🆚 Next.js vs. Vibe.d

Compare technologies based on real-world usage data *

Type

Frontend framework
Backend framework

About

Next.js is a React framework for building full-stack web applications that offers server-side rendering, static site generation, file-based routing, and built-in API routes.

It also supports incremental static regeneration (ISR) to update static pages without full rebuilds, automatic image optimization, fast refresh during development, and built-in TypeScript support.

Vibe.d is a high-performance toolkit written in D that provides asynchronous I/O, concurrency primitives, and a full web application framework.

It features a fiber-based pseudo-blocking model, built-in drivers for MongoDB and Redis, compile-time "Diet" templates, multi-threading with load balancing, exception-based error handling, routers, WebSockets, and session support.

Headquarters

San Francisco, California, United States

Website

Pricing

Free ✔️Open source
Free ✔️Open source

Categories

Frontend Frameworks › Rank #3
Backend Frameworks › Rank #4
Backend Frameworks › Rank #65

Popularity

Determined by the number of sites using each technology.

The Next.js frontend framework is 16,560 times more popular than Vibe.d.
Total websites

Market share

Backend Frameworks

Popularity by country

Determined by the number of sites detected from each country.

Next.js is more popular than Vibe.d in all countries.
United States
United Kingdom
Germany
India
Brazil
France
Netherlands
Japan
Russia
Australia

Awards

Popularity by domain category

Determined by the number of sites in each category.

Next.js is more popular than Vibe.d in all market segments.
Business
Marketing/Merchandising
Online Shopping
Internet Services
Travel
Entertainment
Education/Reference
General News
Finance/Banking
Software/Hardware

Top sites

Top-ranked sites that use these technologies.

Name
Rank
View more ➝
Name
Rank

See also

* According to recent studies, many of online reviews are fake.
When making your decision, it is better to rely on data that cannot be falsified.
Our service evaluates the popularity of technologies by the number of websites using them.

Statistics were last calculated on .
For details, see our methodology and disclaimer.