Scottbrady91.com Website Review

Over the years I’ve experienced many opinions about the default IdentityServer4 storage libraries; however, no matter your views on entity framework, clustered indexes, and varchar lengths, if you have concerns with the defaults then my advice is always the same: IF YOU. HAVE DATABASE EXPERTISE IN-HOUSE, USE IT AND CREATE YOUR OWN STORAGE LAYER. Creating your own IdentityServer4 persistence store is very simple. There are only a handful of interfaces to implement, each with just a few read and write methods. They are not full repository layers, nor do they dictate database type or structure. So, let’s take a look and see what’s involved with implementing our own IdentityServer4 storage library.. Pas*words su*k. We all complain about them and constantly look for alternatives or add multiple factors to secure our user authentication. So why do many of us still use pas*words to authenticate our OAuth clients? After all, a client ID and client secret is just a username and pas*word with a different name. One of the easiest ways to remove the use of shared secrets for client authentication is to replace them with public-key cryptography by This flow makes use of signed JSON Web Tokens (JWTs) to simplify public-key cryptography, allowing us to use well known and established With the rising popularity of patterns such as microservices, it is becoming more and more common that the API that your client application is calling, isn’t the API that is going to be performing the requested functionality. Instead, you could be calling an API OAuth is all about delegation. It allows a client application to ask resource owner (a user) for permission to access a protected resource (an HTTP API) on their behalf. It is a delegation protocol. So, what happens when a client application communicates with a protected resource that itself then needs to interact with other protected resources? How do we keep this request acting on the user’s behalf? How do we do this securely without getting the user