In our last Kong and Okta tutorial, we will implement a basic access control policy based on Okta’s groups and planes. This series will show you how to implement service authentication and authorization for Kong Konnect and Okta using the OpenID Connect (OIDC) plugin. Parts 1, 2 and 3 covered:
OIDC claims are a piece of information inserted about an entity. Name and picture are claim examples for users.
OIDC scopes are a group of claims.
In this tutorial, we'll define a new claim based on an Okta group. The claim will be included in all scopes defined. The OIDC plugin must check if the coming tokens have this specific claim to allow the Kong route consumption. Only users who are part of the Okta group will have the claim included in the token and will be able to consume the route.
In my example, I already created two users and a group. The group has only one member.
The new claim will be based on this group, so only its members will have permission to go through the Kong route.
The new Kong claim definition is based on the Kong group. It'll be included in any scope for each access token issued.
Let’s run a token preview to check the tokens and claim out. For the first request, we can try the user who’s not a Kong group member. As expected, the access token does not have a Kong claim inside of it.
If we try the other user that belongs to the Kong group, the access token will be different. Here’s the Kong claim inside our token.
Let’s check our Kong route with the OIDC plugin enabled. According to the parameters in the screenshot below, the plugin should check if the token has the Kong claim defined by Okta. So in this sense, the route should be consumed only by users who are members of the Kong group.
The new settings should be:
Let's have both users consume the route. The process will be similar to what we already did in Okta’s token preview process. For the first request, let's try the user who isn't in the Kong group. As expected, we shouldn’t be able to consume the route.
We are trying to consume the route, but since we don’t have any token injected inside our request, the API gateway redirects us to Okta to present our credentials.
And after getting authenticated, Okta is redirecting us back to the API gateway. However, since the token doesn’t have the claim inside it, the gateway says "forbidden" and won’t allow us to consume the route.
Let’s try the other user who is a member of the Kong group. Again, we try to consume the route, getting redirected to Okta, but we’re going to use the second user this time.
After getting authenticated, Okta redirects us back to the API gateway. This time, our token has the Kong claim we defined in Okta previously.
If we go to jwt.io, we will decode the JWT token and check the token and the claim inside it.
Start a free trial, or contact us if you have any questions as you're getting set up.
Once you've set up Konnect and Okta access control policies, you may find these other tutorials helpful:
Meet Emily. She’s an API product manager at ACME, Inc., an ecommerce company that runs on dozens of APIs. One morning, her team lead asks a simple question: “Who’s our top API consumer, and which of your APIs are causing the most issues right now?”
In the last two parts of this series, we discussed How to Strengthen a ReAct AI Agent with Kong AI Gateway and How to Build a Single-LLM AI Agent with Kong AI Gateway and LangGraph . In this third and final part, we're going to evolve the AI Agen
In my previous post, we discussed how we can implement a basic AI Agent with Kong AI Gateway. In part two of this series, we're going to review LangGraph fundamentals, rewrite the AI Agent and explore how Kong AI Gateway can be used to protect an LLM
This is part one of a series exploring how Kong AI Gateway can be used in an AI Agent development with LangGraph. The series comprises three parts: Basic ReAct AI Agent with Kong AI Gateway Single LLM ReAct AI Agent with Kong AI Gateway and LangGr
What Is RAG, and Why Should You Use It? RAG (Retrieval-Augmented Generation) is not a new concept in AI, and unsurprisingly, when talking to companies, everyone seems to have their own interpretation of how to implement it. So, let’s start with a r
In February 2024, Kong became the first API platform to launch a dedicated AI gateway, designed to bring production-grade performance, observability, and policy enforcement to GenAI workloads. At its core, Kong’s AI Gateway provides a universal API
In this article, which is based on my talk at VueConf Toronto 2023, we'll explore how to harness the power of Vue.js and micro frontends to create scalable, modular architectures that prioritize the developer experience. We'll unveil practical strate