React's new directions include React Forget and Server Components. React Forget is a compiler for automatically optimizing components. By analyzing code and generating optimization output at build time, it reduces the need to manually use useCallback or useMemo; its steps are: write regular code → compiler analysis → generate optimization results. Server Components allows some applications to render directly on the server, defining server components through naming conventions → accessing server resources → rendering into a special format to send to the client → client component interaction, thereby reducing the volume of the package and improving performance. Frameworks such as Next.js have been the first to support these features, such as App Router natively supporting Server Components, and Next.js beta testing React Compiler. These changes mark the evolution of the React ecosystem toward smarter tools and flexible component models.

React is definitely moving in some new directions, and two of the more noticeable ones are React Forget and Server Components. These aren't just experimental ideas anymore—they're actively being worked on and integrated into the broader React ecosystem.

What is React Forget?

Forget is a new compiler for React that's designed to automatically optimize your components by memoizing things like functions and values ??inside hooks. This means developers won't have to manually use useCallback or useMemo as much, because the compiler will handle it under the hood.

• You write regular React code
• The Forget compiler analyzes it during build time
• It generates optimized output without unecessary re-renders

This is a big deal because performance optimization today often requires careful attention and can be error-prone. With Forget, many common issues get handled automatically, which makes React easier and more efficient to use, especially for teams with varying experience levels.

Right now, Forget is still in development and not widely available outside of specific settings like React Canary buildings or early integrations in frameworks like Next.js.

Server Components Are Changing How We Build UIs

Server Components let you render part of your app directly on the server, but unlike traditional SSR (server-side rendering), these components can stream down incrementally and even maintain interaction once they reach the client.

The key idea is: not all components need to run on the client. Some data-heavy parts—like dashboards pulling internal data or admin panels—can stay server-only, reducing bundle size and improving performance.

Here's how this works practically:

• You define which components should run on the server using naming conventions (eg, *.server.js )
• Those components can access server resources directly (like databases or APIs)
• They got rendered into a special format and sent to the client
• Client components can still interact with them after hydration

This opens up possibilities for better performance and cleaner separation between backend logic and frontend views.

Frameworks Like Next.js Are Leading Adoption

If you want to try out Server Components or test Forget features today, tools like Next.js are where most of this is landing first. For example:

• App Router in Next.js supports Server Components out of the box
• React Compiler (Forget) is already being tested in beta versions of Next.js
• Streaming server-rendered content with React 18's React.lazy , Suspense, and Selective Hydration is also getting real-world use

So while core React doesn't ship Forget yet, the ecosystem is catching on fast, especially in full-stack frameworks.

These changes don't mean rewriting everything tomorrow, but they do signal a shift towards smarter tooling and more flexible component models. If you're building with React today, keeping an eye on Server Components and the React Compiler is worth it—it's shaping up to be the next major wave of how we build apps.

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