assemblylift VS auth0-java

AssemblyLift is an open platform for cloud-native application development. AssemblyLift provides a portable, function-oriented framework and WebAssembly-based runtime which can be deployed to AWS Lambda or Kubernetes. The AssemblyLift CLI generates HashiCorp Terraform infrastructure code from simple TOML definitions, and takes care of compiling and packaging functions and services for deployment. To make a clichéd comparison, think of it as Infrastructure on Rails 😛

Since our last post introducing the AssemblyLift v0.4-alpha series, we've had two new alpha releases which introduced some major additions & improvements!

Today we're making available the first alpha release of AssemblyLift v0.4. This initial release brings a few exiting improvements to AssemblyLift including

After nearly two years in part-time development, AssemblyLift has been through three major revisions, sitting now at v0.3.2.

In this guide we'll use AssemblyLift to deploy our Lambda function, and define our API and an authorizer. AssemblyLift is an open platform which allows you to quickly develop high-performance serverless applications. Service functions are written in the Rust programming language and compiled to WebAssembly. The AssemblyLift CLI takes care of compiling and deploying your code, as well as building and deploying all the needed infrastructure!

Normally what we've described above would be a pretty complicated set up (and a much longer article 😜). Luckily we can use AssemblyLift to do all the heavy work for us!

This article will walk through building and deploying a simple static site, served using AWS Lambda and API Gateway. To accomplish this we will use AssemblyLift, an open-source platform designed to quickly & easily accomplish such a task.

If you've never heard of it or just need a reminder, AssemblyLift is an open platform for developing cloud-native applications. At its core are the AssemblyLift Runtime and the AssemblyLift CLI. The runtime provides an environment for executing compiled WebAssembly (WASM) on infrastructure such as AWS Lambda, and is one of the more unique aspects of the platform which we'll dig into more below.

Service TOML definitions now support specifying authorizers by ID for each function. These map to API Gateway authorizers; currently only IAM and JWT are supported. See the pull request for examples.

Is there something I'm missing here? All I know is that my password to the site is kept by auth0.com and logging in from there doesn't do wonders. I'm not sure if any other site is even connected to this one. Please help, I need my fix on Character AI because it's the best AI chat I've been.

In this article, we'll explore how you can implement suspicious login detection in a Node.js app authenticated with Auth0 using Datadog impossible travel detection rules.

Then look up auth providers. I suggest https://auth0.com/

The animation I'm referring to is the sliding up text in the hero section

Protect endpoints using JWT security with a OpenID Connect IAM like Auth0 or Keycloak Optionally control access to endpoints using RBAC

Auth0

There's lots of great auth services nowadays, like AWS Cognito and Auth0 if you have a specific use case and need to spend time on the nitty-gritty details, or Userfront and similar services if you want standard auth that works out of the box.

Auth0 is an adaptable authentication and authorization platform. Auth0 takes out the pain of developing a full authentication system from scratch for your application and managing user credentials by yourself.

As others have said, Cognito is an option with Amazon. Another option is Auth0 (free for basic use, low cost for some other features depending on your needs. Authentication is free and secure.) https://auth0.com/