The future will witness increased business demand for web app agility and scalability. Catering to them will require frameworks like Angular to evolve. Also, when developing the app, a web development company must integrate these advancements to empower businesses so they stand out.
Cut-throat and dynamic, the digital marketplace requires continuous development and evolution. Minko Gechev, the Angular Team head at Google, recognizes this need and seeks to address it by focusing on app performance and developer experience. He says,” We need to scale the performance and developer experience with the complexity of web applications, and we would also want to do that while providing a stable and reliable update path.”
In this blog, we will look at what this means and how it will influence the future of angular development.
Future Trends And Their Impact On Angular Development Services
How do businesses survive the rigors of a hyper-competitive digital landscape? By integrating upcoming web development trends. For Angular-backed websites, this translates into adopting the trends shaping the future of Angular development.
Micro Frontends and Module Federation
Micro frontends increase developer convenience by breaking up large applications into self-contained units. These units are simultaneously developed using separate frameworks or versioned dependencies if required.
However, currently, Angular has no official micro frontend library. But, most website development company developers use solutions like Webpack Module Federation or Single-SPA to integrate Angular into multi-framework ecosystems. For example, developers can configure Module federation using webpack.config.js:
// projects/shell/webpack.config.js
const ModuleFederationPlugin = require(‘webpack/lib/container/ModuleFederationPlugin’);
// Function to create shared configuration
const createSharedConfig = () => {
const angularModules = [‘@angular/core’, ‘@angular/common’, ‘@angular/router’];
const shared = {};
angularModules.forEach(module => {
shared[module] = { singleton: true, eager: true };
});
return shared;
};
module.exports = {
plugins: [
new ModuleFederationPlugin({
name: ‘shell’,
remotes: {
// Map remote micro frontends
auth: ‘auth@http://localhost:4201/remoteEntry.js’,
dashboard: ‘dashboard@http://localhost:4202/remoteEntry.js’,
},
shared: createSharedConfig(), // Use the dynamically created shared configuration
}),
],
};
Remotes help micro frontends expose a module, while Shared ensures consistency by allowing only one instance of Angular libraries to be loaded.
By 2025, official Angular documentation or CLI schematics are expected to simplify micro frontend creation. This will standardize the bootstrapping processes and allow teams to manage separate codebases seamlessly.
Standalone APIs and the Reduction of Boilerplate
Traditionally, Angular relies heavily on NgModules. However, the standalone component API, introduced in Angular v14 and improved in subsequent versions, will reduce NgModule overhead. This is an important development because Standalone APIs:
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Simplify web development architecture
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Enable faster onboarding of angular developers
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Enhance the potential for automated Tree-Shaking
To take the usage of standalone APIs further and reduce boilerplate, Angular might even default to standalone APIs, drastically simplifying the app setup process.
Ivy Advancements and Performance Optimizations
Introduced in Angular9, the Ivy rendering engine is an integral part of Angular web development. It allows an Angular development agency to enable more granular tree-shaking, improve debugging, and build a more flexible internal architecture. Future improvements in the Ivy rendering engine will optimize app performance further through:
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Incremental compilation
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Granular code splitting
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Better Minification
In Angular, the Ivy rendering engine serves as the core of its compilation and rendering pipeline. Hence, modern Angular development projects will automatically leverage Ivy in the future unless explicitly configured otherwise.
Signals: A New Reactive Paradigm
Angular introduced Signals in version 16. The idea was to help Angular developers manage the reactive state seamlessly. It completed and even replaced the more complex RxJS-based patterns in some scenarios.
What are Signals? They are simple variables that automatically track dependencies to re-run logic every time their values change. Given below is a small code snippet as sample.
import { Component, signal, effect } from ‘@angular/core’;
@Component({
standalone: true,
selector: ‘signal-counter’,
template: `
<section>
<h3>Current Value: {{ currentValue() }}</h3>
<button (click)=”increaseValue()”>Increase</button>
</section>
`
})
export class SignalCounterComponent {
currentValue = signal(0);
constructor() {
effect(() => {
console.log(`Value changed to: ${this.currentValue()}`);
});
}
increaseValue() {
this.currentValue.update(prev => prev + 1);
}
}
So, effectively speaking, a signal is a simple variable for storing reactive data, while the effect is a function that automatically re-runs whenever there is a change in any signal it references.
Signals vs. RxJS: A short note
RxJS remains the more powerful tool for developing complex streams or asynchronous workflows. Signals were introduced to reduce boilerplate in local state management.
In the future, Angular’s built-in reactive model will combine the best of both. Advanced use cases will still benefit from RxJS, while Signals will simplify the UI to provide a more streamlined experience.
Advanced SSR (Server-Side Rendering) and Jamstack Approach
All companies providing top-notch website development services leverage Angular Universal to generate server-rendered or pre-rendered content. As a result, websites built using Angular come with SEO benefits and load quickly. Looking ahead, Angular is likely to improve this approach through:
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Partial Hydration
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Edge Rendering
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Hybrid janstack
The objective is to improve time-to-interactive, lower latency further and bridge the gap between the rendering of static and fully dynamic content.
AI-Driven Development and Testing
In the future, AI usage will improve exponentially in workflow coding. Angular development will capitalize on this through deeper AI integrations for:
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Intelligent code generation
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Automatic refactoring
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Self-writing tests
This synergy will empower an Angular website development agency to build reliable applications in less time without compromising code quality.
Low-Code/No-Code Extensions for Angular
Enterprises are rapidly migrating towards low-code/no-code platforms. Angular will interface with solutions like Widget Toolkits, Form Builders, and RPA tools that integrate easily with BPM to cater to this development.
As a result, both will co-exist. Non-developers or semi-technical users will build basic UI workflows using low-code/no-code platforms. At the same time, Angular developers will maintain custom logic or business rules in a consistent and advanced architecture.
Security Best Practices in a Distributed Future
The abundance of data and information makes application security a critical concern. As large-scale applications prefer to leverage Angular development, it must also upgrade to include advanced features, particularly to:
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Improve cross-application security
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Implement sandboxing and iFrames
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Enhance code generation security
Hence, Angular will upgrade its built-in defenses like DomSanitizer and sanitized data binding to include more rigorous checks or integration of AI-based security analysis.
Conclusion
Angular is very popular because it is a resilient, flexible, and adaptable framework capable of meeting the evolving demands of modern web development. Being supported by a vibrant community and strong backing from Google will ensure Angular remains a frontrunner for front-end development. These advancements will empower companies offering Angular development services to efficiently build complex, large-scale, future-ready web applications that prioritize data protection and integrity.