Blog

Today we're launching something we've been quietly building for months: skills.boxlang.io — a public, agent-agnostic directory for AI skills covering BoxLang, ColdBox, TestBox, CommandBox, and the entire Ortus ecosystem.

Today we're releasing cbMCP, the official ColdBox MCP Server — a BoxLang-only module that turns your running ColdBox application into a fully-compliant Model Context Protocol (MCP) server. Plug in any MCP-capable AI client — Claude Desktop, VS Code Copilot, Cursor, Codex, Gemini CLI, OpenCode — and your AI assistant gets live, read-only introspection across the entire ColdBox platform: routing, handlers, modules, WireBox, CacheBox, LogBox, schedulers, interceptors, and async executors. 🎯

ColdBox CLI 8.11 is here, and it's one of the most significant releases we've shipped for AI-assisted development. This release wires the CLI directly into our brand new public skills directory at skills.boxlang.io, brings our AI tooling in line with industry-wide agent conventions, and introduces a wave of quality-of-life improvements that make AI integration feel less like setup and more like infrastructure.

Today we're shipping the initial release of the BoxLang Desktop Runtime — powered by Electron, BoxLang, and Vite. With one starter, one npm run dev, and one packaging command, you can build and distribute professional desktop applications for macOS, Windows, and Linux using the BoxLang you already know. 🎯

We are thrilled to announce ColdBox 8.1.0, a targeted minor release packed with powerful new features, important improvements, and critical bug fixes across ColdBox, WireBox, and CacheBox. While minor in version number, this release delivers some truly exciting capabilities — especially for BoxLang developers building AI-powered applications.

If you've been watching the AI-assisted development wave from the sidelines, wondering when it would actually matter for your ColdBox HMVC stack — the wait is over. The latest ColdBox CLI release ships a brand-new ai namespace that transforms how you and your team interact with coding agents like Claude, GitHub Copilot, Cursor, Codex, OpenCode, Gemini and many more.

This isn't a chatbot integration or a prompt template sitting in a README. This is a full framework-aware AI system built directly into your development workflow.

The most powerful, modern, and feature-rich release of ColdBox ever is now available!

After months of development and years of experimentation with new architectures, we're thrilled to announce ColdBox 8.0.0 - a release that fundamentally transforms how you build CFML applications. Whether you're creating REST APIs, full-stack web applications, microservices, or even desktop applications, ColdBox 8 brings groundbreaking capabilities that will supercharge your development workflow.

We are excited to announce the release of TestBox 6.3.0. This version emphasizes the all-new BoxLang Reporter, now with vibrant color outputs and seamless execution through BoxLang, improving the testing experience. To benefit from these improvements,** update now and ensure your testing remains reliable and efficient.**

We’re super excited to announce the release of TestBox 6.1.0! This release introduces native support for BoxLang without the need for a compatibility mode, unlocking new possibilities for developers embracing BoxLang’s dynamic capabilities. Alongside this exciting update, we’ve added valuable features, improved functionality, and resolved key issues to ensure a smoother and more robust testing experience. Dive into the details and see how TestBox 6.1.0 makes your testing even more seamless and efficient!

Introducing TestBox v6.0.0

TestBox 6.x is a major update to the testing framework, introducing key improvements like full support for BoxLang. With this release, users can write tests, specs, and harnesses directly in BoxLang. A new BoxLang CLI runner simplifies running specs and bundles without needing a web server. Additionally, the CLI now detects BoxLang projects, adds headless web server testing with the bx-web-support module, and includes dynamic assertion methods for cleaner test writing. Significant new features include environment helpers, display name annotations, and improved debugging and matcher functions.