Use this self-guided checklist to identify where a cloud outage would hurt most and what to do about it.
Recent major cloud outages have served as wake-up calls for organizations heavily dependent on a single cloud provider. This is about understanding the real risks of single-cloud dependence.
Keep it simple and low-friction:
Work through each section and honestly assess your current state:
Understanding what truly matters when everything goes down.
Mapping your concentration risk.
Testing whether your backup plan actually works.
Understanding how users and data reach your critical systems.
Knowing what's happening and who does what.
You’re not being graded on your architecture; this is simply a language for understanding your own risk.
Many "Confident" responses, few "Unsure." You have clear DR paths, some non-cloud anchors, and regular testing in place. Your organization has invested in resilience.
Mixed "Confident" and "Some gaps," several "Unsure." DR is mostly within the same cloud, testing is limited, and you have minimal alternative anchors. You're aware of risks but haven't fully addressed them.
Many "Unsure" or "Some gaps" on critical workloads. Heavy concentration in one provider/region, no non-cloud anchor, and DR hasn't been tested in real scenarios. A major outage would create significant business disruption.
These patterns emerge again and again in our conversations with infrastructure and cloud teams.
Everything runs in one cloud region, and disaster recovery is documented and "planned", but it's never been tested under real outage conditions. When the primary region goes down, the control plane for failover does too.
Critical data and applications have no non-cloud anchor point. Even brief outages cause disproportionate business disruption because there's nowhere else for workloads to run.
When an outage hits, it's unclear who owns the response. Infrastructure, application, and business teams don't share a single playbook, leading to confusion and delayed decision-making when every minute counts.
If your answers look anything like the patterns above, you're not alone. Most teams we talk to discover they've outgrown a single-cloud design, but haven't yet put a resilient backbone in place.
We’re not here to tell you how to re-architect your cloud. We’re here to show how an ark footprint can reduce overall risk.
Use ark data centers as a stable anchor for critical workloads while still leveraging Azure, AWS, or other clouds for elasticity and innovation. Get the best of both worlds without the single-point-of-failure risk.
Private connectivity between ark facilities and public cloud keeps data close, improves performance, and reduces reliance on the public internet during incidents. Your critical data stays available when you need it most.
Design DR paths that don’t depend on the same control plane as your primary cloud. This makes failover more predictable, testable, and actually executable when an outage occurs.
You may have discovered some uncomfortable gaps. That’s normal—and it’s exactly why this kit exists. Even small steps like adding a hybrid anchor or piloting a new DR pattern can materially reduce your risk.