Automated Cloud Status Page Multi-Region Availability Matrix

Real-time synthetic Anycast latency, packet loss heatmaps, and regional availability zone health indicators across AWS, Cloudflare, Google Cloud, Microsoft Azure, GitHub, and Vercel.

🌐 Fleet Availability
93.94%
31 of 33 regions nominal
⚡ Average Regional Latency
~74 ms
Anycast edge round-trip time
📍 Monitored Availability Zones
33 Zones
6 Tier-1 Hyperscalers
🛡️ Active Regional Incidents
2 Active
Investigation in progress

⚡ Browser Edge Latency & Anycast Handshake Probe

Measure your device round-trip time (RTT) and TLS handshake against Cloudflare and Google Anycast edge routers.

🇺🇸 US East (N. Virginia)
us-east-1
🟢 Operational
RTT Ping: 21 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon RDS
🇺🇸 US East (Ohio)
us-east-2
🟢 Operational
RTT Ping: 26 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon RDS
🇺🇸 US West (Oregon)
us-west-2
🟢 Operational
RTT Ping: 41 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon EKS
🇮🇪 Europe (Ireland)
eu-west-1
🟢 Operational
RTT Ping: 74 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon RDS
🇩🇪 Europe (Frankfurt)
eu-central-1
🟢 Operational
RTT Ping: 83 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon ElastiCache
🇸🇬 Asia Pacific (Singapore)
ap-southeast-1
🟢 Operational
RTT Ping: 137 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon CloudFront
🇯🇵 Asia Pacific (Tokyo)
ap-northeast-1
🟢 Operational
RTT Ping: 131 ms
Loss: 0%
Amazon EC2 Amazon S3 AWS Lambda
🇧🇷 South America (São Paulo)
sa-east-1
🟢 Operational
RTT Ping: 142 ms
Loss: 0%
Amazon EC2 Amazon S3 Amazon RDS

Cloudflare Anycast CDN & Security

AS13335 🟡 Degraded Performance
🇺🇸 North America East (IAD / EWR)
iad-ewr
🟡 Elevated Latency
RTT Ping: 77 ms
Loss: 2.8%
Anycast DNS Cloudflare WAF Edge CDN
🇺🇸 North America West (SJC / LAX)
sjc-lax
🟡 Elevated Latency
RTT Ping: 90 ms
Loss: 2.8%
Anycast DNS DDoS Shield Cloudflare Workers
🇬🇧 Europe West (London / Amsterdam)
lhr-ams
🟢 Operational
RTT Ping: 67 ms
Loss: 0%
Anycast CDN Cloudflare WAF Zero Trust
🇩🇪 Europe Central (Frankfurt / Paris)
fra-cdg
🟢 Operational
RTT Ping: 76 ms
Loss: 0%
Edge Caching Workers KV Email Routing
🇸🇬 Asia Pacific (Singapore / Tokyo)
sin-nrt
🟢 Operational
RTT Ping: 116 ms
Loss: 0%
Anycast DNS Workers KV Bot Management
🇦🇺 Australia (Sydney / Melbourne)
syd-mel
🟢 Operational
RTT Ping: 167 ms
Loss: 0%
Edge CDN Speed Optimization Cloudflare WAF
🇺🇸 US Central (Iowa)
us-central1
🟢 Operational
RTT Ping: 29 ms
Loss: 0%
Compute Engine Cloud Storage BigQuery
🇺🇸 US East (N. Virginia)
us-east4
🟢 Operational
RTT Ping: 20 ms
Loss: 0%
Compute Engine Cloud SQL Vertex AI Engine
🇩🇪 Europe (Frankfurt)
europe-west3
🟢 Operational
RTT Ping: 78 ms
Loss: 0%
Compute Engine Cloud Spanner Cloud CDN
🇧🇪 Europe (Belgium)
europe-west1
🟢 Operational
RTT Ping: 72 ms
Loss: 0%
Compute Engine GKE Cluster Cloud Bigtable
🇹🇼 Asia East (Taiwan)
asia-east1
🟢 Operational
RTT Ping: 123 ms
Loss: 0%
Compute Engine Cloud Armor Cloud Pub/Sub
🇯🇵 Asia Pacific (Tokyo)
asia-northeast1
🟢 Operational
RTT Ping: 127 ms
Loss: 0%
Compute Engine Cloud Run Cloud CDN
🇺🇸 East US (Virginia)
eastus
🟢 Operational
RTT Ping: 22 ms
Loss: 0%
Virtual Machines Blob Storage Cosmos DB
🇺🇸 West US 2 (Washington)
westus2
🟢 Operational
RTT Ping: 44 ms
Loss: 0%
Virtual Machines Azure SQL Database Azure Functions
🇮🇪 North Europe (Ireland)
northeurope
🟢 Operational
RTT Ping: 70 ms
Loss: 0%
Virtual Machines Blob Storage Azure Front Door
🇳🇱 West Europe (Netherlands)
westeurope
🟢 Operational
RTT Ping: 78 ms
Loss: 0%
Virtual Machines Cosmos DB Microsoft Entra ID
🇸🇬 Southeast Asia (Singapore)
southeastasia
🟢 Operational
RTT Ping: 131 ms
Loss: 0%
Virtual Machines Event Hubs Azure CDN
🌐 GitHub Actions Hosted Runners (US / EU)
actions-runners
🟢 Operational
RTT Ping: 35 ms
Loss: 0%
Ubuntu Runners Windows Runners macOS Runners
🌐 REST & GraphQL API Control Plane
api-control-plane
🟢 Operational
RTT Ping: 26 ms
Loss: 0%
API Gateway Webhook Ingestion OAuth & Personal Access Tokens
🌐 Git Data & SSH / HTTPS Operations
git-operations
🟢 Operational
RTT Ping: 33 ms
Loss: 0%
Git Repositories Git Large File Storage (LFS) GitHub Pages
🌐 GitHub Copilot Inference Backend
github-copilot
🟢 Operational
RTT Ping: 45 ms
Loss: 0%
Code Completion API Copilot Chat Backend IDE Telemetry
🇺🇸 Serverless & Edge (Washington, D.C.)
iad1
🟢 Operational
RTT Ping: 18 ms
Loss: 0%
Next.js SSR Middleware Routing Edge Functions
🇺🇸 Serverless & Edge (San Francisco, CA)
sfo1
🟢 Operational
RTT Ping: 33 ms
Loss: 0%
SSR Compute Vercel Blob Storage Vercel KV
🇩🇪 Serverless & Edge (Frankfurt, Germany)
fra1
🟢 Operational
RTT Ping: 76 ms
Loss: 0%
Next.js Serverless Edge Config Postgres Proxy
🇯🇵 Serverless & Edge (Tokyo, Japan)
hnd1
🟢 Operational
RTT Ping: 126 ms
Loss: 0%
Edge Network POP Image Optimization Edge Caching

Multi-Cloud Availability, MTTR & SLA Benchmark Comparison

Cloud Provider Autonomous System Monitored Regions Target SLA Head-to-Head Compare Status Page
Amazon Web Services (AWS) AS16509 8 Regions (us-east-1, us-west-2, eu-west-1, ap-southeast-1...) 99.99% Availability AWS vs Cloudflare Live Status »
Cloudflare Anycast CDN AS13335 6 Global Metro Hubs (IAD, SJC, LHR, FRA, SIN, SYD) 100% Core Edge SLA Cloudflare vs AWS Live Status »
Google Cloud Platform (GCP) AS15169 6 Regions (us-central1, us-east4, europe-west3, asia-east1...) 99.99% Multi-Zone AWS vs Google Cloud Live Status »
Microsoft Azure AS8075 5 Regions (East US, West US 2, North Europe, West Europe...) 99.99% Availability Zones AWS vs Azure Live Status »
GitHub Developer Platform AS36459 4 Subsystems (Hosted Runners, Control Plane, Git Data, Copilot) 99.9% Enterprise Cloud Developer Comparisons Live Status »
Vercel Edge Platform AS13335 (Anycast) 4 Serverless Edge Hubs (iad1, sfo1, fra1, hnd1) 99.99% Global Edge Serverless Comparisons Live Status »

Cloud Availability & Disaster Recovery FAQ

How does IsDownNow detect regional cloud outages before official status pages?

Official cloud provider status pages (such as AWS Health or Azure Status) typically require multi-layer human incident management verification before posting public advisories, resulting in a 15 to 45 minute acknowledgment lag. IsDownNow utilizes a continuous distributed monitoring network measuring Anycast edge probe latency variances, search volume surge velocity (+500% to +5,000%), and multi-signal crowd verification consensus to flag regional routing degradation within 120 seconds.

What is the difference between an Availability Zone outage and a Control Plane disruption?

An Availability Zone (AZ) outage involves physical infrastructure failure (power blackout, water chiller stall, or fiber cut) that disrupts active EC2 instances or database primary nodes. A Control Plane disruption leaves running workloads operational in the data plane but blocks the management API, preventing auto-scaling, deployment rollouts, or DNS modifications.

How does Route 53 or Cloudflare load balancing mitigate regional datacenter failures?

Multi-region architecture utilizes DNS latency-based routing combined with active endpoint health checks. When synthetic probes to a primary region (e.g., us-east-1) fail consecutive handshakes, Anycast edge routers dynamically withdraw BGP prefixes and re-route client DNS queries to healthy standby regions (e.g., us-west-2 or eu-west-1) within 30 to 60 seconds.

Can I receive automated webhook alerts when an AWS or Cloudflare region fails?

Yes. IsDownNow features automated Discord and Telegram webhook dispatchers. You can subscribe directly on any cloud provider status page (e.g., AWS Status or Cloudflare Status) to receive instant notifications when consensus severity exceeds 65/100.