Simulator resiliensi edge
Simulasikan outage edge, bobot failover, dan dampak latensi untuk memvalidasi ketahanan.
| Status | Region | Capacity | Steady share % | Baseline latency | Assigned load | Projected latency | Controls |
|---|---|---|---|---|---|---|---|
| Healthy | req/min | % | ms | 37800 req/min 18.0% | 24.0 ms | ||
| Healthy | req/min | % | ms | 33600 req/min 16.0% | 32.0 ms | ||
| Healthy | req/min | % | ms | 29400 req/min 14.0% | 48.0 ms | ||
| Healthy | req/min | % | ms | 35700 req/min 17.0% | 38.0 ms | ||
| Healthy | req/min | % | ms | 42000 req/min 20.0% | 44.0 ms | ||
| Over capacity | req/min | % | ms | 31500 req/min 15.0% | 63.0 ms |
Summary
- Served load
- 208500 req/min
- Spillover
- 1500 req/min
- Weighted latency
- 40.9 ms
- Coverage
- 99.3%
Add capacity or reroute to cover demand.
Overview
Model multi-POP failover scenarios without leaving the browser. Toggle outages, rebalance load, and watch capacity and latency budgets in real time.
How to use
- Enter traffic demand and tweak the load-balancing penalty.
- Toggle nodes up/down or adjust capacity and steady-state share.
- Review assigned load, spillover, and projected latency.
- Use the summary to decide if the playbook meets resilience targets.
Use cases
- Dry-run CDN or edge cache failover plans.
- Estimate capacity needed for regional maintenance windows.
- Communicate incident impact to stakeholders quickly.
Tips & knowledge
- Set penalty based on historic latency increases under stress.
- If spillover persists, add burst capacity or revise steady shares.