migrations blocked - Can't evolve data models
• Testing environments down - QA and staging environments non-functional

6. File Uploads and Downloads Blocked

File storage outages prevent:

• User profile photo uploads failing
• Document/PDF downloads returning 404 errors
• Media attachments (images, videos) not loading
• File-based features completely unavailable
• Backup/export operations interrupted

What to Do When Convex Is Down

Immediate Response (First 15 Minutes)

1. Confirm the Outage Scope

• Check status.convex.dev for official incident acknowledgment
• Verify via API Status Check for independent confirmation
• Test multiple deployments/projects to determine if issue is platform-wide or isolated
• Check Convex Discord #status or Twitter for community reports

2. Communicate Proactively with Stakeholders

• Update your status page with current information and expected impact
• Notify users via email, push notifications, or in-app banner about the outage
• Alert internal teams (support, sales, management) about incident and business impact
• Set realistic expectations about resolution timeline based on Convex status updates

3. Enable Offline Mode (if implemented)

• If you've built offline-first functionality, ensure it activates properly
• Cache last-known good state in localStorage/IndexedDB
• Display user-friendly offline indicator or banner
• Queue pending mutations to retry when Convex reconnects
• Prevent data loss by preserving user inputs locally

Short-Term Mitigation (15-60 Minutes)

1. Implement Graceful Degradation

Reduce reliance on Convex temporarily:

• Switch to read-only mode - Serve cached data, disable writes
• Disable real-time features - Fall back to polling or manual refresh
• Queue critical operations - Store mutations locally to sync when Convex recovers
• Use static fallbacks - Display pre-rendered content instead of dynamic data
• Redirect to maintenance page - For features entirely dependent on Convex

2. Monitor Official Updates Closely

• Subscribe to status.convex.dev email/Slack notifications for updates
• Follow Convex's official Twitter account for announcements
• Join Convex Discord #status channel for real-time information
• Check GitHub discussions for engineering team responses

3. Assess and Document Business Impact

• Calculate downtime cost (lost revenue, user churn, support tickets)
• Prioritize service restoration - which features need immediate recovery
• Document incident timeline for post-mortem and potential service credit requests
• Capture screenshots of errors, status page, and monitoring dashboards

Post-Outage Recovery Actions

1. Verify Complete Service Restoration

• Test real-time sync - Confirm subscriptions updating across multiple clients
• Run function tests - Verify queries, mutations, and actions executing correctly
• Check file storage - Test uploads, downloads, and URL generation
• Review function logs for errors during outage and recovery period
• Monitor performance metrics - ensure latency/throughput returned to normal
• Verify scheduled functions - confirm cron jobs resumed and catch up on missed executions

2. Handle Data Consistency Issues

• Review queued mutations - Process pending writes that were blocked during outage
• Check for data conflicts - Identify and resolve any multi-user edit conflicts
• Validate critical data - Ensure transactions completed successfully
• Run data integrity checks - Verify foreign key relationships and computed fields
• Audit file storage - Confirm uploaded files persisted correctly

3. Conduct Thorough Post-Mortem

• Document complete incident timeline with Convex status updates and your actions
• Calculate total business impact (downtime duration, users affected, features broken)
• Identify response gaps - what could have been done faster or better
• Update incident response runbooks with lessons learned specific to Convex outages
• Share post-mortem with team to improve future incident response

Long-Term Prevention Strategies

1. Automated Status Monitoring and Alerting

Don't rely on manual status page checking:

• Subscribe to API Status Check alerts for instant notifications via email, Slack, Discord, or webhook
• Configure PagerDuty/Opsgenie integration to escalate Convex outages to on-call engineers
• Build internal status dashboard aggregating Convex status with your application health
• Set up correlation alerts - trigger incident response when Convex outage detected AND your app metrics degrade

2. Build Offline-First Architecture

Design applications to tolerate Convex unavailability:

• Local-first data - Use libraries like Replicache or TinyBase for client-side state
• Optimistic updates - Show changes immediately, sync to Convex in background
• Service workers - Cache data and serve offline until Convex reconnects
• Mutation queues - Persist pending writes locally, retry automatically
• Eventual consistency - Design UI to handle delayed sync gracefully

3. Implement Fallback Data Sources

For mission-critical read operations:

• CDN caching - Serve frequently-accessed data from Cloudflare, Fastly, or Vercel Edge
• Static snapshots - Pre-render critical pages at build time
• Read replicas - Export essential data to external cache (Redis, PostgreSQL) for high-availability reads
• Backup APIs - Secondary data source for when Convex is unavailable

4. Comprehensive Incident Response Runbooks

Document standard operating procedures for:

• Detecting Convex vs. application issues - decision tree for diagnosis
• Escalation paths - who to notify and when based on severity
• Graceful degradation activation - step-by-step for enabling offline mode
• Customer communication templates - pre-written status updates and apology messages
• Service restoration verification - checklist to confirm full recovery before all-clear

5. Regular Disaster Recovery Testing

Practice makes perfect:

• Simulate Convex outages quarterly by intentionally disconnecting from backend
• Test offline mode - verify app functions correctly without Convex
• Verify mutation queuing - ensure pending writes sync successfully after reconnection
• Time your recovery procedures - measure how long it takes to restore full functionality
• Update runbooks based on lessons learned from DR tests

Convex Status API Integration Examples

Integrate Convex status monitoring into your infrastructure:

React Health Check Component

import { useEffect, useState } from 'react';

export function ConvexHealthIndicator() {
  const [status, setStatus] = useState<'operational' | 'degraded' | 'down'>('operational');
  
  useEffect(() => {
    const checkStatus = async () => {
      try {
        const response = await fetch('https://apistatuscheck.com/api/convex');
        const data = await response.json();
        setStatus(data.status);
      } catch (error) {
        setStatus('down');
      }
    };
    
    checkStatus();
    const interval = setInterval(checkStatus, 60000); // Check every minute
    return () => clearInterval(interval);
  }, []);
  
  if (status !== 'operational') {
    return (
      <div className="alert alert-warning">
        ⚠️ Convex is experiencing issues. Some features may be unavailable.
        Check <a href="https://status.convex.dev">status.convex.dev</a> for updates.
      </div>
    );
  }
  
  return null;
}

Node.js Slack Alert Bot

import fetch from 'node-fetch';
import { WebClient } from '@slack/web-api';

const slack = new WebClient(process.env.SLACK_BOT_TOKEN);

async function checkConvexStatus() {
  try {
    const response = await fetch('https://apistatuscheck.com/api/convex');
    const data = await response.json();
    
    if (data.status !== 'operational') {
      await slack.chat.postMessage({
        channel: '#incidents',
        text: `🚨 Convex Status Alert: ${data.status}\n${data.message || 'Check status.convex.dev for details'}`,
        blocks: [
          {
            type: 'section',
            text: {
              type: 'mrkdwn',
              text: `*🚨 Convex Platform Issue Detected*\n\n*Status:* ${data.status}\n*Impact:* Real-time sync and serverless functions may be affected\n\n<https://status.convex.dev|View Official Status Page>`
            }
          }
        ]
      });
    }
    
    return data.status;
  } catch (error) {
    console.error('Error checking Convex status:', error);
  }
}

// Check every 5 minutes
setInterval(checkConvexStatus, 5 * 60 * 1000);
checkConvexStatus(); // Initial check

Next.js API Route for Status Dashboard

// app/api/health/convex/route.ts
import { NextResponse } from 'next/server';

export async function GET() {
  try {
    const response = await fetch('https://apistatuscheck.com/api/convex', {
      next: { revalidate: 60 } // Cache for 60 seconds
    });
    
    const data = await response.json();
    
    return NextResponse.json({
      service: 'Convex',
      status: data.status,
      timestamp: new Date().toISOString(),
      details: data.message,
      statusPageUrl: 'https://status.convex.dev'
    });
  } catch (error) {
    return NextResponse.json({
      service: 'Convex',
      status: 'unknown',
      error: 'Failed to fetch status'
    }, { status: 500 });
  }
}

Python Monitoring Script

import requests
import os
from datetime import datetime

def check_convex_status():
    """Check Convex platform status and log incidents"""
    try:
        response = requests.get('https://apistatuscheck.com/api/convex', timeout=10)
        data = response.json()
        
        status = data.get('status', 'unknown')
        timestamp = datetime.now().isoformat()
        
        # Log to file
        with open('convex-status-log.txt', 'a') as f:
            f.write(f"{timestamp} - Convex Status: {status}\n")
        
        # Alert if not operational
        if status != 'operational':
            send_alert(status, data.get('message', 'No details available'))
        
        return status
        
    except Exception as e:
        print(f"Error checking Convex status: {e}")
        return 'error'

def send_alert(status, message):
    """Send alert via webhook, email, or monitoring system"""
    webhook_url = os.environ.get('INCIDENT_WEBHOOK_URL')
    
    if webhook_url:
        payload = {
            'service': 'Convex',
            'status': status,
            'message': message,
            'timestamp': datetime.now().isoformat(),
            'documentation': 'https://apistatuscheck.com/blog/is-convex-down'
        }
        requests.post(webhook_url, json=payload)

if __name__ == '__main__':
    check_convex_status()

FAQ: Convex Status and Outages

How do I check if Convex is down right now?

Visit status.convex.dev for official Convex platform status updates, or use API Status Check for real-time monitoring with automated alerts. You can also search Twitter for "convex down" or check the Convex Discord #status channel for community reports.

What is the Convex status page URL?

The official Convex status page is status.convex.dev. It provides real-time updates on all Convex platform components including Database, Functions, File Storage, Real-time Sync, Dashboard, and API services.

How often does Convex go down?

Convex maintains strong uptime (typically 99.9%+), but like any cloud infrastructure platform, occasional outages occur. Major platform-wide incidents affecting all users are rare (a few times per year), while minor degraded performance events or regional issues are more common. Check status.convex.dev for historical incident data and uptime metrics.

How do I get notified when Convex has an outage?

Subscribe to Convex outage notifications via:

• Email/SMS/Slack alerts from status.convex.dev (click "Subscribe to Updates")
• Automated alerts from API Status Check with instant notifications
• Convex Discord #status and #announcements channels
• Twitter notifications from Convex's official account
• Webhook integrations for PagerDuty, Opsgenie, or custom incident response systems

What should I do if my Convex functions are failing but the status page shows operational?

If Convex shows operational but your functions fail, the issue is likely deployment-specific:

1. Check function logs in Convex dashboard for error messages and stack traces
2. Review recent code changes that may have introduced bugs or validation errors
3. Verify environment variables are correctly configured
4. Check for schema conflicts or TypeScript compilation errors
5. Test function execution locally using npx convex dev
6. Inspect database queries for performance issues or permission violations
7. Review external HTTP action dependencies (third-party APIs may be down)

Can I get a refund or credit for Convex downtime?

Convex's Service Level Agreement (SLA) varies by plan tier. Enterprise plans typically include uptime guarantees with credits for SLA breaches. For Professional and Free plans, contact Convex support with incident details. Document downtime impact, business consequences, and request service credits through the Convex dashboard support system or email.

How long do Convex outages typically last?

Most Convex incidents resolve within 15 minutes to 1 hour. Minor degraded performance issues often last 10-30 minutes, while major infrastructure outages affecting core real-time sync or function execution can occasionally extend to 1-2 hours. Convex's engineering team prioritizes rapid incident response. Historical incident data with resolution times is available on status.convex.dev.

Is there a Convex status API I can use programmatically?

Yes! Use API Status Check's Convex endpoint (https://apistatuscheck.com/api/convex) for programmatic access to Convex platform status. This JSON API allows you to integrate Convex status checks into dashboards, monitoring tools, health check endpoints, CI/CD pipelines, or automated incident response systems.

How does Convex compare to other backend services for reliability?

Convex competes with other backend-as-a-service platforms like Supabase, Firebase, and Neon. Each platform has different uptime characteristics, deployment models, and incident response times. For hosting, consider pairing Convex with reliable deployment platforms like Vercel or Railway. Authentication often integrates with Clerk which has its own status considerations.

Stay Ahead of Convex Outages

Don't let Convex downtime catch you off guard. Subscribe to API Status Check for:

• ⚡ Instant alerts when Convex platform status changes
• 📊 Uptime tracking with historical outage data and incident patterns
• 🔗 API access for programmatic status checks and dashboard integrations
• 📱 Multi-channel notifications via email, Slack, Discord, webhook, or SMS
• 🌍 Comprehensive monitoring of Convex alongside 100+ other critical services including Supabase, Firebase, Clerk, Vercel, and Neon

Monitor Convex status in real-time and respond to infrastructure incidents before they impact your users and revenue.

Get Started with Convex Monitoring →

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Last Updated: February 5, 2026
Related Guides: Supabase Status | Firebase Status | Vercel Status | Clerk Status | Neon Status | Railway Status