Head-to-Head: NGXS vs Little State Machine Analysis


v3.8.1(5 months ago)

This package is actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 1Monthly npm downloads

@ngxs/store is a state management library for Angular applications. It provides a simple and intuitive way to manage the state of your application by using a centralized store and reactive principles. With @ngxs/store, you can easily define and update the state of your application, and automatically trigger UI updates when the state changes.

Alternatives: ngrx/store, Akita, ngx-model

Tags: javascriptangularstate-managementreactivedependency-injection


v4.8.0(about 1 year ago)

This package was last published over a year ago. It may not be actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 0Monthly npm downloads

little-state-machine is a lightweight state management library for JavaScript applications. It provides a simple and intuitive API for managing and sharing state across different components or modules in your application. With little-state-machine, you can easily create and update global state variables, subscribe to changes, and trigger actions based on state updates.

Alternatives: redux, mobx, vuex

Tags: javascriptstate-managementglobal-statelightweight



Both @ngxs/store and little-state-machine are state management libraries for JavaScript applications. However, they have different architectural approaches. @ngxs/store is specifically designed for Angular applications and follows a Redux-like architecture, providing a centralized store and actions for managing state. On the other hand, little-state-machine is a lightweight state management library that works with any JavaScript framework or library, including Angular, React, and Vue.js. It utilizes a global state object and hooks into component lifecycles to manage state.


Since @ngxs/store is built specifically for Angular, it provides seamless integration with Angular features and APIs. It leverages Angular's dependency injection system and can be easily integrated with Angular's change detection mechanism. On the other hand, little-state-machine can be used with any JavaScript framework, but it requires manual integration and does not provide direct integration with specific framework features.

Developer Experience

Both libraries offer a good developer experience, but @ngxs/store benefits from being tightly integrated with Angular. It provides extensive tooling and official documentation specifically tailored for Angular developers. little-state-machine, on the other hand, has a simpler API and can be used with any JavaScript framework, providing flexibility and ease of use.

Community and Popularity

@ngxs/store has a larger and more established community due to its direct integration with Angular. It has been widely adopted in the Angular ecosystem and has a larger number of contributors, which leads to a larger collection of third-party extensions and plugins. Although little-state-machine has a smaller community, it still enjoys a moderate level of popularity and has been well-received among developers who prefer a lightweight state management solution.


Both libraries can handle scalability well, but @ngxs/store provides more advanced features out-of-the-box for handling large and complex state management scenarios. Its support for state selectors, actions, and plugins makes it suitable for managing a wide range of state-related needs in large-scale applications. little-state-machine, being a lightweight library, may require additional customizations or extensions for handling more complex state management scenarios.


In terms of performance, @ngxs/store and little-state-machine are comparable. However, @ngxs/store has optimizations specifically tailored for Angular, such as leveraging Angular's change detection mechanism and supporting onPush change detection strategy, which can provide better performance in Angular applications. little-state-machine, being framework-agnostic, may not have these specific optimizations but still provides a lightweight and performant state management solution.