Is Turso Down? How to Check Turso Database Status in Real-Time

Quick Answer: To check if Turso is down, visit the official Turso status page or use API Status Check's Turso monitor for real-time status tracking and instant alerts when outages occur. Turso provides edge-hosted SQLite databases with embedded replicas and multi-region replication.

When your edge application suddenly can't access data or embedded replicas stop syncing, the critical question is: "Is Turso down, or is it a configuration issue?" For developers relying on Turso's libSQL-powered edge database platform for ultra-low-latency data access, quickly distinguishing between a platform-wide Turso outage and a database-specific problem is essential for effective incident response.

This comprehensive guide covers everything you need to know about checking Turso status, understanding common embedded replica sync failures, connection errors, and responding effectively when Turso experiences downtime.

How to Check Turso Status Right Now

Official Turso Status Resources

The primary sources for Turso platform status are:

• Turso Status Page - Official incident reports and component health monitoring
• Turso Discord Community - Real-time discussions and incident reports in #support channel
• GitHub Issues - Community-reported problems at github.com/tursodatabase/libsql
• Turso CLI Status - Built-in health checks via turso db show and connection tests

The Turso status monitoring tracks key components:

• 🟢 Operational - All edge locations and API services functioning normally
• 🟡 Degraded Performance - Increased latency or partial replica sync delays
• 🟠 Partial Outage - Some regions or database groups unavailable
• 🔴 Major Outage - Widespread service disruption affecting data access

API Status Check for Automated Monitoring

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

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

You can check Turso status programmatically:

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

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 Turso issues on:

• Twitter/X - Search for "turso down" or "turso database status"
• Turso Discord - Official community Discord #support channel for real-time discussions
• GitHub Discussions - libSQL and Turso repository issue trackers
• Reddit r/webdev and r/sqlite - User discussions about edge database problems
• DownDetector - Crowdsourced outage reports (though less active for newer platforms)

While community reports aren't official, they often provide early warning signals before Turso formally acknowledges an incident.

Common Turso Issues and Errors

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

Embedded Replica Sync Failures

Error: Embedded replica out of sync, Replication lag exceeded threshold, or local reads returning stale data

Meaning: Your embedded SQLite replica (running in your application process) has fallen behind the primary database and can't sync recent writes.

Common Causes:

• Network connectivity loss - Application lost connection to Turso's sync service
• Sync token expired - Authentication token for replica sync needs refresh
• Write-heavy workload - Primary receiving writes faster than replica can apply
• Application restart during sync - Replica lost partial sync state
• Disk I/O constraints - Local SQLite file on slow disk preventing fast sync

During outages: Multiple users reporting replica sync failures across different databases indicates Turso's replication service experiencing issues.

Not a Turso outage if: Only your specific embedded replica fails while others sync successfully. Check your application logs, network stability, and local disk health.

Impact: Applications serving stale data to users, potential consistency violations, degraded read performance while falling back to remote queries.

Connection Errors and Timeouts

Error: ECONNREFUSED, Connection timed out, Failed to connect to libSQL server, or Database URL unreachable

Meaning: Your application can't establish a connection to Turso's edge database endpoints.

Common Causes:

• Invalid database URL - Using wrong libsql:// connection string or expired URL
• Authentication token expired - Database token needs regeneration via turso db tokens create
• Firewall/network blocking - Corporate firewall blocking Turso's edge endpoints
• Database location mismatch - Connecting to wrong geographic region with high latency
• Database group offline - Specific database group experiencing replication issues
• Rate limiting - Exceeded connection rate limits (burst protection)

During outages: Widespread connection failures across multiple databases and regions indicates Turso's edge network or API gateway problems.

Check: Test connection with turso db shell <database-name> from CLI to isolate application vs. platform issues.

CLI Authentication Issues

Error: Authentication failed, Invalid token, or Not authorized to access database

Meaning: Turso CLI can't authenticate your session or verify database access permissions.

Common Causes:

• CLI not logged in - Need to run turso auth login to authenticate
• Token expired - Session token expired, requiring re-authentication
• Organization permissions - Account doesn't have access to target database or organization
• CLI version outdated - Using old Turso CLI version with deprecated auth flows
• Environment variable conflicts - TURSO_API_TOKEN or TURSO_AUTH_TOKEN set incorrectly

During outages: Widespread CLI authentication failures across multiple users can indicate Turso's authentication service or API problems.

Solution: Update CLI (turso update or reinstall), re-authenticate with turso auth login, verify organization membership.

Database Creation Failures

Error: Failed to create database, Database name already exists, or Organization quota exceeded

Meaning: Unable to provision a new Turso database through CLI, API, or dashboard.

Common Causes:

• Database name conflict - Name already used in your organization
• Plan limits reached - Exceeded database count for your subscription tier
• Invalid database name - Name contains unsupported characters or format
• Region unavailable - Selected edge location temporarily unavailable
• API rate limiting - Too many rapid database creation requests

During outages: Multiple users unable to create databases across different organizations indicates Turso's provisioning service issues.

Impact: Development workflows blocked, unable to spin up preview environments, testing and CI/CD pipelines disrupted.

Group Replication Lag

Error: Replication lag detected, Group sync delayed, or inconsistent reads across regions

Meaning: Multi-region database groups experiencing delays in replicating writes between edge locations.

Common Causes:

• Cross-region network latency - Geographic distance causing natural replication delays
• Write-heavy burst - Sudden spike in write traffic overwhelming replication
• Region-specific issues - One edge location experiencing connectivity problems
• Group configuration - Too many replicas for write throughput
• Database size - Very large databases taking longer to replicate changes

During outages: Widespread replication lag across multiple database groups indicates Turso's inter-region replication infrastructure problems.

Impact: Read replicas serving stale data, eventual consistency delays, potential conflict resolution issues, degraded user experience in affected regions.

Platform API Errors

Error: 500 Internal Server Error, 429 Too Many Requests, or 503 Service Unavailable from Turso API

Meaning: Turso's platform API (used by CLI, SDK, and dashboard) is unavailable, overloaded, or rate-limiting your requests.

Common Causes:

• Rate limit exceeded - Too many API calls in short timeframe (default: 100 req/min)
• API service degraded - Turso API infrastructure under load or experiencing issues
• Invalid API request - Malformed request to Turso REST API
• Maintenance window - Scheduled maintenance affecting API availability
• Authentication header missing - Missing or invalid Authorization: Bearer <token> header

During outages: Widespread API errors indicate Turso's core API service experiencing issues, affecting CLI, dashboard, and programmatic database management.

Impact: Unable to create/delete databases, rotate tokens, check usage metrics, or manage organizations until API recovers.

Impact When Turso Goes Down

Turso outages can have cascading effects across your edge-first application architecture:

1. Edge Data Access Completely Broken

The most immediate impact: your applications can't read or write data. This means:

• User-facing applications return database connection errors
• Embedded replicas can't sync, serving increasingly stale data
• Write operations fail, blocking user transactions and data updates
• API endpoints backed by Turso return 500/503 errors
• Real-time features (messaging, notifications, live updates) stop working
• Customer trust and application reliability severely damaged

2. Application Latency Spikes

Even during partial Turso degradation:

• Embedded replica fallback - Apps fall back to remote queries with 10-100x higher latency
• Retry storms - Connection timeouts trigger aggressive retry logic, amplifying load
• Cache misses - Unable to refresh local caches from Turso, forcing expensive computations
• Timeout cascades - Slow database queries cause upstream service timeouts
• User experience degradation - Previously instant operations now take seconds

3. Development Workflow Disrupted

Developers lose access to critical database tooling:

• Turso CLI blocked - Can't create databases, rotate tokens, or inspect schemas
• Database migrations fail - Unable to apply schema changes via Drizzle, Prisma, or custom tools
• Local development broken - Embedded replicas can't sync, breaking dev/test workflows
• CI/CD pipelines halted - Preview database creation fails, blocking PR deployments
• Team collaboration impaired - Shared development databases inaccessible

4. Multi-Region Consistency Issues

When Turso's replication infrastructure degrades:

• Split-brain scenarios - Different regions temporarily serving conflicting data
• Conflict resolution delays - CRDT or last-write-wins conflicts pile up
• Data loss risk - Writes to isolated regions may not propagate before recovery
• Geo-distributed apps broken - Users in different regions see inconsistent application state
• Compliance violations - Data residency requirements compromised if region routing fails

5. Business Impact and Revenue Loss

Turso downtime directly affects business metrics:

• Transaction failures - E-commerce checkouts, payment processing blocked
• User churn - Frustrated users abandon broken applications
• SLA breaches - Enterprise customer agreements violated, triggering penalties
• Support ticket surge - Customer support overwhelmed by outage-related inquiries
• Competitive disadvantage - Unreliable edge performance undermines product differentiation

What to Do When Turso Is Down

Immediate Response (First 15 Minutes)

1. Confirm the Outage Scope

• Check Turso's official status page and Discord #support channel
• Verify via API Status Check for independent confirmation
• Test multiple databases and regions to determine if issue is platform-wide or isolated
• Use turso db show <database-name> to check individual database health
• Search Twitter/X for "turso down" to see community reports

2. Communicate Proactively with Stakeholders

• Update your status page with current information about database connectivity issues
• Notify customers via email, social media, or in-app messaging about degraded performance
• Alert internal teams (engineering, support, management) about incident and business impact
• Set realistic expectations about resolution timeline based on Turso status updates
• Avoid over-promising - don't commit to resolution times outside your control

3. Activate Degraded Mode (if designed)

• Serve cached/stale data if acceptable for your use case (eventual consistency model)
• Queue write operations to local storage or message queue (Redis, SQS) for later replay
• Read-only mode - disable features requiring database writes, preserve read functionality
• Static content fallback - serve pre-rendered pages or cached responses
• Maintenance mode - graceful user-facing message explaining temporary limitations

Short-Term Mitigation (15-60 Minutes)

1. Leverage Embedded Replica Graceful Degradation

If you've implemented embedded replicas correctly:

• Continue serving reads from local replica - accept stale data during sync outage
• Display data freshness indicators - show users "last updated X minutes ago"
• Queue writes locally - use SQLite transactions to buffer writes for later sync
• Implement conflict resolution - prepare for potential conflicts when sync resumes
• Monitor replica lag - track how far behind your embedded replica falls

2. Activate Database Failover (if configured)

For mission-critical applications with disaster recovery planning:

• DNS failover to backup database provider (Neon, Supabase, PlanetScale)
• Connection string swap - environment variable pointing to fallback postgres:// or mysql://
• Data export/import - restore recent Turso backup to alternative database (if export available)
• Application compatibility - ensure app works with non-libSQL database (SQLite dialect differences)

3. Monitor Official Updates and Adjust Response

• Subscribe to Turso status page email/webhook notifications for updates
• Follow Turso Discord #announcements and #support for engineering team communication
• Track GitHub issues for technical details and community workarounds
• Check Twitter @tursodatabase for public incident updates
• Document incident timeline for post-mortem and potential service credit requests

Post-Outage Recovery Actions

1. Verify Complete Service Restoration

• Test database connections from all application instances and regions
• Check embedded replica sync - confirm replicas fully caught up with primary
• Validate data consistency - run integrity checks, compare record counts
• Review write queues - ensure all buffered writes successfully applied
• Monitor error rates - confirm connection errors returned to baseline
• Test critical user flows - signup, login, checkout, data updates work end-to-end

2. Replay Queued Operations (if applicable)

• Process buffered writes from local queue to Turso database
• Handle conflicts - resolve any write conflicts from queued operations
• Verify user-facing data - ensure all customer actions during outage properly recorded
• Audit transaction completeness - confirm no lost orders, payments, or critical data
• Communicate with affected users - notify users if any data loss or re-submission needed

3. Conduct Thorough Post-Mortem

• Document complete incident timeline with Turso status updates and your response actions
• Calculate total business impact (downtime duration, revenue lost, customers affected)
• Identify response gaps - what could have been detected faster or mitigated better
• Update incident response runbooks with Turso-specific lessons learned
• Share post-mortem with engineering team to improve future incident response

Long-Term Prevention Strategies

1. Implement Robust Embedded Replica Strategy

Turso's embedded replicas are your first line of defense:

• Always use embedded replicas in production for read-heavy workloads
• Graceful degradation - continue serving reads from local replica during outages
• Sync health monitoring - track replica lag and alert when exceeds thresholds
• Automatic retry logic - exponential backoff for failed sync attempts
• Data freshness UX - show users when data was last synced ("Updated 5 minutes ago")

2. Automated Status Monitoring and Alerting

Don't rely on manual status page checking:

• Subscribe to API Status Check alerts for instant notifications
• Configure PagerDuty/Opsgenie integration to escalate Turso outages to on-call engineers
• Build internal health checks that test actual Turso connections, not just ping
• Set up correlation alerts - trigger incident when Turso outage detected AND your app error rate spikes
• Monitor replica sync lag - alert when embedded replicas fall behind threshold (e.g., 60 seconds)

3. Multi-Region and Multi-Database Architecture

For applications requiring maximum availability:

• Use Turso database groups with replicas in multiple edge locations
• Geographic load balancing - route users to nearest healthy Turso region
• Read replica failover - automatically switch to different region if primary unreachable
• Backup database provider - maintain export scripts and fallback to Neon, Supabase, or traditional Postgres
• Hybrid architecture - critical data in traditional database, edge-optimized data in Turso

4. Application-Level Resilience Patterns

Design applications to handle database infrastructure failures:

• Circuit breakers - stop hammering Turso when connections consistently fail
• Request queuing - buffer writes locally during outages for later replay
• Graceful degradation - serve read-only or cached content when writes unavailable
• User-friendly error messages - explain issue and expected resolution, don't expose raw errors
• Idempotency - ensure replaying queued operations doesn't create duplicates

5. Regular Disaster Recovery Testing

Practice makes perfect:

• Simulate Turso outages quarterly by blocking database connections in staging
• Test embedded replica fallback to verify applications work with stale local data
• Measure failover timing - how long does it take to activate backup database?
• Verify team knowledge - ensure all engineers know incident response procedures
• Update runbooks based on lessons learned from DR tests and real incidents

Turso Status API Integration Examples

Integrate Turso status monitoring into your infrastructure:

Node.js Health Check with Embedded Replica

import { createClient } from '@libsql/client';
import fetch from 'node-fetch';

const db = createClient({
  url: process.env.TURSO_DATABASE_URL,
  authToken: process.env.TURSO_AUTH_TOKEN,
  syncUrl: process.env.TURSO_SYNC_URL, // For embedded replicas
});

app.get('/health', async (req, res) => {
  try {
    // Check Turso platform status
    const tursoStatus = await fetch('https://apistatuscheck.com/api/turso');
    const statusData = await tursoStatus.json();
    
    // Check local database connectivity
    const dbTest = await db.execute('SELECT 1');
    
    // Check embedded replica sync lag (if using replicas)
    const syncLag = await db.syncLag(); // hypothetical API
    
    if (statusData.status === 'operational' && syncLag < 10000) {
      res.status(200).json({ 
        status: 'healthy', 
        turso: 'operational',
        syncLag: syncLag 
      });
    } else {
      res.status(503).json({ 
        status: 'degraded', 
        turso: statusData.status,
        syncLag: syncLag,
        message: 'Turso infrastructure issues or replica sync lag detected'
      });
    }
  } catch (error) {
    res.status(500).json({ 
      status: 'unhealthy', 
      error: error.message 
    });
  }
});

Python Connection Fallback with Alerting

import os
import httpx
from libsql_client import create_client

def get_turso_connection_with_fallback():
    """Attempt Turso connection with fallback to backup database"""
    try:
        # Check Turso platform status first
        status = httpx.get('https://apistatuscheck.com/api/turso', timeout=5)
        status_data = status.json()
        
        if status_data['status'] != 'operational':
            print(f"⚠️ Turso status: {status_data['status']} - using fallback")
            return get_fallback_database()
        
        # Attempt Turso connection
        db = create_client(
            url=os.environ['TURSO_DATABASE_URL'],
            auth_token=os.environ['TURSO_AUTH_TOKEN']
        )
        
        # Test connection
        db.execute('SELECT 1')
        return db
        
    except Exception as e:
        print(f"🚨 Turso connection failed: {e}")
        send_alert(f"Turso database connection failed: {e}")
        return get_fallback_database()

def get_fallback_database():
    """Fallback to backup Postgres/Neon database"""
    import psycopg2
    return psycopg2.connect(os.environ['FALLBACK_DATABASE_URL'])

GitHub Actions CI/CD with Turso Status Check

name: Deploy with Turso Database Check
on: [push]

jobs:
  check-turso-status:
    runs-on: ubuntu-latest
    steps:
      - name: Check Turso Platform Status
        id: turso-check
        run: |
          STATUS=$(curl -s https://apistatuscheck.com/api/turso | jq -r '.status')
          echo "status=$STATUS" >> $GITHUB_OUTPUT
          
          if [ "$STATUS" != "operational" ]; then
            echo "⚠️ Turso is experiencing issues: $STATUS"
            echo "Database migrations and tests may fail"
          fi
      
      - name: Decide Deployment Strategy
        run: |
          if [ "${{ steps.turso-check.outputs.status }}" != "operational" ]; then
            echo "Skipping database migrations due to Turso issues"
            echo "SKIP_MIGRATIONS=true" >> $GITHUB_ENV
          fi
  
  deploy:
    needs: check-turso-status
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v3
      - name: Run Database Migrations
        if: env.SKIP_MIGRATIONS != 'true'
        run: npm run migrate
      
      - name: Deploy Application
        run: npm run deploy

Embedded Replica Sync Monitoring

import { createClient } from '@libsql/client';

const db = createClient({
  url: 'file:local.db', // Embedded replica
  syncUrl: process.env.TURSO_DATABASE_URL,
  authToken: process.env.TURSO_AUTH_TOKEN,
  syncInterval: 60, // Sync every 60 seconds
});

// Monitor sync health
setInterval(async () => {
  try {
    const syncStatus = await db.sync(); // Trigger manual sync
    
    if (syncStatus.frames_synced === 0 && Date.now() - syncStatus.last_sync_time > 300000) {
      // No sync in 5+ minutes
      console.error('🚨 Embedded replica sync stalled - may indicate Turso outage');
      
      // Check platform status
      const tursoStatus = await fetch('https://apistatuscheck.com/api/turso');
      const data = await tursoStatus.json();
      
      if (data.status !== 'operational') {
        console.error(`Confirmed: Turso platform issues - ${data.status}`);
        // Activate degraded mode, queue writes, etc.
      }
    } else {
      console.log(`✅ Replica sync healthy: ${syncStatus.frames_synced} frames synced`);
    }
  } catch (error) {
    console.error('Replica sync check failed:', error);
  }
}, 60000); // Check every minute

FAQ: Turso Status and Outages

How do I check if Turso is down right now?

Use API Status Check's Turso monitor for real-time status, check Turso's official status page, or search Twitter for "turso down". You can also test connectivity using turso db shell <database-name> from the CLI, or check the Turso Discord #support channel for community reports.

What causes Turso embedded replica sync failures?

Embedded replica sync failures typically occur due to network connectivity loss between your application and Turso's sync service, expired authentication tokens, write-heavy workloads overwhelming replication capacity, or local disk I/O constraints. During platform-wide outages, Turso's replication infrastructure may also experience degradation affecting all embedded replicas.

How do I fix "connection refused" errors with Turso?

First verify your libsql:// connection string and authentication token are correct. Check if your database token expired by creating a new one with turso db tokens create <database-name>. Test connectivity from CLI using turso db shell <database-name>. If platform-wide issues, check API Status Check or Turso's status page. Verify no firewall/network blocking Turso's edge endpoints.

How often does Turso go down?

As a relatively new platform launched in 2023, Turso maintains strong uptime but occasional incidents occur as the infrastructure scales. Check Turso's status page and community Discord for historical incident data. Most issues are regional or affect specific database groups rather than global outages. Embedded replicas provide resilience during partial outages.

How do I get notified when Turso has an outage?

Subscribe to automated alerts from API Status Check with instant notifications via email, Slack, Discord, or webhook. Join Turso Discord and watch #announcements and #support channels. Follow @tursodatabase on Twitter. Implement health checks in your application that test actual database connectivity and alert on failures.

Should I use embedded replicas in production?

Yes! Embedded replicas are Turso's key differentiator for ultra-low-latency reads and resilience during network issues. They allow your application to continue serving data from the local SQLite replica even if Turso's sync service is temporarily unavailable. Always implement embedded replicas for production workloads with graceful degradation (serving stale data) during outages.

What's the difference between Turso database groups and individual databases?

Database groups enable multi-region replication where Turso maintains synchronized replicas of your database across multiple edge locations. This provides geographic redundancy, lower latency for global users, and resilience against single-region failures. Individual databases exist in a single location. Use database groups for production applications requiring high availability.

Can I migrate from Turso to another database during an outage?

Emergency migrations during an active outage are extremely difficult and risky. The better approach: prepare disaster recovery in advance with regular database exports (turso db shell <name> .dump > backup.sql), maintain connection abstraction in your application code to swap providers, and keep a fallback database (Neon, Supabase, or standard Postgres) with recent data for emergency failover. Test this failover quarterly.

How do I check Turso replication lag across regions?

Use Turso CLI to inspect database group health: turso db show <database-name> displays replication status for each region. Monitor embedded replica sync status programmatically using libSQL client APIs. Set up automated alerting when replica lag exceeds acceptable thresholds (e.g., 60 seconds). During platform issues, replication lag will spike across all database groups.

Stay Ahead of Turso Outages

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

• ⚡ Instant alerts when Turso platform status changes or embedded replica sync fails
• 📊 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 Turso alongside Neon, Supabase, PlanetScale, Railway, Vercel, and 100+ other critical services

Monitor Turso database status in real-time and respond to infrastructure incidents before they impact your edge applications and user experience.

Get Started with Turso Monitoring →

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Last Updated: February 5, 2026
Related Guides: Neon Status | Supabase Status | PlanetScale Status | Railway Status | Vercel Status | Convex Status