Does this tool connect to my multi-cloud account?

No. This tool runs entirely in your browser and generates configuration JSON that you can copy and paste into your infrastructure-as-code templates, CLI commands, or cloud console. It never connects to any cloud account or sends data externally.

Are the generated configurations production-ready?

The tool produces syntactically valid configurations based on current multi-cloud service specifications. Always review generated configs against your organization security policies and test in a non-production environment before deploying.

Multi-Cloud Global LB Compare

NetworkingMulti-Cloud

Compare global load balancing across AWS Global Accelerator, Azure Front Door, GCP Cloud LB, and OCI.

Filter Comparison

Category

Showing 20 of 20 features.

Feature	AWS	Azure	GCP	OCI
Service Name Core Features	AWS Global Accelerator / CloudFront / ALB	Azure Front Door / Traffic Manager / Application Gateway	Cloud Load Balancing (Global External)	OCI Load Balancer / Traffic Management Steering
Global Anycast Core Features	Global Accelerator: anycast IPs via 100+ edge locations	Front Door: anycast via 190+ Microsoft edge PoPs	Single anycast IP with 200+ Google edge PoPs	No native anycast; DNS-based steering across regions
Protocol Support Core Features	GA: TCP/UDP; ALB: HTTP/HTTPS/gRPC; NLB: TCP/UDP/TLS	Front Door: HTTP/HTTPS; App Gateway: HTTP/HTTPS/WebSocket	HTTP/S, TCP, UDP, SSL Proxy, gRPC (global for HTTP/S)	HTTP/HTTPS, TCP, UDP (regional); DNS steering for global
Pricing Model Core Features	GA: per accelerator/hr + data processing; ALB: per LCU-hr + data	Front Door: per routing rule + data transfer + requests	Per forwarding rule/hr + data processing per GB	Per load balancer + bandwidth; Traffic Steering per million queries
Deployment Scope Core Features	GA and CloudFront: global; ALB/NLB: regional	Front Door: global; App Gateway: regional	Global HTTP/S LB: single IP worldwide; regional LB available	Load Balancer: regional; Traffic Steering: global DNS
Geographic Routing Routing & Traffic	Route 53 geolocation routing; GA endpoint groups per region	Front Door: latency + geography; Traffic Manager: geographic routing	Global LB auto-routes to nearest healthy backend region	Traffic Steering: geolocation-based DNS routing
Latency-Based Routing Routing & Traffic	GA: automatic latency-based routing to nearest endpoint	Front Door: latency-based routing to fastest backend	Automatic latency routing via Google backbone (Premium Tier)	Traffic Steering: performance-based (latency) DNS policy
Weighted Routing Routing & Traffic	GA: weighted endpoints within groups; Route 53 weighted records	Traffic Manager: weighted routing; Front Door: backend weights	Backend service traffic splitting by weight	Traffic Steering: weighted DNS policy across regions
Path-Based Routing Routing & Traffic	ALB: path-based rules; CloudFront: origin path routing	Front Door: URL path-based routing rules; App Gateway: URL path maps	URL map with path rules and host rules for backend selection	Load Balancer: path route sets for backend routing
Header-Based Routing Routing & Traffic	ALB: host header and custom header routing rules	Front Door: header matching in rule engine; App Gateway: rewrite rules	URL map header-based routing with route rules	Load Balancer: routing policies with header matching
Session Affinity Routing & Traffic	ALB: sticky sessions (cookie-based); GA: client affinity by source IP	Front Door: session affinity; App Gateway: cookie-based sticky sessions	Generated cookie affinity or header-based session affinity	Load Balancer: cookie or IP-based session persistence
SSL/TLS Termination Security & SSL	ALB/CloudFront/GA: TLS termination at edge with ACM certificates	Front Door/App Gateway: TLS termination with managed or custom certs	Global LB: TLS termination with Google-managed or custom certificates	Load Balancer: TLS termination with OCI Certificates
WAF Integration Security & SSL	AWS WAF on ALB, CloudFront, API Gateway; Shield on GA	Azure WAF on Front Door and App Gateway	Cloud Armor security policies on HTTP/S Load Balancer	OCI WAF policy on Load Balancer
DDoS Protection Security & SSL	Shield Standard auto; Shield Advanced for GA, CloudFront, ELB	DDoS Protection Standard for public endpoints	Cloud Armor DDoS protection at Google edge	Built-in DDoS protection at Oracle edge network
mTLS / Client Certs Security & SSL	ALB: mutual TLS with client certificate verification	Front Door: mTLS preview; App Gateway: mTLS client auth	Global LB: client certificate authentication (mTLS)	Load Balancer: mutual TLS with client certificate validation
Health Checks Operations	GA: TCP/HTTP health checks; ALB: HTTP/HTTPS/gRPC health checks	Front Door: HTTP/HTTPS probes; Traffic Manager: HTTP/TCP/custom	HTTP/HTTPS/TCP/SSL/gRPC health checks with configurable thresholds	TCP/HTTP/HTTPS health checks on backend sets
Auto-Scaling Backends Operations	ALB: targets in ASGs with auto-scaling; GA: static endpoints	Front Door: backends in VMSS; App Gateway: VMSS integration	Managed Instance Groups (MIGs) with autoscaler integration	Backend sets with instance pool auto-scaling
Monitoring Operations	CloudWatch metrics: request count, latency, 5xx; access logs to S3	Azure Monitor: latency, request count, WAF matches; access logs	Cloud Monitoring: request count, latency, errors; Cloud Logging	OCI Monitoring: bandwidth, connections, health; Logging service
Terraform Support Operations	aws_globalaccelerator_accelerator, aws_lb, aws_cloudfront_distribution	azurerm_frontdoor, azurerm_traffic_manager_profile, azurerm_application_gateway	google_compute_global_forwarding_rule, google_compute_url_map, google_compute_backend_service	oci_load_balancer_load_balancer, oci_dns_steering_policy
Multi-Cloud / Hybrid Backends Operations	GA: IP endpoints for on-prem; ALB: IP targets for any reachable host	Front Door: any public endpoint as backend (multi-cloud capable)	Internet NEGs for external backends (multi-cloud, on-prem)	Traffic Steering: any public endpoint as answer

About This Tool

Compare global load balancing across AWS Global Accelerator, Azure Front Door, GCP Cloud LB, and OCI. This tool helps multi-cloud engineers generate valid configurations quickly without consulting documentation, reducing errors and accelerating infrastructure deployment. All processing runs in your browser with no data sent to external servers.

When to Use This Tool

•Generating multi-cloud global lb configurations for new infrastructure deployments.
•Validating existing configurations against best practices before applying changes.
•Learning multi-cloud service configuration patterns through interactive examples.
•Accelerating infrastructure-as-code development by producing correct JSON/YAML starting points.

Frequently Asked Questions

Does this tool connect to my multi-cloud account?: No. This tool runs entirely in your browser and generates configuration JSON that you can copy and paste into your infrastructure-as-code templates, CLI commands, or cloud console. It never connects to any cloud account or sends data externally.
Are the generated configurations production-ready?: The tool produces syntactically valid configurations based on current multi-cloud service specifications. Always review generated configs against your organization security policies and test in a non-production environment before deploying.

Related Learning Guides

Multi-Cloud Networking Glossary10 min read
Networking Across Clouds24 min read

Disclaimer: This tool runs entirely in your browser. No data is sent to our servers. Always verify outputs before using them in production. AWS, Azure, and GCP are trademarks of their respective owners.