Networking

Build a region-aware API gateway with ngrok's Traffic Policy. Route requests, manage failover, and enforce regional compliance with simple YAML configs.

Learn how ngrok's phase-based Traffic Policy gives you granular traffic control in more places, from TCP connect through HTTP response, to take decisive action.

Internal endpoints are secure, non-public endpoints that end with .internal, allowing you to route traffic based on headers, paths, subdomains, and more.

Master the dynamics of API rate limiting with ngrok’s gateway: a key to enhanced security, efficiency, and user satisfaction.

Transform how you handle production traffic with ngrok, enhancing security and management for your applications beyond just testing.

Explore the pros/cons of AWS PrivateLink vs VPC peering for connecting AWS clouds securely—and whether ngrok could be a simpler and more flexible alternative.

Deliver low-latency, resilient APIs without vendor lock-in or complex networking with ngrok’s global server load balancer, automatically deployed with your API.

Enhance Kubernetes operations with ngrok’s Load Balancer support, streamlining access and connectivity for services in your clusters.

Discover what a reverse proxy is and why they're essential for public-facing services, apps, and APIs, and learn how to set up a reverse proxy on AWS with ngrok

Mutual TLS (mTLS) with an API gateway can help you meet compliance requirements in industries that demand high security for data transmission.

Streamline workflow automation by connecting on-premises services with ngrok’s secure, efficient connectors for various APIs.

Ingress controllers and API gateways have some overlapping functionality, and this post helps you know when to use one over the other—or both!

Think of port forwarding as opening a specific "door" on your network to let in and route traffic to specific services. Learn more in this post.

Virtual Private Cloud (VPC) peering is a method that allows two VPCs to connect and communicate. Get an overview of VPC peering here.

The control plane is the component in a distributed system that directs how data is processed by the data planes, ensuring proper and secure data processing.

The data plane is responsible for the actual processing of data to accomplish a task based on the routing decisions made by the control plane.

Read about how we have improved our firewall and created an open-source Firewall Toolkit in the process.

Understand the basics of GSLB and its benefits, like reducing application latency, supporting disaster recovery, and simplifying IT operations.