Single-table design is a powerful approach to modeling data in DynamoDB because it allows you to store all your data in one place. This approach can simplify your data model and reduce the number of tables you need to manage. In the traditional approach, you create a separate table for each entity in your application. For example, you might have a table for characters and a table for quests. Each table would have its own primary key and attributes.

DynamoDB is a fully managed NoSQL database service provided by AWS. It is highly available, scalable, and a great fit for applications that need to handle large amounts of data with low latency. DynamoDB is a key-value document database, meaning that it is schema-less and can store any kind of data. It is also a serverless service, so you don’t have to worry about managing and scaling servers. In this take, we will model data in DynamoDB using TypeScript.

AWS Fargate is a serverless compute engine that allows you to run containers without managing servers. With Fargate, you no longer have to provision clusters of virtual machines to run ECS containers: this is all done for you. Fargate has an Amazon ECS construct that can host an API. In this take, we will build a Fargate service using the AWS CDK, put the API in a docker image, and then host it inside Amazon ECS. The API will be a pizza API and we'll store the data in a DynamoDB table.

The AWS Cloud Development Kit (CDK) lets you build serverless applications with the expressive power of a programming language like TypeScript. The CDK defines cloud infrastructure in code and deploys via AWS CloudFormation. In this post, we will build a Lambda function, an AWS Gateway API, and an S3 bucket to upload CSV files. The API will take requests in JSON and seamlessly convert them to CSV format. We will use the AWS CDK in TypeScript to reliably deploy our app through AWS CloudFormation. Ready?

With Node.js and Express, you can easily create a JavaScript server. Then the obvious question would be, “Why Typescript?” While JavaScript remains the most popular scripting language, TypeScript emerges as a great alternative when your application becomes more complex or when you collaborate with a distributed team of developers.

In this post, we'll explain what server-side rendering (SSR) is and how it's different from the usual way websites work. We will run you through how to use SSR with Next.js, React, and TypeScript step-by-step. By the end, you'll know how SSR can make websites faster and better.

Learning encryption and decryption in TypeScript involves understanding cryptographic concepts and utilizing cryptographic libraries to perform secure encryption and decryption operations. In the digital age, data security has become paramount. Protecting sensitive information from unauthorized access has led to the widespread use of encryption and decryption techniques.

Have you recently felt your react codebase has become unmanageable and produces an exponential amount of bugs? If yes, using React as a standalone library might be the root of the problem. React codebase tends to expand quickly in the long run, making it harder for developers to maintain accuracy in the long run. One of the alternatives for building a sustainable codebase in React is to combine it with efficient programming languages such as Typescript.

Typescript is an open-source and type-centric programming language that is becoming increasingly popular amongst web developers and software engineers. As an improvement to the existing JavaScript language, Typescript has been designed to make development easier, faster, and more efficient. This functionality allows developers to write less repetitious, shorter, and reusable code. In this article, we will learn about advanced TypeScript types built from existing types to allow for code reuse.

In the previous part of this series, we optimized our Lambda function. However, our API is open to the public — anyone with the URL can use it and get a response. In this take, we are going to secure our API using a tool called Amazon Cognito. This will only allow authenticated users access to our endpoints. Ready? Let’s go!