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

Quick Answer: To check if Render is down, visit apistatuscheck.com/api/render for real-time monitoring, or check the official status.render.com page. Common signs include deployment failures, build timeouts, database connection errors, 502/503 gateway errors, cold start delays, and dashboard loading issues.

When your production application suddenly stops responding or deployments start failing, every minute of downtime impacts your users and revenue. Render has rapidly become a go-to platform for developers migrating from Heroku, offering modern infrastructure for web services, static sites, databases, and cron jobs. Whether you're experiencing failed builds, database connectivity issues, or mysterious 502 errors, quickly determining if the problem is with Render's infrastructure or your application can save hours of debugging time.

How to Check Render Status in Real-Time

1. API Status Check (Fastest Method)

The quickest way to verify Render's operational status is through apistatuscheck.com/api/render. This real-time monitoring service:

• Tests actual Render endpoints every 60 seconds
• Shows response times and latency trends
• Tracks historical uptime over 30/60/90 days
• Provides instant alerts when issues are detected
• Monitors multiple regions to detect regional outages

Unlike status pages that rely on manual updates from Render's team, API Status Check performs continuous active health checks against Render's infrastructure, giving you the most accurate real-time picture of service availability. You'll often detect issues here before they're officially acknowledged.

2. Official Render Status Page

Render maintains status.render.com as their official communication channel for service incidents. The page displays:

• Current operational status for all services
• Active incidents and investigations
• Scheduled maintenance windows
• Historical incident reports and post-mortems
• Component-specific status (Web Services, Static Sites, PostgreSQL, Redis, Deploy System)

Pro tip: Subscribe to status updates via email or RSS feed on the status page to receive immediate notifications when incidents occur. Render is generally transparent about issues and provides regular updates during active incidents.

3. Check Your Render Dashboard

If the Render Dashboard at dashboard.render.com is loading slowly or showing errors, this often indicates broader infrastructure issues. Pay attention to:

• Login failures or authentication timeouts
• Service list loading errors or blank pages
• Deployment logs failing to load
• Database connection info access issues
• Slow page transitions and API responses

Dashboard problems frequently correlate with backend API issues that also affect your deployed services.

4. Monitor Your Service Health Checks

If you've configured health check endpoints for your Render services, monitor them directly:

# Check your service directly
curl -I https://your-app.onrender.com/health

# Look for non-200 responses or timeouts

When Render is experiencing issues, you may see:

• 502 Bad Gateway - Render's proxy cannot reach your service
• 503 Service Unavailable - Infrastructure temporarily degraded
• Connection timeouts - Network layer problems
• SSL/TLS handshake failures - Certificate infrastructure issues

5. Check Community Channels

The Render community is active and vocal during outages:

• Render Community Forum - Other users often report issues before official acknowledgment
• Twitter/X Search - Search "render down" or "@render status" for real-time reports
• Reddit r/webdev and r/node - Developers discuss infrastructure issues
• Discord/Slack communities - Many communities share hosting status updates

Cross-referencing multiple sources helps distinguish between individual service issues and platform-wide outages.

Common Render Issues and How to Identify Them

Deployment Failures

Symptoms:

• Build process hangs at specific steps
• "Deploy failed" with generic error messages
• Timeout errors during Docker image build
• Git fetch failures during deployment
• Unable to pull dependencies from package managers

What it means: When Render's deployment infrastructure is degraded, builds that normally complete in 2-5 minutes may hang for 15+ minutes or fail entirely. You'll see patterns across multiple services or repositories that previously deployed successfully.

Typical error patterns:

Error: Build timed out after 15 minutes
Failed to fetch from GitHub
Docker build step timed out
npm install failed with network error

Build Timeouts

Build timeouts are one of the most common Render issues:

Normal vs. Outage Timeouts:

• Normal: Your build genuinely takes too long (large dependencies, complex compilation)
• Outage: Previously successful builds suddenly timing out, or builds hanging at simple steps like "Fetching source code"

Debugging steps:

1. Check if the timeout occurs at the same build step consistently
2. Try triggering a manual deploy - if it also times out, likely infrastructure
3. Check API Status Check for reported build system issues
4. Review Render status page for "Deploy System" component status

Common timeout points during outages:

• Docker image pulling
• Package manager operations (npm install, pip install, bundle install)
• Git clone/fetch operations
• Asset compilation steps

Database Connectivity Issues

PostgreSQL and Redis connection failures:

Error: connect ETIMEDOUT
Error: Connection terminated unexpectedly
Error: too many connections for role
FATAL: remaining connection slots are reserved

Signs of Render database issues:

• Previously stable connections dropping frequently
• Connection pool exhaustion despite normal load
• Intermittent "host not found" DNS errors
• Consistent timeouts connecting to internal database URLs
• All databases on your account affected simultaneously

Distinguish from application issues:

• Check multiple services - if all have database issues, it's likely Render
• Verify connection strings haven't changed
• Test direct connection using psql or redis-cli from your local machine
• Check Render's status page for "PostgreSQL" or "Redis" component status

SSL Certificate Issues

Symptoms:

• "Your connection is not private" browser warnings
• ERR_CERT_COMMON_NAME_INVALID errors
• Certificate expired warnings for valid domains
• Mixed content warnings on previously working sites

What causes SSL issues on Render:

• Let's Encrypt certificate renewal failures (infrastructure-wide)
• Custom domain verification problems
• CDN/proxy layer SSL termination issues
• Certificate provisioning delays for new services

Quick check:

# Check certificate validity
openssl s_client -connect your-app.onrender.com:443 -servername your-app.onrender.com | openssl x509 -noout -dates

# Check for certificate chain issues
curl -vI https://your-app.onrender.com 2>&1 | grep -i certificate

During Render SSL infrastructure issues, you may see mass certificate expiration across multiple services simultaneously.

Cold Start Performance Problems

Render's free tier and services with low traffic experience "cold starts" - the delay when spinning up an inactive service:

Normal cold start: 30-60 seconds Problem cold start: 2-5+ minutes or failures

Indicators of infrastructure-related cold starts:

• Paid services experiencing cold starts (shouldn't happen)
• Cold start times dramatically longer than normal
• Services failing to spin up at all
• "Service unavailable" errors during spin-up attempts

Monitoring cold starts:

// Add timestamp logging to detect cold starts
const startTime = Date.now();

app.get('/health', (req, res) => {
  const uptime = Date.now() - startTime;
  res.json({
    status: 'ok',
    uptime: uptime,
    cold_start: uptime < 60000 // True if service started less than 1 min ago
  });
});

Scaling and Auto-Deploy Problems

Symptoms:

• Horizontal scaling not responding to load
• New instances failing to come online
• Auto-deploy from Git not triggering
• Manual deploy button unresponsive
• Rollback operations failing

What it indicates: These issues typically point to Render's orchestration layer having problems:

• Container scheduling system degraded
• Git webhook processing backlog
• Internal API timeouts affecting deploy triggers
• Load balancer configuration sync issues

The Real Impact When Render Goes Down

Production Application Downtime

Every minute of Render downtime directly impacts your users:

• Customer-facing applications: Users see error pages or infinite loading
• API backends: Mobile apps and integrations fail
• E-commerce platforms: Lost transactions during outage window
• SaaS products: Service interruptions trigger SLA breaches

For a SaaS application serving 10,000 active users, a 2-hour outage means:

• 20,000 user-hours of service disruption
• Hundreds of support tickets
• Potential SLA credit obligations
• Customer churn from reliability concerns

Blocked Development Workflows

Render outages don't just affect production:

• Staging environments down: Cannot test or demo features
• Preview deployments broken: Pull request reviews blocked
• CI/CD pipelines halted: All deployments across all branches fail
• Database migrations stuck: Cannot apply schema changes

For engineering teams, this means:

• Developer productivity drops to near-zero
• Release schedules slip
• Hotfixes cannot be deployed
• Team resorts to manual workarounds

Failed Scheduled Jobs

Render's cron job service runs background tasks critical to many applications:

What breaks when cron jobs fail:

• Data synchronization tasks miss their windows
• Scheduled reports not generated
• Automated cleanup jobs skip execution
• Backup processes fail to run
• Payment processing batches delayed

The compounding effect: If a daily job at 2 AM fails due to an outage, and the outage lasts through the next scheduled run, you've now lost multiple cycles of important automation. Some jobs cannot simply be "caught up" later.

Database Access Interruptions

When Render's managed PostgreSQL or Redis services are affected:

• Data unavailable: All queries fail
• Write operations lost: Transactions in progress roll back
• Connection pool exhaustion: Services cannot acquire database connections
• Backup operations fail: Scheduled backups miss their windows

Critical concern: Unlike compute services that can be failed over, managed databases are stateful. You cannot simply switch to a backup database without data loss unless you've implemented external replication.

Compound Failures from Dependencies

Modern applications often run multiple services on Render:

Frontend (Static Site) → API (Web Service) → Database (PostgreSQL) → Cache (Redis) → Worker (Background Worker)

If any component in this chain goes down, the entire application degrades. This creates cascading failure modes:

1. Database connectivity issues cause API timeouts
2. API timeouts cause frontend error states
3. Frontend errors cause user-facing failures
4. Workers cannot process background jobs
5. Cache misses put extra load on database

The complexity of multi-service architectures means a single Render component outage can take down your entire product.

SEO and Uptime Monitoring Penalties

Search engines and monitoring services continuously check your site:

Google and SEO impact:

• Extended downtime (4+ hours) can trigger temporary ranking penalties
• Repeated outages may signal reliability issues
• Crawl budget wasted on failed requests

Monitoring alerts:

• Pingdom, UptimeRobot, and similar services report downtime
• Public status pages show red indicators
• Customer trust erodes when they see "99.2% uptime this month"

Reputation damage: Even after service is restored, the memory of unreliability persists. First-time visitors who encounter errors may never return.

What to Do When Render Goes Down: Incident Response Playbook

1. Implement Comprehensive Health Checks

Application-level health endpoints:

// Express.js health check with database connectivity
app.get('/health', async (req, res) => {
  const checks = {
    timestamp: new Date().toISOString(),
    uptime: process.uptime(),
    database: 'unknown',
    cache: 'unknown',
  };

  try {
    // Check database
    await db.raw('SELECT 1');
    checks.database = 'healthy';
  } catch (error) {
    checks.database = 'unhealthy';
    checks.database_error = error.message;
  }

  try {
    // Check Redis cache
    await redis.ping();
    checks.cache = 'healthy';
  } catch (error) {
    checks.cache = 'unhealthy';
    checks.cache_error = error.message;
  }

  const healthy = checks.database === 'healthy' && checks.cache === 'healthy';
  res.status(healthy ? 200 : 503).json(checks);
});

Configure Render's health check to use this endpoint, and monitor it externally with services like API Status Check.

2. Set Up Multi-Cloud Failover

Automated DNS failover for critical services:

// Cloudflare Workers edge routing with health checks
addEventListener('fetch', event => {
  event.respondWith(handleRequest(event.request));
});

async function handleRequest(request) {
  const primaryEndpoint = 'https://api.onrender.com';
  const fallbackEndpoint = 'https://api.fly.io';
  
  try {
    // Try primary (Render)
    const response = await fetch(primaryEndpoint + new URL(request.url).pathname, {
      timeout: 5000,
      headers: request.headers
    });
    
    if (response.ok) {
      return response;
    }
    throw new Error('Primary unhealthy');
  } catch (error) {
    // Failover to secondary
    console.log('Failing over to backup:', error.message);
    return fetch(fallbackEndpoint + new URL(request.url).pathname, {
      headers: request.headers
    });
  }
}

Multi-cloud strategy:

• Primary: Render (main production)
• Failover: Fly.io, Railway, or Vercel (hot standby)
• DNS: Cloudflare with health checks and automatic failover
• Database: Separate managed database (Supabase, PlanetScale) with multi-region replication

This approach requires maintaining deployments on multiple platforms, but provides true resilience against provider outages.

3. Implement Graceful Degradation

When Render services are degraded but not completely down:

// Feature flagging with fallbacks
const features = {
  async getUserRecommendations(userId) {
    try {
      // Try ML service on Render
      const response = await fetch(`${ML_SERVICE_URL}/recommend/${userId}`, {
        timeout: 3000
      });
      return await response.json();
    } catch (error) {
      // Fallback to cached recommendations
      console.warn('ML service unavailable, using cached data');
      return getCachedRecommendations(userId);
    }
  },

  async processPayment(paymentData) {
    try {
      // Try payment processor
      return await stripe.charges.create(paymentData);
    } catch (error) {
      // Queue for later processing
      await paymentQueue.add(paymentData);
      return { status: 'queued', message: 'Payment will be processed shortly' };
    }
  }
};

Graceful degradation principles:

• Non-critical features degrade to cached/simplified versions
• Critical features queue operations for retry
• User experience remains functional, even if reduced
• Clear communication about reduced functionality

4. Database Connection Resilience

Connection pooling with retry logic:

// PostgreSQL connection pool with circuit breaker
const { Pool } = require('pg');

const pool = new Pool({
  connectionString: process.env.DATABASE_URL,
  max: 20,
  idleTimeoutMillis: 30000,
  connectionTimeoutMillis: 5000,
  // Retry configuration
  retry: {
    max: 5,
    timeout: 10000,
    retryDelay: (attempt) => Math.min(1000 * Math.pow(2, attempt), 30000)
  }
});

// Circuit breaker pattern
class CircuitBreaker {
  constructor(threshold = 5, timeout = 60000) {
    this.failureCount = 0;
    this.threshold = threshold;
    this.timeout = timeout;
    this.state = 'CLOSED'; // CLOSED, OPEN, HALF_OPEN
    this.nextAttempt = Date.now();
  }

  async execute(fn) {
    if (this.state === 'OPEN') {
      if (Date.now() < this.nextAttempt) {
        throw new Error('Circuit breaker is OPEN');
      }
      this.state = 'HALF_OPEN';
    }

    try {
      const result = await fn();
      this.onSuccess();
      return result;
    } catch (error) {
      this.onFailure();
      throw error;
    }
  }

  onSuccess() {
    this.failureCount = 0;
    this.state = 'CLOSED';
  }

  onFailure() {
    this.failureCount++;
    if (this.failureCount >= this.threshold) {
      this.state = 'OPEN';
      this.nextAttempt = Date.now() + this.timeout;
    }
  }
}

const breaker = new CircuitBreaker();

async function queryWithResilience(sql, params) {
  return breaker.execute(() => pool.query(sql, params));
}

This prevents database connection storms during instability.

5. Automated Rollback Strategy

Detect and rollback failing deployments:

# render.yaml with health check configuration
services:
  - type: web
    name: my-api
    env: node
    plan: standard
    healthCheckPath: /health
    # Rollback if health checks fail after deploy
    autoDeploy: true
    
    # Pre-deployment smoke tests
    preDeployCommand: npm run test:smoke
    
    # Environment-specific configs
    envVars:
      - key: ROLLBACK_ON_ERROR
        value: true
      - key: HEALTH_CHECK_TIMEOUT
        value: 30

Application-level rollback detection:

// Monitor error rates post-deployment
const errorRateMonitor = {
  recentErrors: [],
  deployTime: null,
  
  trackError(error) {
    this.recentErrors.push({ timestamp: Date.now(), error });
    
    // Keep only last 5 minutes
    const fiveMinutesAgo = Date.now() - 300000;
    this.recentErrors = this.recentErrors.filter(e => e.timestamp > fiveMinutesAgo);
    
    // Check if error rate is critical post-deploy
    if (this.deployTime && Date.now() - this.deployTime < 600000) {
      const errorRate = this.recentErrors.length / 5; // errors per minute
      
      if (errorRate > 10) {
        this.triggerRollback('High error rate detected after deployment');
      }
    }
  },
  
  async triggerRollback(reason) {
    console.error(`CRITICAL: ${reason}. Triggering rollback.`);
    
    // Alert team
    await fetch(process.env.SLACK_WEBHOOK, {
      method: 'POST',
      body: JSON.stringify({
        text: `🚨 Auto-rollback triggered: ${reason}`,
        channel: '#production-alerts'
      })
    });
    
    // Trigger rollback via Render API
    await fetch(`https://api.render.com/v1/services/${SERVICE_ID}/deploys`, {
      method: 'POST',
      headers: {
        'Authorization': `Bearer ${RENDER_API_KEY}`,
        'Content-Type': 'application/json'
      },
      body: JSON.stringify({
        clearCache: 'clear',
        commitId: process.env.PREVIOUS_COMMIT_SHA
      })
    });
  }
};

6. Communication Playbook

When Render is confirmed down:

Internal communication (first 5 minutes):

#incidents Slack channel:
"🔴 INCIDENT: Render infrastructure issue detected
- Impact: [describe what's broken]
- Customer impact: [YES/NO and severity]
- Status page: [Render status link]
- Incident lead: @engineer-on-call
- War room: #incident-render-2026-02-04"

Customer communication (within 15 minutes):

// Status page update
await statusPage.createIncident({
  title: 'Service degradation due to hosting provider issues',
  status: 'investigating',
  impact: 'major',
  message: `We're experiencing service disruptions due to issues with our hosting provider. Our team is actively monitoring the situation and working to restore full functionality. Current status: ${renderStatus}`
});

// Email to affected customers
await sendEmail({
  to: affectedCustomers,
  subject: '[Service Status] Experiencing temporary service disruption',
  body: `
We're currently experiencing service disruptions affecting [specific features].

What's happening: Our hosting provider (Render) is experiencing infrastructure issues.

What we're doing: Our team is actively monitoring the situation. We've implemented backup systems where possible.

Expected resolution: Based on our provider's status updates, we expect service restoration within [timeframe].

We apologize for any inconvenience and will keep you updated.
  `
});

Social media update:

"We're aware of service disruptions affecting some users. This is related to infrastructure issues with our hosting provider. Our team is working on resolution. Status updates: [status page link]"

7. Post-Incident Review

After Render service restoration:

Immediate actions (first hour):

1. Verify all services are healthy
2. Check for data inconsistencies from the outage
3. Process any queued operations
4. Clear stale error alerts
5. Update status page to "resolved"

Follow-up actions (first 24 hours):

1. Analyze metrics during the outage (error rates, traffic impact, revenue loss)
2. Review customer support tickets generated
3. Document timeline of events
4. Calculate total downtime and SLA impact

Post-mortem (within 1 week):

# Incident Post-Mortem: Render Outage 2026-02-04

## Summary
2-hour outage affecting production API due to Render database connectivity issues.

## Timeline
- 14:23 UTC: First alerts of database connection failures
- 14:25 UTC: Confirmed Render PostgreSQL status "degraded"
- 14:27 UTC: Enabled read-only mode with cached data
- 14:45 UTC: Render status updated to "major outage"
- 16:15 UTC: Render reported issue resolved
- 16:18 UTC: Verified database connectivity restored
- 16:30 UTC: Full service restoration confirmed

## Impact
- 2 hours total downtime
- 15,432 affected user sessions
- 127 customer support tickets
- Estimated $8,500 in lost revenue

## What Went Well
- Monitoring detected issue within 2 minutes
- Team responded quickly with incident process
- Customer communication was timely and transparent
- Graceful degradation kept read operations working

## What Could Be Improved
- Database failover took 22 minutes to implement
- Some customers received duplicate alert emails
- Rollback documentation was outdated

## Action Items
- [ ] Implement hot standby database on different provider
- [ ] Update runbooks with current procedures
- [ ] Add database failover automation
- [ ] Review alert fatigue and notification routing

Related Monitoring Guides

When troubleshooting infrastructure issues, it's often helpful to check the status of related services:

• Is Vercel Down? - Another modern deployment platform, good for failover comparison
• Is Heroku Down? - Render's main competitor, many teams run on both
• Is AWS Down? - Render runs on AWS, so AWS outages may affect Render
• Is GitHub Down? - Source of deployment failures if GitHub webhooks are broken
• Is Stripe Down? - Payment processing issues often correlate with hosting problems

Cross-checking multiple services helps identify whether issues are isolated to Render or part of a broader internet infrastructure problem.

Frequently Asked Questions

How often does Render go down?

Render generally maintains good uptime, though as a relatively newer platform (founded 2019) they're still scaling their infrastructure. Major platform-wide outages are rare (3-6 times per year), but component-specific issues (deploy system, specific database clusters, regional networking) occur more frequently. Free tier services experience more instability than paid tiers due to resource sharing and aggressive cold starts.

What's the difference between Render status page and real-time monitoring?

The official Render status page (status.render.com) is manually updated by Render's operations team during incidents, which typically lags 5-15 minutes behind actual issues. Real-time monitoring services like API Status Check perform automated health checks every 60 seconds against live Render endpoints, often detecting issues before they're officially acknowledged. For production systems, use both: status page for official communication, real-time monitoring for early detection.

Should I use Render's free tier for production?

No. Render's free tier has significant limitations that make it unsuitable for production use:

• Cold starts: Services spin down after 15 minutes of inactivity, causing 30-60 second delays on first request
• Limited resources: 512 MB RAM, shared CPU
• No SLA: Best-effort availability with no uptime guarantees
• Database limitations: Free PostgreSQL databases expire after 90 days

Use the free tier for prototypes, demos, and learning. For production, use at least the Starter plan ($7/month) which provides always-on instances, more resources, and priority support.

How do I migrate away from Render during an outage?

Emergency migrations are complex and error-prone. Instead, prepare in advance:

Pre-outage preparation:

1. Maintain deployable code on multiple platforms (Render + Fly.io/Railway)
2. Use external managed databases (Supabase, PlanetScale) instead of Render's
3. Implement DNS-based failover with health checks
4. Document your infrastructure as code (render.yaml → Dockerfile → fly.toml)

During an outage (if no fallback exists):

1. Don't panic-migrate - wait for Render to restore service (usually <2 hours)
2. If critical, deploy a minimal service on Vercel or Netlify with static responses
3. Use maintenance mode page while waiting for restoration
4. Post-outage, invest in proper multi-cloud strategy

Can I get refunds or SLA credits for Render outages?

Render's SLA (Service Level Agreement) varies by plan:

• Free tier: No SLA, no credits
• Starter/Standard plans: 99.9% uptime SLA (43 minutes/month allowed)
• Pro/Enterprise plans: 99.95%+ uptime with SLA credits

To claim SLA credits:

1. Document the outage (timestamps, affected services)
2. Submit support ticket within 30 days
3. Provide evidence of impact (monitoring logs, screenshots)

Credits are typically applied as account balance, not cash refunds. Review your specific plan's terms at render.com/terms.

Why do my Render deployments randomly fail?

Random deployment failures on Render usually stem from:

1. Build resource exhaustion:

Error: Build killed (out of memory)

Solution: Upgrade to a plan with more build resources, or optimize build process

2. Dependency fetching timeouts:

npm ERR! network timeout

Solution: Use lock files (package-lock.json, yarn.lock), consider dependency caching

3. Git fetch issues:

Failed to fetch repository

Solution: Check GitHub status, verify repository access, try manual deploy

4. Docker layer caching problems:

Error pulling image

Solution: Clear build cache, rebuild from scratch

5. Transient infrastructure issues: Random failures that succeed on retry indicate Render infrastructure instability. Check status.render.com and consider retry automation.

How do I monitor my Render services effectively?

Multi-layer monitoring strategy:

1. External uptime monitoring:

• API Status Check for endpoint availability
• Pingdom, UptimeRobot, or Better Stack for HTTP checks
• Check every 60 seconds from multiple regions

2. Application performance monitoring:

• New Relic, Datadog, or Sentry for error tracking
• Monitor response times, error rates, throughput
• Set alerts for anomalies

3. Render-specific monitoring:

• Subscribe to Render status page updates
• Monitor deploy success/failure rates
• Track build times for sudden increases
• Watch database connection pool metrics

4. Business metrics:

• User-facing functionality tests (can users sign up, purchase, etc.)
• Revenue impact tracking
• Support ticket volume correlation

Alert fatigue prevention: Set intelligent alert thresholds. Not every 502 error needs immediate paging—configure alerts for sustained issues (3+ failures in 5 minutes) rather than transient blips.

What are Render's most common points of failure?

Based on incident patterns:

1. Deploy/build system (40% of issues):

• Build timeouts
• Docker registry issues
• Git webhook failures

2. Database connectivity (30% of issues):

• PostgreSQL connection pool exhaustion
• Database cluster failovers
• Network partition between services and databases

3. Regional networking (15% of issues):

• Specific AWS region degradation
• Inter-region routing problems
• Load balancer issues

4. Cold start infrastructure (10% of issues):

• Container orchestration delays
• Image pull timeouts
• Startup script failures

5. SSL/TLS and domain management (5% of issues):

• Certificate renewal failures
• Custom domain verification problems

Mitigation: Design your architecture to be resilient to these failure modes—database connection retry logic, build timeout handling, health check endpoints, and external monitoring.

How long do Render outages typically last?

Incident duration patterns:

• Minor issues (50% of incidents): 15-45 minutes

  • Single component degradation
  • Regional networking blips
  • Quickly mitigated database issues

• Moderate incidents (35% of incidents): 1-3 hours

  • Build system failures requiring restarts
  • Database cluster failovers
  • Multi-region coordination issues

• Major outages (15% of incidents): 3-6+ hours

  • Core infrastructure failures
  • Dependency on upstream AWS issues
  • Database corruption requiring restoration

Response time: Render typically acknowledges incidents within 10-15 minutes and provides hourly updates during active events. Their engineering team is responsive, though as a smaller company, overnight/weekend response may be slower than enterprise platforms.

Best practice: Design your systems to tolerate 2-4 hours of provider downtime. This covers 95% of incidents without panic.

Stay Ahead of Render Outages

Don't let hosting issues blindside your team. Subscribe to real-time Render alerts and get notified the moment issues are detected—before your users complain.

API Status Check monitors Render 24/7 with:

• 60-second health checks across all components
• Instant alerts via email, Slack, Discord, or webhook
• Historical uptime tracking and incident correlation
• Multi-service monitoring for your entire infrastructure

Start monitoring Render now →

---

Last updated: February 4, 2026. Render status information is provided in real-time based on active monitoring. For official incident reports, always refer to status.render.com.