Install vapor with Homebrew, MacPorts

Project links

• Homepage
• Repository
• Upstream docs
• Package manager page

Commands and aliases

• vapor

Project history

A major transition came with Vapor 3.0 in May 2018. Vapor's own release announcement on the Swift forums described Vapor 3 as a ground-up rewrite using Apple's SwiftNIO, shifting the framework toward non-blocking networking and aligning it with the Swift Server Work Group ecosystem. Vapor 4 followed with a stable release in April 2020 and became the long-lived generation documented by current Vapor docs. The core project remains MIT-licensed, hosted on GitHub, and visibly active; the GitHub project page lists more than 26,000 stars and hundreds of releases as of July 2026.

Adoption history

In package-nerd terms, `brew install vapor` is less about installing a server daemon and more about installing a project generator and workflow helper for Swift backend developers. Typical use is to scaffold a Vapor application, open the generated Swift package in Xcode or another editor, run locally with SwiftPM, and deploy like a normal Swift server process. Its adoption tracks the broader server-side Swift niche: strongest among Swift and iOS developers who want to reuse Swift, Codable models, and Swift tooling on backend APIs.

How it is used

The toolbox exists to make the framework ergonomic from a terminal. Swift.org's official Vapor web-service guide tells users to install the Vapor toolbox, create a project with `vapor new HelloVapor`, then build and run the generated Swift package. Vapor's docs describe the framework as a way to write backends, web apps, APIs, and HTTP servers in Swift, and its ecosystem includes routing, Codable content handling, Fluent ORM, Leaf templating, Redis support, authentication, queues, WebSockets, deployment guides, and SwiftPM/Xcode workflows.

In package-nerd terms, `brew install vapor` is less about installing a server daemon and more about installing a project generator and workflow helper for Swift backend developers. Typical use is to scaffold a Vapor application, open the generated Swift package in Xcode or another editor, run locally with SwiftPM, and deploy like a normal Swift server process. Its adoption tracks the broader server-side Swift niche: strongest among Swift and iOS developers who want to reuse Swift, Codable models, and Swift tooling on backend APIs.

Sources

• https://docs.vapor.codes/
• https://en.wikipedia.org/wiki/Vapor_(web_framework)
• https://forums.swift.org/t/vapor-3-0-released-ground-up-rewrite-using-swiftnio/12424
• https://github.com/vapor/vapor
• https://www.swift.org/getting-started/vapor-web-server/