We're proud to announce BoxLang 1.11.0, a highly focused performance and stability release that delivers measurable speed improvements across every BoxLang application, with zero code changes required. The team invested deeply in bytecode generation, class loading, lock management, and type casting to produce one of the most impactful runtime optimization releases to date. Alongside the performance wave, this release resolves critical concurrency bugs, hardens DateTime handling, and ships powerful new developer tooling.

We're excited to announce BoxLang AI v2.1.0, a major release that brings enterprise-grade features to your AI-powered applications. This release focuses on production readiness with multi-tenant usage tracking, scalable OpenSearch vector memory, complete AWS Bedrock integration, and simplified provider configuration.

We're excited to announce BoxLang 1.10.0, a feature-packed release that brings powerful functional programming capabilities, elegant loop syntax, and enterprise-grade distributed locking to the BoxLang runtime. This release represents a significant leap forward in developer productivity and application scalability.

One Year. 100+ Features. Unlimited Possibilities.

Just one year ago, in March 2024, we launched BoxLang AI 1.0. Today, we're thrilled to announce BoxLang AI v2—a massive leap forward that positions BoxLang as the most powerful and versatile AI framework on the JVM.

Happy New Year! The BoxLang team is excited to announce BoxLang 1.9.0, a significant stability and compatibility release focused on production-readiness thanks to our client migrations and new application deployments. This release also introduces array-based form field parsing conventions, enhanced datasource lifecycle management, improved context handling, and resolves over 50 critical bugs to ensure enterprise-grade reliability for mission-critical applications.

Welcome to DocBox v5! We didn't just update DocBox. We rebuilt it from the ground up.

DocBox v5.0.0 represents a complete architectural rewrite—modern syntax, blazing performance, and a stunning new look that finally brings API documentation into 2025. Gone are the clunky HTML pages of yesteryear. Say hello to a gorgeous, theme-driven single-page application that makes browsing your API docs feel like using a premium developer tool. We have also released a dedicated module for BoxLang: BX-DOCBOX. A fully interactive CLI tool for generating your docs from the command line using pure BoxLang.

New in BoxLang 1.8.0 - Say goodbye to verbose HTTP request building. BoxLang introduces a powerful fluent HTTP API that makes working with HTTP/S requests not just easier, but actually enjoyable.

The BoxLang team is excited to announce BoxLang 1.8.0, a massive release that revolutionizes HTTP capabilities, introduces comprehensive SOAP/WSDL integration, and delivers over 100 critical bug fixes for production-grade stability. This release focuses on modern web application development with fluent APIs, streaming support, persistent connection management, and extensive CFML compatibility improvements.

With the release of BoxLang 1.7, our primary focus has been on improving the performance of our parser and bytecode generation pipeline. This article presents a comparison of BoxLang’s compilation performance against the current CFML engines. Future benchmarks will include other languages under similar workloads, but our immediate goal is to deliver measurable performance improvements to the CFML ecosystem, helping organizations achieve greater efficiency while preserving their existing technology investments, and provide to them a modern alternative and future.

The BoxLang team is thrilled to announce the release of BoxLang 1.7.0, a landmark update that brings powerful new capabilities for modern web development, distributed systems, and AI-powered applications. This release introduces Server-Sent Events (SSE) for real-time streaming, a JDBC Cache Store for distributed caching, AST generation tools for code analysis, bytecode compatibility versioning, and significant performance improvements across the runtime.