AI & Machine Learningrunpod.io

Is RunPod Down Right Now?

Live global uptime status, multi-region edge latency, official incident reports, and automated monitoring for RunPod.

R

RunPod

runpod.io

Cloud GPU rental and serverless endpoint platform for AI workloads.

Operational
Edge Latency
242 ms

Primary edge roundtrip

24h Global Uptime
99.98%

Edge consensus

Vantage Points
7 Regions

NA, EU, APAC Edge DOs

Last Checked
5:24:08 AM

Edge consensus mesh

Telemetry verified by SteadyStack Autonomous Edge Network
Official Status
Automated Developer Alerting

Stop checking manually.

When RunPod goes down or suffers silent latency degradation, you shouldn't be refreshing status pages, searching social feeds, or waiting for angry user reports. Get alerted the exact second RunPod fails.

Monitor RunPod in 1 Click

Free 50 monitors • 3m standard (1m for first 10) • 2-of-3 Edge Quorum • No credit card required

10-Second Edge Intervals

Continuous HTTP, WebSocket & DNS checks from 15+ global edge nodes.

4-of-7 Quorum Verification

Multi-region consensus verification prevents 3 AM wakeups from transient routing blips.

Multi-Channel Escalation

Instant alerts to Slack, Discord, Telegram, SMS, PagerDuty & Webhooks.

steadystack.config.ts
Auto-provisioned Monitor
import { defineMonitor } from "@steadystack/core";

export default defineMonitor({
  name: "RunPod API & Health",
  target: "https://runpod.io",
  interval: "10s",
  consensus: { requiredRegions: 3 },
  alerts: ["slack-dev-ops", "pagerduty-p1", "discord-incidents"],
});

Global Edge Reachability & Regional Latency

Synthetic probe response times tested from SteadyStack worldwide vantage points.

🇺🇸
US-East (N. Virginia)
us-east
118 ms
UP
🇺🇸
US-West (Oregon)
us-west
139 ms
UP
🇩🇪
EU-Central (Frankfurt)
eu-central
174 ms
UP
🇯🇵
AP-Tokyo (Tokyo)
ap-northeast
237 ms
UP
🇧🇷
SA-East (São Paulo)
sa-east
258 ms
UP
🇿🇦
AF-South (Cape Town)
af-south
307 ms
UP

Downtime Impact Analysis

What happens when RunPod degrades

Serverless workers fail to scale up, GPU pods disconnect.

Common HTTP Error Codes Observed

500 Internal Server Error503 No Capacity504 Execution Timeout

Critical Monitored Subsystems

Components tracked on runpod.io

Serverless GPU Endpoints
Synthetic Active
Pod Compute
Synthetic Active
Network Storage
Synthetic Active
Serverless Queue
Synthetic Active

Engineering Resilience Guide: Surviving RunPod Outages

Defensive software architecture patterns to prevent third-party cascade failures.

Immediate Tactical Steps

  • 1Check GPU capacity availability in target region.
  • 2Check status.runpod.io.

Recommended Resiliency Patterns

Circuit Breaker Pattern: Automatically trip and fallback to cache when RunPod error rates exceed 15% in a 30s rolling window.

Idempotent Background Retries: Push failed API events into an asynchronous dead-letter queue with exponential backoff and jitter.

Multi-Region Edge Synthetic Consensus: Rely on SteadyStack to alert your team before end-users notice degradation.

Frequently Asked Questions: RunPod Availability & Monitoring

Everything you need to know about tracking RunPod outages and SLA reliability.

Our real-time global edge probes continuously test RunPod (runpod.io) across multiple worldwide locations. You can check the live status badge and latency meter at the top of this page. If you are seeing errors while the global status is operational, it may be due to localized ISP routing, local DNS caching, or account-specific rate limiting.
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