Live Status Check

Is AWS Down?

Real-time status check for AWS. See if it's just you or everyone experiencing issues.

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Checking AWS...
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About AWS

Amazon Web Services is the world largest cloud computing platform providing compute, storage, database, and security services.

Category: Cloud  |  Website: health.aws.amazon.com

What to Do If AWS Is Down

01
Wait a few minutes and try again. Most outages are resolved within 5-15 minutes.
02
Check the official status page or social media accounts for outage announcements.
03
Try accessing from a different network, VPN, or device to rule out local issues.
04
Clear your browser cache and DNS cache with ipconfig /flushdns or sudo systemd-resolve --flush-caches.
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Try a different DNS resolver like 1.1.1.1 (Cloudflare) or 8.8.8.8 (Google).
06
Check DownDetector for community reports about AWS.

Frequently Asked Questions

We attempt to load a resource from AWS directly from your browser. If the resource loads successfully, the service is up. If it fails, it may be down or blocking cross-origin requests. This is a client-side check from your location.
Some websites block cross-origin resource loading for security. In these cases, our check may report "unreachable" even though the site is functioning. Try clicking the direct link to verify.
AWS is a cloud service. Visit their website at health.aws.amazon.com for current pricing and availability information.
The status is checked in real-time each time you visit this page. Click "Recheck Now" to run a fresh check. The result reflects reachability from your current network location.

AWS in depth — what you need to know

Amazon Web Services (AWS) is the world's largest cloud computing platform, providing compute (EC2), storage (S3), databases (RDS, DynamoDB), networking (VPC, Route 53), serverless (Lambda), AI/ML services, and 200+ other services across 30+ geographic regions. AWS underpins a substantial fraction of the internet — when AWS has major outages, the impact ripples across many other services that depend on AWS infrastructure.

AWS outages are typically region-specific rather than global — a problem in us-east-1 (Northern Virginia, the largest and most-affected region) does not automatically affect us-west-2 (Oregon) or eu-west-1 (Ireland). However, many companies' architectures depend on us-east-1 being available because of legacy single-region deployments or services that have no regional alternative. The 2017, 2020, and 2021 us-east-1 outages each took down a significant chunk of the internet because of these dependencies.

For status verification: health.aws.amazon.com is the official AWS Service Health Dashboard with per-region per-service status. The @awscloud Twitter account posts updates. AWS Personal Health Dashboard (in the AWS console) shows status filtered to your account's services. For developers: many AWS service APIs have status endpoints that return health information programmatically.

Five real-world scenarios involving AWS

Production application uptime monitoring

Applications hosted on AWS are affected by AWS service outages. Monitoring AWS status (per-service per-region) plus your application-specific health metrics gives full picture during incidents. Automated alerting on AWS service degradation in your regions helps respond faster.

Multi-region failover testing

For critical workloads with multi-region setups, periodic failover testing verifies the failover actually works. Untested failover commonly fails when needed. Schedule quarterly DR drills, simulate regional outage, verify traffic shifts and applications continue working in alternative region.

Cost analysis for multi-region resilience

Multi-region deployment doubles infrastructure costs (or more). For each workload, decide whether the uptime requirement justifies the cost. Not every application needs 99.99% availability; for many, brief regional-outage downtime is acceptable.

Vendor management — third parties using AWS

Many SaaS vendors run on AWS. When AWS is down, your vendors are also affected. Your contract reliability depends on theirs. Audit critical vendors' AWS region usage and architectural resilience as part of vendor risk management.

Compliance — disaster recovery for regulated workloads

Regulated industries (finance, healthcare) often have specific disaster-recovery requirements that translate to multi-region AWS architecture. Document your DR architecture, test it, maintain evidence for compliance audits.

Common mistakes & edge cases

Single-region deployment for critical workloads

Single-region AWS deployment means single-region failure equals total outage. For critical workloads, multi-region is required for high availability. The architectural complexity is real but unavoidable for resilience.

Defaulting to us-east-1 for all deployments

us-east-1 is the largest, oldest, and most-affected AWS region. Many tutorials default to us-east-1; many engineers do not change the default. Deploying in us-west-2, eu-west-1, or other regions reduces exposure to us-east-1-specific issues.

Status communication only via your own AWS-hosted site

When AWS is down and your site is on AWS, your status page is also down. Users have no way to find updates. Maintain a status page on infrastructure independent of your AWS deployment.

Untested multi-region failover

Multi-region setup without periodic testing usually fails when needed — DNS configurations get stale, replication lags accumulate, applications have hard-coded region references. Test failover quarterly, document procedures.

Not understanding which AWS services are regional vs global

Most AWS services are regional (S3 bucket, EC2 instance live in a specific region). Some are global (IAM users, Route 53 hosted zones, CloudFront distributions). Outages affect each tier differently. Knowing which services your architecture uses and their regional/global nature determines outage impact.

Reporting AWS issues without checking Service Health Dashboard first

AWS Service Health Dashboard usually reflects major incidents within minutes. Check there before reporting to AWS support — major outages are already known and being addressed.

Frequently Asked Questions about AWS

Use the live checker above to test reachability of the AWS Service Health Dashboard. For per-region per-service status (the canonical source), check health.aws.amazon.com. AWS outages are typically region-specific — check the regions your workloads use specifically.
us-east-1 (Northern Virginia) is AWS's largest, oldest region — handles more traffic and more services than any other. Its scale means problems are more visible globally and certain shared services are concentrated there. Deploying in newer or smaller regions reduces exposure to us-east-1-specific issues.
Each AWS service in the console shows a region selector (top-right). Programmatically: AWS CLI commands like aws ec2 describe-instances --region us-east-1 list resources by region. Audit by region: review your CloudFormation/Terraform configs for region settings, IAM access shows which regions have been used.
AWS's public status page at health.aws.amazon.com — shows per-region per-service health for all AWS services. The Personal Health Dashboard (in the AWS console) shows the same data filtered to your account's services. Both are the canonical truth source for AWS service status.
Multi-region deployment with automatic failover. Components: data replication across regions (S3 cross-region replication, Aurora global databases, DynamoDB global tables), traffic routing (Route 53 health-checked failover, AWS Global Accelerator), regional service usage (avoid services not available in your backup region). Operationally complex but the only real defence against regional outages.
AWS Service Level Agreements (SLAs) provide service credits for downtime exceeding the SLA threshold. Credits are applied to future bills, not refunds. Different services have different SLAs (typically 99.9-99.99%). For SLA credit, file a claim through AWS Support after a qualifying outage. Most short outages do not exceed SLA thresholds.
Multi-cloud adds significant operational complexity (different APIs, different security models, different cost models) and is rarely justified by reliability gains alone. Most teams achieve similar resilience with multi-region within a single cloud, at much lower complexity. Multi-cloud is more often justified by negotiation leverage, regulatory requirements, or specific service availability.
A networking service that provides static anycast IP addresses fronting your AWS workloads. Routes user traffic to the optimal AWS edge location, then through AWS's network to your endpoints. Useful for multi-region deployments — provides automatic failover when health checks detect regional issues.
Lambda outages affect serverless functions; EC2 outages affect virtual machines. Both are regional. Lambda has its own SLA and outage history independent of EC2. Multi-region Lambda deployment is supported but requires careful state management (Lambda is stateless; persistence layer needs multi-region too).
Three layers: (1) Architectural — multi-region deployment for critical workloads, accepting regional-outage downtime for less critical, (2) Communication — status page and customer channels independent of AWS, prepared incident comms templates, (3) Operational — documented runbooks for what to do during outages, periodic DR testing of failover procedures.