✣
Single points of failure
One provider outage can instantly take your application, revenue and customer experience offline.
The resilience layer
The Control Plane for Internet Resilience.
Zero-latency traffic orchestration across multiple CDN providers. No migration. No lock-in. No single point of failure.
Compatible with your existing stack
AWSAzureGoogle CloudCloudflareFastlyAkamai
∞
Synthetic probes
Active
Active
Provider A
Healthy
Healthy
Provider B
Standby
Standby
Control plane
Out-of-band
Out-of-band
The problem
The internet is unpredictable.
Your infrastructure shouldn't be.
⌁
Vendor lock-in
Complex migrations and provider-specific tooling make switching expensive and operationally risky.
◉
Global outages
Even the largest edge networks fail. Your continuity strategy should not depend on a single vendor.
Architecture
Above the providers.
Outside the data path.
Continuuly continuously evaluates provider health and changes routing decisions without proxying, decrypting or slowing down your traffic.
◎Out-of-bandNo latency impact
⌁DNS-nativeNo migration
◇Zero payloadPrivacy by design
↯Auto failoverInstant reroute
◌ObservabilityGlobal telemetry
⬡Multi-CDNBest provider
Users
Requests
Requests
∞
Continuuly Control Plane
Routing intelligence
Continuuly Control Plane
Routing intelligence
Provider APrimary
Provider BBackup
Provider CStandby
Use cases
Built for critical digital services.
See how Continuuly applies to your industry.
Enterprise SaaS
Protect customer-facing applications and APIs against provider failures.
Explore use case →Fintech & Banking
Keep critical transaction flows and account access continuously available.
Explore use case →Retail & E-commerce
Keep storefronts, checkout and payment journeys online during peak events.
Explore use case →Gaming
Reduce disconnects and preserve live services when edge networks degrade.
Explore use case →Media & Streaming
Maintain content delivery when a regional or global provider is unavailable.
Explore use case →AI & APIs
Keep inference endpoints and API services available across provider incidents.
Explore use case →Good to know
CDN resilience, explained.
Practical guides on CDN failover, DNS resilience, and multi-CDN architecture.
What Is CDN Failover?
How CDN failover works, CDN failure vs. failover, and where it sits relative to your load balancer.
Read the guide →Multi-CDN Traffic Steering & Failover
DNS steering types, traffic classification, cache warming, security parity, and failover runbooks.
Read the guide →DNS Failover Explained
Health checks, TTL tradeoffs, and why DNS failover alone isn't enough for CDN-level resilience.
Read the guide →Cloudflare Outages: What Keeps Happening
What recent Cloudflare incidents reveal about single-provider risk — and how to architect around it.
Read the guide →AWS CloudFront Outage (July 2026)
A Frankfurt control-plane failure broke sites globally in minutes — what it reveals about multi-CDN risk.
Read the guide →CDN Resilience Checklist
Eight things worth testing before an outage forces you to find out the hard way.
Read the guide →Active-Active vs Active-Passive Multi-CDN
Cost, complexity, and resilience tradeoffs between the two core multi-CDN patterns.
Read the guide →FAQ
Questions enterprise teams ask.
Continuuly is a control plane. It selects and reroutes between your providers while payload traffic continues to flow directly through the selected edge network.
No. Deployment is designed around DNS and provider configuration, with no application rewrite or forced platform migration.
A fail-open approach can preserve the last known good routing configuration, so the control layer does not become a new in-path dependency.
No. The out-of-band model is designed to avoid proxying payloads or terminating your TLS sessions.
Protect your uptime.
See how Continuuly can add a resilience layer to your current architecture.