How to View and React without a Head

Join us for a hands-on workshop where we'll show you how to level up your React skills to build a high-performance headless website using Next.js, Sanity, and the JAMstack architecture. No prior knowledge of Next.js or Sanity is required, making this workshop ideal for anyone familiar with React who wants to learn more about building dynamic, responsive websites.
In this workshop, we'll explore how Next.js, a React-based framework, can be used to build a static website with server-side rendering and dynamic routing. You'll learn how to use Sanity as a headless CMS to manage your website’s content, create custom page templates with Next.js, use APIs to integrate with the CMS, and deploy your website to production with Vercel.
By the end of this workshop, you will have a solid understanding of how Next.js and Sanity.io can be used together to create a high-performance, scalable, and flexible website.

Localized content helps you connect with your audience in their preferred language. It not only helps you grow your business but helps your audience understand your offerings better. In this workshop, you will get an introduction to localization and will learn how to implement localization to your Contentful-powered Remix website.
Table of contents:
- Introduction to Localization
- Introduction to Contentful
- Localization in Contentful
- Introduction to Remix
- Setting up a new Remix project
- Rendering content on the website
- Implementing Localization in Remix Website
- Recap
- Next Steps

You may read already about Remix. You probably already used it, and recently you may hear a lot about the headless CMSs. In this quick course, we will put all the pieces together, and I will show you why Storyblok in combination with Remix is the best combo for your next project. Stop by and try it yourself!
Table of content: 
- Introduction to Remix, atomic design
&
the headless world
- Environment setup
- Creating pages and understanding how the dynamic routing splat routes works
- Future tips and Q
&
A
Prerequisite(s): Node.js installed, GitHub account.

During this crash course, we’ll create a new project in the headless CMS, create the content model and data using the Kontent.ai CLI. Then, we’ll use the content to build an Astro website including front-end components and rich text resolution using Portable Text.
This will be hands-on workshop, you’ll need VS Code, Git, NPM and basic knowledge of JavaScript. Don’t worry, I will explain all the steps as we advance through the workshop and you will be able to directly ask any questions.

In this workshop, we'll build out a fully functional website and integrated blog with Next.js and Strapi.
Table of contents:
- An introduction to Headless CMS and supported architectures
- Getting up and Running with Strapi and Next.js
- Integrating Blog functionality into a Next.js app
- Deploying your Next.js and Strapi Apps Bonus
- Implementing content previews with Next.js
Prerequisites:
Basic React Knowledge Basic knowledge of Node.js and npm Basic Web Concepts.

Node.js has become an increasingly popular language to build and deploy backend APIs. In a world of legacy CMSs adopting decoupled implementations, plenty of frameworks have sprung up to classify themselves as "headless" CMSs, designed from the start to provide an easy way to personalize content models, administer permissions and authentication, and serve a content API quickly.
Strapi, one of the leaders in this space, has recently released their v4 version of the framework, and with Platform.sh it can be deployed alongside a number of frontends within the same project, giving a drastically simplified development experience working with decoupled sites. In this workshop, we'll deploy a Strapi demo application, which has been configured to serve a restaurant review site.
Piece piece you will add database services, tests, and frontends, all within the safety of isolated development environments. At the end, each user will have a functioning decoupled site, and some greater understanding of working with decoupled sites in production.