In this lesson, we'll take a step back to understand the differences between the tokens we're using, which are Opaque Access Tokens (OAT), and JSON Web Tokens (JWT). We'll discuss security, scalability, and what makes up each token.

In this lesson, we'll query all of our organization's access tokens and filter out any tokens that are expired. Then, we'll list the organization's tokens showing it's name, abilities, when it was created, and when it was last used.

In this lesson, we'll rig up the create access token route we created in the last lesson to a form within our Vue application. We'll also stub the overall manage access tokens card for the organization itself.

In this lesson, we'll add a route to the settings portion of our application allowing the user to create an opaque access token (OAT), with the desired permissions, for the active organization.

In this lesson, we'll restrict our routes to their applicable authentication guard. Ensuring our web routes can properly authorize using their role-based authorization and our API can properly authorize using our access token abilities.

In this lesson, we'll finish up our preparation work by creating a data transfer object (DTO) for our access tokens. Then, we'll define what our token abilities will be within our application's API.

In this lesson, we'll get opaque access tokens configured within our AdonisJS application on top of the already configured session/web authentication. This will include configuring the guard and setting up the db access token provider.

We'll cover the scope of this series and show some of the functionalities we'll be building throughout, which include an access token management panel, opaque access token authentication using an organization model, and building an API.

We'll get our web project cloned down. Then, we'll get it configured by first creating our database and running our migrations and seeder. Lastly, we'll get a test SMTP email inbox set up through MailTrap.

In this lesson, we'll quickly walk through the web application we've cloned down to get familiar with the data at play, how it's presented to the user, and the features at hand.

In this lesson, we'll take a high level look at our database's schema so that we have an understanding at the entities and models at play and how they relate to one another within our application.

In this lesson, we'll learn how to get TailwindCSS 4 installed and configured within a new AdonisJS 6 project using TailwindCSS' Vite plugin. We'll then discuss some of the key changes around configuring Tailwind within your project.

In this lesson, we'll cover the dump and die feature in AdonisJS 6, and how we can use it to easily inspect and debug state and other variables within our application.

In this lesson, we'll take a look at the new WhenVisible InertiaJS 2 component. This component uses an intersection observer to allow us to defer loading a prop's data until it is actually visible on the page.

In this lesson, we'll take a look at the new deferred props feature in InertiaJS 2. Deferred props allows us to delay a prop from loading until the page itself has mounted, which is great for slower queries or below the fold.

In this lesson, we'll learn how we can combine the new InertiaJS 2 features together, along with Lucid's pagination, to add infinite scrolling to our application. This is made super easily by the last new feature we'll dicuss, called merged props.

During this series, InertiaJS release version 2 consisting of minimal breaking changes and several new features. In this lesson, we'll upgrade our packages to the latest for both InertiaJS & AdonisJS.

In this lesson, we'll cover the new polling feature in InertiaJS 2 to see how we can use it to poll our server at an interval for updated information.

In this lesson, we'll take a look at the new prefetching feature in InertiaJS 2. We can use this feature to load the next page's data before the user even clicks on the link.

In this lesson, we'll create a second TailwindCSS configuration and CSS file specifically for our landing page, which we'll render with EdgeJS.