ContentBox RSS Feed https://www.ortussolutions.com Ortus Solutions, Corp (www.ortussolutions.com) http://www.rssboard.org/rss-specification FeedGenerator Mon, 09 Mar 2026 21:22:54 GMT Mon, 09 Mar 2026 21:22:54 GMT Many legacy CFML systems do not fail suddenly. Instead, they slowly become fragile. At first, the application works. Then small operational issues start appearing: unexpected slowdowns, random restarts, patches applied late at night, fixes that introduce new bugs. Eventually teams find themselves trapped in what many engineers call “hotfix hell.” This pattern is common in environments still running: Adobe ColdFusion 2021 or earlier ColdFusion 2018 or 2016 Lucee 5.4 or older By 2026 these platforms often sit at the center of business-critical applications while the surrounding ecosystem continues to evolve. The result is operational instability that grows over time. The Typical Pattern of Legacy CFML Systems Engineering teams working with older CFML stacks often begin to notice the same symptoms. The system technically works, but operating it becomes increasingly difficult. Common signs include: Unexpected slowdowns during peak traffic JVM memory pressure or unexplained crashes Application servers that require periodic restarts Deployments that feel risky and unpredictable None of these issues appear catastrophic individually. But together they indicate that the platform is becoming operationally fragile. The Restart Culture One of the most common patterns in legacy environments is what teams sometimes call “restart maintenance.” When something behaves strangely, the first response is often simple: “Restart the server.” Over time this becomes normal operational practice. The problem is that restarts only mask deeper issues such as: Memory leaks in long-running processes Thread contention Old libraries interacting poorly with newer JVM versions Configuration drift between environments Restarting may temporarily restore stability, but the underlying fragility remains. Memory Leaks and Aging JVM Environments Many older ColdFusion and Lucee environments still run on JVM configurations that were tuned years ago. Heap sizes, garbage collection strategies, and thread management settings may no longer match current workloads. As traffic grows or integrations increase, the JVM begins to struggle. Typical symptoms include: Gradual memory growth over time Increased garbage collection pauses Intermittent crashes under load Performance degradation after several days of uptime These issues often trigger reactive fixes instead of structural improvements. Manual Deployments Increase Risk Another major contributor to fragility is the deployment process. In many legacy environments: Deployments are manual Configuration changes are applied directly on servers Rollbacks are difficult Environments drift from each other This makes every release feel risky. When deployments are stressful, teams naturally slow down release cycles. Over time this reduces delivery velocity and increases pressure on each release. Why Every Fix Creates a New Problem In fragile systems, fixes rarely remain isolated. A change intended to resolve one issue can trigger new problems elsewhere because: Dependencies are outdated Architecture has grown organically over many years Documentation is incomplete Tests do not cover critical scenarios Engineering teams then apply another patch to fix the new issue. This cycle creates layers of fixes, each increasing system complexity and making the system harder to maintain. Eventually teams spend more time stabilizing the system than improving it. The Real Problem Is Not the Bug The core issue is rarely a single defect. Instead, it is structural aging of the platform. When the runtime, dependencies, infrastructure, and deployment processes have not evolved together, operational friction accumulates. This is why teams often feel they are constantly firefighting even when the business logic itself remains stable. Escaping Hotfix Hell Without Rewriting Everything The good news is that escaping this cycle does not require rewriting the entire application. Most organizations succeed by introducing modernization in phases. Typical improvements include: Upgrading to a modern supported runtime Aligning with current JVM versions Introducing CI/CD pipelines Containerizing deployments gradually Improving observability and logging These steps stabilize operations first. Only later do teams refactor or modernize deeper parts of the system. The goal is to restore predictability so engineering teams can focus on delivering features instead of managing instability. Modernization Paths: Upgrade, Stabilize, or Evaluate Alternatives Once teams recognize the operational fragility created by legacy runtimes, the next step is deciding how to move forward. In most cases, organizations consider one of three paths. Upgrade within the current platform Some teams choose to remain with their existing vendor and upgrade to a supported version. This can reduce immediate security exposure and extend the lifespan of the platform. Stabilize and modernize the existing stack Others focus on improving the operational foundation first by upgrading the JVM, introducing CI/CD pipelines, improving observability, and gradually modernizing the application architecture. This approach often delivers stability without forcing a large rewrite. Evaluate modern CFML runtimes An increasing number of organizations are also exploring modern runtimes designed for today’s JVM ecosystem. Platforms such as BoxLang aim to provide a modern dynamic language environment for the JVM while maintaining compatibility with existing CFML applications. This allows teams to modernize infrastructure, improve performance, and adopt modern DevOps practices without rewriting core business logic. The Most Important Step: Make a Conscious Decision The biggest risk for most organizations is not choosing the wrong modernization path. It is not choosing at all, allowing operational fragility to grow until a major outage, audit failure, or security incident forces urgent action. Whether the right strategy is: upgrading within your current platform modernizing your existing architecture or evaluating newer runtimes such as BoxLang the key is making an informed decision based on the real operational risks of your environment. If your team wants an objective review of your current platform and possible paths forward, Ortus Solutions can help you evaluate your options and define a practical modernization strategy. https://www.ortussolutions.com/blog/hotfix-hell-why-legacy-coldfusion-systems-become-operationally-fragile Mon, 09 Mar 2026 15:24:00 GMT cristobal@ortussolutions.com (Cristobal Escobar) https://www.ortussolutions.com/blog/hotfix-hell-why-legacy-coldfusion-systems-become-operationally-fragile The IntelliJ ecosystem is one of the most powerful development environments for JVM developers. Today, we’re excited to introduce the official BoxLang IDE plugin for IntelliJ, bringing modern BoxLang development directly into the JetBrains IDE family. Whether you're building new BoxLang applications or maintaining existing CFML codebases, this plugin gives you first-class tooling inside IntelliJ. Installing the Plugin Installing the plugin is easy from the JetBrains Marketplace. Open Settings → Plugins Search for BoxLang IDE Click Install Restart IntelliJ Or install directly from the marketplace: 👉 https://plugins.jetbrains.com/plugin/30311-boxlang-ide Key Features The IntelliJ plugin brings powerful development features for both BoxLang and CFML developers. 🎨 BoxLang Syntax Highlighting Full syntax highlighting for BoxLang source files makes your code easier to read and maintain. Features include: Tokenized syntax highlighting Language-aware formatting Support for modern BoxLang syntax 🧰 BoxLang Project Creation Quickly bootstrap a new BoxLang project directly from the IntelliJ project wizard. This allows you to: Create a new BoxLang application structure Configure runtimes quickly Start coding immediately 🧠 Language Server (LSP) Support The plugin integrates with the BoxLang Language Server, enabling advanced development features: IntelliSense / code completion Hover documentation Go to definition Find references Inline diagnostics and errors 🐞 Debugging Support Debug your BoxLang applications directly inside IntelliJ. The plugin supports: Breakpoints Step-through debugging Variable inspection Call stack navigation 🧪 TestBox Integration Run and debug TestBox tests without leaving your IDE. Benefits include: Running tests from IntelliJ Viewing results inline Faster test-driven development workflows 🔵 CFML Syntax Highlighting The plugin also includes syntax highlighting for CFML, making it easier to work in mixed environments. This is particularly useful for teams that are: Migrating CFML applications to BoxLang Maintaining legacy codebases Working with hybrid projects Designed for the JVM Ecosystem BoxLang is built for the JVM and integrates naturally with Java-based tooling and workflows. That means IntelliJ users get: Familiar workflows Powerful navigation Rich plugin ecosystem Seamless integration with JVM tooling Get Started Today Ready to try BoxLang in IntelliJ? 👉 Install the plugin: https://plugins.jetbrains.com/plugin/30311-boxlang-ide 👉 Learn more about BoxLang: https://boxlang.io Feedback Welcome We’re actively improving the plugin and would love your feedback. Open issues Submit feature requests Contribute improvements Let’s make BoxLang development on IntelliJ world-class. https://www.ortussolutions.com/blog/introducing-the-boxlang-ide-plugin-for-intellij Fri, 06 Mar 2026 23:27:00 GMT lmajano@ortussolutions.com (Luis Majano) https://www.ortussolutions.com/blog/introducing-the-boxlang-ide-plugin-for-intellij We’re excited to announce that the team behind BoxLang will be attending JavaLand 2026 as Startup Sponsors! From March 10–12, 2026, the Java community will gather at Europa-Park for one of the most unique and immersive developer conferences in Europe. With nearly 130 presentations across multiple tracks, workshops, and community activities, JavaLand brings together developers, architects, and technology leaders from across the JVM ecosystem. For the BoxLang team, this is a fantastic opportunity to connect with the Java community and continue our mission: modernizing software development on the JVM while empowering developers with productive, flexible tools. https://www.ortussolutions.com/blog/boxlang-is-heading-to-javaland-2026 Fri, 06 Mar 2026 19:29:00 GMT mherrera@ortussolutions.com (Maria Jose Herrera) https://www.ortussolutions.com/blog/boxlang-is-heading-to-javaland-2026 ColdFusion applications still power critical systems across industries. From universities and healthcare platforms to financial services and enterprise internal tools, CFML continues to run many systems organizations depend on every day. But there’s a growing challenge many teams are quietly facing: Finding experienced CFML developers is getting harder. And when internal teams are already stretched thin, even small projects or performance issues can quickly turn into operational bottlenecks. Let’s look at why the CFML talent gap is real — and how organizations are scaling their ColdFusion teams without committing to full-time hiring. The Hiring Challenge: CFML Talent Is Specialized ColdFusion development sits at a unique intersection: CFML language expertise JVM ecosystem knowledge Database performance experience Infrastructure awareness (Tomcat, Java, cloud environments) Often legacy system understanding That combination makes experienced developers valuable — but also relatively scarce in the hiring market. Many organizations discover this the hard way. A job posting stays open for months. Candidates are difficult to evaluate. And when someone with real experience does appear, competition is high. For teams already managing production systems, waiting six months for the right hire isn’t always realistic. The Hidden Risk: When the Only CFML Expert Leaves A scenario we encounter frequently is what teams jokingly call the “single point of knowledge.” One senior developer built or maintained the application for years. They understand: The architecture The integrations The deployment process The hidden workarounds in the code When that person leaves, the organization suddenly realizes how much institutional knowledge disappeared with them. New developers can eventually learn the system — but the transition period can be risky. Projects slow down. Performance issues linger longer. Small changes take much longer to implement. Internal Teams Are Often Overloaded Even when companies do have CFML developers internally, their workload is often already full. They are responsible for: Maintaining production systems Responding to incidents Supporting internal users Managing integrations Handling infrastructure updates Adding modernization initiatives, performance optimization, or architectural improvements on top of that workload can stretch teams beyond what’s realistic. The result isn’t lack of effort. It’s lack of available capacity. Why Hiring Full-Time Isn’t Always the Right Move Hiring a full-time developer makes sense when long-term workload justifies it. But many ColdFusion initiatives are: Project-based Temporary bursts of work Migration or upgrade efforts Performance optimization phases Architecture improvements Once those initiatives are complete, organizations may not need the same level of staffing. That’s why many teams are turning to a more flexible model. Sprint-Based Staff Augmentation Instead of hiring full-time developers, some organizations augment their internal teams with experienced CFML engineers for specific initiatives. This can include: Performance optimization ColdFusion upgrades Security audits and remediation CI/CD implementation Architecture refactoring API and integration work Augmentation works best when it integrates directly with the existing team. External engineers collaborate through: Sprint planning Code reviews Shared repositories Existing deployment pipelines The goal is not replacing the internal team. It’s increasing their capacity. The Advantage of Nearshoring Another important factor is time zone alignment. Traditional offshore models can introduce: Communication delays Long feedback loops Scheduling challenges Cultural differences in development workflows Nearshoring addresses many of those challenges. Working with teams in compatible time zones allows: Real-time collaboration Faster issue resolution Easier sprint coordination More natural communication For development teams managing live production environments, that responsiveness can make a significant difference. Knowledge Transfer Matters One common concern organizations have with external help is dependency. The right augmentation model does the opposite. Instead of creating dependence, it should strengthen the internal team through: Shared documentation Code walkthroughs Pair programming Architecture discussions Knowledge transfer Over time, this helps organizations reduce risk while improving internal capability. Scaling Without Disrupting Your Team Staff augmentation and nearshoring allow organizations to: Scale engineering capacity quickly Address performance or security issues faster Deliver modernization projects sooner Reduce risk from knowledge gaps Support internal developers without overwhelming them Most importantly, it allows teams to maintain momentum without waiting months for hiring processes to complete. Final Thought ColdFusion is still powering many important systems. But the talent market around CFML is smaller and more specialized than it once was. Organizations that rely on these systems need flexible ways to support them. Sometimes that means hiring internally. Other times it means temporarily extending your team with the right expertise. What matters is ensuring your applications — and the teams responsible for them — have the capacity to move forward. Need Extra CFML Expertise? If your team is facing: Difficulty hiring ColdFusion developers Temporary project overload A knowledge gap after a senior developer left Upcoming upgrades or performance initiatives Ortus Solutions provides ColdFusion staff augmentation and nearshore engineering support designed to integrate directly with your team. Whether it’s a short-term project or ongoing collaboration, we can help you expand capacity without the complexity of full-time hiring. If you’d like to explore how that might work for your organization, feel free to reach out. We’re always happy to start with a conversation. https://www.ortussolutions.com/blog/the-cfml-talent-gap-is-real-scale-your-coldfusion-team-without-hiring-full-time Fri, 06 Mar 2026 11:00:00 GMT cristobal@ortussolutions.com (Cristobal Escobar) https://www.ortussolutions.com/blog/the-cfml-talent-gap-is-real-scale-your-coldfusion-team-without-hiring-full-time Into the Box 2026 is officially on the horizon, and it’s shaping up to be our most impactful conference yet. Our mission this year is simple: **Make modernization approachable for everyone.** Whether you’re a seasoned ColdFusion veteran or a developer just starting your BoxLang journey, we’ve priced this event to ensure the entire community can join us in person. https://www.ortussolutions.com/blog/discover-the-tools-tricks-and-techniques-every-modern-cfml-and-boxlang-developer-needs Thu, 05 Mar 2026 19:17:44 GMT vcampos@ortussolutions.com (Victor Campos) https://www.ortussolutions.com/blog/discover-the-tools-tricks-and-techniques-every-modern-cfml-and-boxlang-developer-needs How German companies running Lucee and CFML can evolve toward cloud-native JVM platforms Across Germany, many enterprises rely on Lucee and CFML-based applications to run critical internal systems, customer portals, and business workflows. Germany has one of the most active Lucee communities in Europe, supported by long-standing adoption of CFML across industries such as: Manufacturing Logistics Financial services Public sector platforms Enterprise web applications Lucee has proven to be a powerful open-source alternative to Adobe ColdFusion. However, as German enterprises accelerate cloud adoption, many teams are now asking a broader question: How do we evolve Lucee and CFML systems toward modern JVM architectures without rewriting everything? Why Lucee Became Popular in Germany The strong Lucee adoption in Germany emerged for several reasons. First, organizations wanted an alternative to Adobe ColdFusion licensing costs. Second, Lucee provided an open-source CFML runtime that allowed companies to maintain existing applications while reducing vendor lock-in. Third, many German engineering teams appreciate the flexibility of the JVM ecosystem, which allows CFML applications to integrate with Java libraries, microservices, and enterprise systems. As a result, thousands of legacy CFML systems running on Lucee still power important business platforms in Germany today. The New Challenge: Cloud-Native Expectations While Lucee remains a reliable runtime, many German enterprises are now modernizing their infrastructure toward cloud-native architectures. Organizations are increasingly adopting: Kubernetes clusters containerized deployments GitOps pipelines microservices architectures observability stacks with OpenTelemetry Legacy CFML platforms were not originally designed for these environments. Common challenges include: monolithic application structures manual deployments limited CI/CD pipelines lack of container-ready configurations difficulty scaling workloads dynamically For German enterprises embracing cloud migration strategies, these limitations can slow innovation. The Opportunity: Modern JVM Architectures Because CFML and Lucee run on the JVM, they are uniquely positioned for modernization. Instead of replacing applications entirely, organizations can progressively evolve their systems toward modern JVM architectures. This may include: modularizing monolithic CFML applications introducing containerized deployments integrating with Java-based microservices adopting modern CI/CD pipelines implementing observability and monitoring platforms This approach allows German enterprises to modernize their systems while preserving existing investments in CFML applications. Where BoxLang Fits in the Evolution One of the newest developments in the CFML ecosystem is BoxLang, a modern dynamic language designed for the JVM. BoxLang offers: strong compatibility with existing CFML code modern language features improved cloud-native capabilities better alignment with containerized and serverless environments For organizations currently running Lucee or legacy ColdFusion systems, BoxLang provides a forward-looking path that preserves existing business logic while enabling modernization. Rather than forcing a disruptive rewrite, teams can progressively transition components toward newer runtimes and architectures. A Practical Cloud-Native Strategy for German Enterprises For many companies in Germany, the most effective approach to CFML modernization involves several stages: 1. Platform and Architecture Assessment Evaluate the current Lucee or ColdFusion environment, including dependencies, JVM configuration, and infrastructure. 2. Stabilization and Modernization Upgrade runtimes, remove obsolete components, and refactor critical modules. 3. Cloud-Native Enablement Introduce containerization, Kubernetes orchestration, and automated CI/CD pipelines. 4. Progressive JVM Evolution Integrate modern JVM services, microservices, and new development using BoxLang where appropriate. This strategy allows German enterprises to move toward modern infrastructure while maintaining stability and operational continuity. Why German Enterprises Are Taking a Gradual Approach In industries such as manufacturing, logistics, and finance, systems built on CFML often support critical operations. Because of this, a full rewrite is rarely the safest path. A progressive modernization strategy allows organizations to: reduce technical debt improve performance and scalability enable cloud-native infrastructure reduce vendor lock-in extend the lifespan of legacy applications Most importantly, it allows modernization without interrupting mission-critical systems. Final Thoughts Germany has one of the strongest Lucee and CFML ecosystems in Europe. But as enterprises continue their shift toward cloud-native infrastructure and modern JVM architectures, legacy platforms must evolve to remain sustainable. By combining Lucee modernization, cloud-native architecture, and forward-looking technologies like BoxLang, German enterprises can build a stable bridge between legacy systems and the next generation of cloud platforms. The path forward is not a rewrite. It is progressive modernization on the JVM. Contact us. https://www.ortussolutions.com/blog/from-lucee-to-modern-jvm-architectures-for-german-enterprises Wed, 04 Mar 2026 22:24:00 GMT cristobal@ortussolutions.com (Cristobal Escobar) https://www.ortussolutions.com/blog/from-lucee-to-modern-jvm-architectures-for-german-enterprises 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. https://www.ortussolutions.com/blog/boxlang-1110-release Wed, 04 Mar 2026 12:41:00 GMT vcampos@ortussolutions.com (Victor Campos) BoxLang Community Into The Box News Releases https://www.ortussolutions.com/blog/boxlang-1110-release This month in the Ortus Solutions ecosystem was marked by major releases, enhancements to core tools like BoxLang and ColdBox, and strategic content focused on modernization, security, performance, and team optimization. https://www.ortussolutions.com/blog/ortus-boxlang-feb-recap-2026 Tue, 03 Mar 2026 20:45:00 GMT vcampos@ortussolutions.com (Victor Campos) https://www.ortussolutions.com/blog/ortus-boxlang-feb-recap-2026 For two decades, the JVM has powered some of the most important systems in the world... https://www.ortussolutions.com/blog/what-if-the-jvm-felt-lightweight-again Mon, 02 Mar 2026 15:12:00 GMT vcampos@ortussolutions.com (Victor Campos) https://www.ortussolutions.com/blog/what-if-the-jvm-felt-lightweight-again Welcome back to our series on SocketBox the premier WebSocket module for CommandBox and the BoxLang runtime! https://www.ortussolutions.com/blog/socketbox-security-authentication-and-authorization Fri, 27 Feb 2026 18:44:30 GMT vcampos@ortussolutions.com (Victor Campos) https://www.ortussolutions.com/blog/socketbox-security-authentication-and-authorization APIs, OAuth, SSO and Cloud Services in a Modern Architecture For many organizations, legacy CFML applications still run core business processes reliably. They generate revenue, process transactions and support customers every day. The problem is not always stability. The problem is velocity. Over time, older ColdFusion or Lucee environments begin to limit what the organization can build next. Not because the business lacks vision, but because the underlying platform cannot easily support modern architectural patterns. Below are the most common ways legacy CFML stacks quietly block innovation. 1. OAuth and Modern Identity Are Harder Than They Should Be Modern systems assume: OAuth 2.0 OpenID Connect SSO across cloud platforms External identity providers In legacy CFML environments, implementing these standards often requires: Custom workarounds Outdated libraries Complex security configurations Manual token management When authentication becomes a project instead of a configuration, integration timelines stretch. Security risk increases. Roadmaps slow down. Identity should be infrastructure, not friction. 2. Modern APIs Don’t Always Play Nicely with Old Runtimes Many SaaS platforms and enterprise tools now require: Modern TLS versions Updated HTTP clients Recent Java dependencies Jakarta namespace compatibility Older ColdFusion or Lucee versions frequently run on outdated JVMs. That creates incompatibilities with: Payment providers CRM systems Cloud storage APIs Messaging platforms AI services Teams end up writing wrappers and patches instead of shipping features. Innovation becomes translation work. 3. Java and Jakarta Misalignment Creates Hidden Barriers The Java ecosystem has evolved rapidly. Many libraries now depend on: Newer JVM versions Jakarta EE namespace updates Updated dependency management Legacy CFML stacks tied to older Java versions struggle to adopt these improvements. That means: Security libraries fall behind Observability tools cannot be integrated Modern frameworks are unavailable The result is architectural isolation. Your application becomes harder to extend. 4. Lack of CI/CD Slows Experimentation Innovation depends on rapid iteration. In many legacy environments: Deployments are manual Infrastructure is not containerized Tests are incomplete or missing Rollbacks are risky When every release feels fragile, teams naturally become cautious. Refactoring slows down. Feature releases are batched. Experimentation declines. The platform dictates the pace of innovation. 5. Cloud Adoption Becomes Complicated Modern roadmaps often include: Containerization Infrastructure as Code Horizontal scaling Observability and metrics Cloud-native services Legacy CFML environments frequently lack: Clean separation of concerns Stateless design Proper logging and monitoring Deployment automation As a result, cloud migration becomes a large, disruptive project instead of an incremental evolution. The Strategic Impact: Roadmap Compression When integration is harder than it should be, when security configuration requires custom effort, and when deployments are fragile, the roadmap shrinks. Not because ideas are lacking. But because the platform cannot support them efficiently. This is where legacy risk shifts from operational to strategic. It is no longer just about patching vulnerabilities. It is about whether your technology foundation supports growth. Moving from Constraint to Agility Modernizing a CFML application does not necessarily mean rewriting everything. It can mean: Upgrading to a modern, supported runtime Aligning with current JVM standards Introducing CI/CD gradually Containerizing workloads in phases Improving observability before scaling A phased strategy allows organizations to reduce risk while unlocking new architectural capabilities. The goal is not change for its own sake. The goal is restoring agility. If you are evaluating whether your current CFML platform is supporting or constraining your roadmap, a structured technical assessment can provide clarity before major decisions are made. From legacy risk to modern agility. Contact us. https://www.ortussolutions.com/blog/why-legacy-cfml-applications-block-innovation Fri, 27 Feb 2026 11:57:00 GMT cristobal@ortussolutions.com (Cristobal Escobar) https://www.ortussolutions.com/blog/why-legacy-cfml-applications-block-innovation ColdFusion applications are often stable for years. They keep running. They serve users. They “just work.” And that stability creates a dangerous illusion: “If nothing’s broken, we must be secure.” In mature CFML environments — especially those running Adobe ColdFusion 2021, Adobe ColdFusion 2018, Adobe ColdFusion 2016, Adobe ColdFusion 11, Lucee 5.4, or Lucee 5.3 or older — risk rarely appears as a dramatic failure. It accumulates quietly. Here are seven hidden risks we repeatedly uncover when auditing long-running ColdFusion and Lucee environments. 1. Unpatched or End-of-Support Servers As of February 2026: Adobe ColdFusion 2025 and 2023 → Current and fully supported Adobe ColdFusion 2021 → Core support ended November 2025 (extended support phase) Adobe ColdFusion 2018 → End of support July 2024 Adobe ColdFusion 2016 and 11 → Long out of support Lucee 6.x → Current baseline Lucee 5.4 (LTS) → Security update window ended December 31, 2025 Lucee 5.3 or older → End-of-life If you’re running Adobe ColdFusion 2018, Adobe ColdFusion 2016, Adobe ColdFusion 11, Lucee 5.3, or even Lucee 5.4 in 2026, you are operating outside active long-term security maintenance. And even Adobe ColdFusion 2021, now past core support, requires a proactive security strategy. Being “stable” is not the same as being protected. 2. Outdated TLS and Weak Cipher Suites Many CFML environments still: Allow TLS 1.0 or 1.1 Enable weak cipher suites Use outdated Java versions Run on older Tomcat configurations These issues don’t break functionality. But they will fail: Penetration tests Security audits PCI/GDPR compliance reviews Security exposure often lives in the JVM and connector layer — not just in CFML code. 3. Exposed or Poorly Hardened CF Administrator We still encounter environments where: The ColdFusion Administrator is publicly accessible Default ports remain open No IP restrictions are enforced Weak admin credentials persist Debugging settings are enabled in production A hardened ColdFusion or Lucee server means: Locked-down admin access Disabled unnecessary services Enforced strong TLS configuration Controlled service accounts Strict file-system permissions Hardening is not a checkbox. It’s a structured review of the full runtime. 4. Logs That No One Reviews Logging is not security. Monitoring is security. In many mature environments: Logs are written but never reviewed No centralized logging exists No anomaly detection is configured No alerts trigger on suspicious behavior If your team only finds out something is wrong when users complain, you don’t have observability — you have reaction. 5. Configuration Drift Across Environments Production rarely matches staging. Staging rarely matches development. Over time: JVM arguments change Patch levels diverge Data source settings differ Session storage behaves inconsistently This configuration drift creates silent security gaps and unpredictable behavior. A ColdFusion Security Audit identifies and aligns those differences before they become incidents. 6. Legacy Features Still Enabled Older CFML applications often rely on: Legacy UI tags (cfgrid, cfform, cfmenu) Verity search Report Builder Flash/Flex remnants COM/.NET integrations Exchange and SharePoint connectors These components may no longer be maintained or fully compatible with modern JVM or security standards. Risk doesn’t just come from what you wrote. It comes from what you forgot was still enabled. 7. No Formal Security Baseline Many organizations assume: “We installed ColdFusion years ago and haven’t had issues.” But installation is not ongoing security management. A mature CFML environment should have: Documented server configuration Verified patch history Validated TLS/JVM configuration Hardened admin access Controlled CI/CD pipeline Monitoring and alerting Backup and disaster recovery plan Without a formal review, you are relying on inertia — not assurance. What “Hardening” Actually Means Hardening is not simply applying a cumulative update. A proper ColdFusion or Lucee hardening process includes: Patch and version validation JVM tuning and security review TLS and certificate validation Admin lockdown and port restriction Data source security review File-system permission checks Log and monitoring validation Infrastructure segmentation review Security is layered. And most breaches happen in the layers no one reviewed. Why Mature Environments Are Often Higher Risk The paradox is this: The longer a ColdFusion environment runs, the more configuration drift accumulates. Not because teams are careless — but because production evolves. New integrations. New developers. New compliance requirements. New infrastructure. Without periodic review, yesterday’s secure baseline becomes today’s exposure. Security Isn’t Optional. It’s Continuous. If you are currently running: Adobe ColdFusion 2021 Adobe ColdFusion 2018 Adobe ColdFusion 2016 Adobe ColdFusion 11 Lucee 5.4 Lucee 5.3 or older it is worth verifying your real security posture — not assuming it. No alarmism. Just clarity. Not Sure Where You Stand? If you’re unsure whether your CFML environment is properly: Patched Hardened Monitored Configured Compliant let’s talk. At Ortus Solutions, our ColdFusion and Lucee Security Audits provide: A structured technical review Clear risk prioritization Actionable remediation steps Minimal operational disruption If you have questions — or simply want confirmation that your environment is aligned with modern security standards — reach out. A short conversation now is far easier than explaining an avoidable breach later. https://www.ortussolutions.com/blog/coldfusion-security-isnt-optional-7-hidden-risks-lurking-in-mature-cfml-environments Thu, 26 Feb 2026 18:18:00 GMT cristobal@ortussolutions.com (Cristobal Escobar) https://www.ortussolutions.com/blog/coldfusion-security-isnt-optional-7-hidden-risks-lurking-in-mature-cfml-environments We're excited to announce the official BoxLang Homebrew tap — the easiest way to get BoxLang up and running on macOS (and Linux with Homebrew). One command, and you're in business. https://www.ortussolutions.com/blog/boxlang-homebrew-installer-released Thu, 26 Feb 2026 12:19:00 GMT lmajano@ortussolutions.com (Luis Majano) BoxLang Cloud ColdFusion Hosting News OpenSource https://www.ortussolutions.com/blog/boxlang-homebrew-installer-released The Problem Nobody Puts on the Roadmap Most engineering teams using Java, Kotlin, Groovy, Scala, or Clojure don’t say: “Our build system is the problem.” Instead, they say: “CI is just slow.” “Gradle sometimes breaks after upgrades.” “SBT takes forever.” “Kotlin compilation is heavy.” “Classpath issues again?” “Why did this pass locally but fail in CI?” But here’s the uncomfortable truth: Your JVM build pipeline may be silently slowing down your entire organization. And unlike a production outage, this problem doesn’t trigger alarms. It just slowly erodes productivity. The Hidden Cost of Slow JVM Builds Let’s do simple math. If your: Java Spring Boot project takes 8–12 minutes in CI Kotlin project struggles with kapt or Gradle configuration time Scala monorepo takes 15–20 minutes due to SBT + Zinc Groovy/Gradle DSL has fragile plugin interactions Clojure project hits dependency resolution inconsistencies And you deploy 8–10 times per day… You’re burning hours of engineering time daily. Multiply that by: 10 engineers 220 working days Fully loaded salaries Slow JVM builds are not a nuisance. They are a structural tax on innovation. Dependency Hell Is Still Real in 2025 Despite improvements in: Maven Gradle SBT Leiningen / deps.edn Kotlin DSL Spring Boot dependency management We still see: Version conflicts Transitive dependency surprises Classpath mismatches Illegal reflective access warnings Annotation processor conflicts Plugin compatibility breakage “Works on my machine” builds Even modern stacks like: Kotlin + Ktor Scala + Cats Effect or ZIO Groovy + Grails Clojure + Ring Java + Spring Boot 3 …are not immune. The larger the monorepo. The more microservices you have. The more fragile your dependency graph becomes. Why This Happens on the JVM The JVM ecosystem is powerful — but layered. You’re not just compiling code. You’re orchestrating: Transitive dependency graphs Annotation processors (kapt, Lombok, MapStruct) Classpath scanning Reflection-based frameworks Plugin chains Code generation Multi-module builds CI caching layers Every extra layer increases: Build time Cognitive load Upgrade friction CI unpredictability And once your feedback loop slows down… Developers refactor less. Teams postpone upgrades. Technical debt compounds quietly. Kotlin, Scala, Groovy and Clojure Are Not Immune Different language. Same friction. Kotlin kapt slows builds K2 migration introduces instability Gradle Kotlin DSL increases configuration complexity Scala Slow compile times Heavy type inference SBT performance quirks Cross-building between 2.x and 3.x Groovy Dynamic resolution surprises Gradle plugin fragility Joint compilation edge cases Clojure Tooling fragmentation (Lein vs deps.edn) Classpath conflicts Reflection warnings JVM startup overhead The root issue isn’t the syntax. It’s the build and runtime model surrounding the language. When CI Becomes a Cultural Problem Slow CI pipelines don’t just cost minutes. They change behavior: Developers batch commits Small pull requests disappear Riskier merges become normal Version upgrades become “events” Engineers accept friction as inevitable Eventually, the organization adapts to the slowness. That’s when velocity truly drops. What a Modern JVM Workflow Should Feel Like A modern JVM development workflow should provide: Deterministic dependency resolution Reproducible builds Minimal classpath surprises Fast incremental compilation Lightweight runtime startup CI behavior identical to local builds Cloud-friendly packaging by default No magic. No opaque annotation processors. No fragile plugin chains. Just: Install → Run → Test → Deploy → Repeat. Rethinking the JVM Development Model Over the past two decades, the JVM ecosystem accumulated tools designed to manage complexity. Ironically, that tooling often became the complexity. That’s one of the motivations behind BoxLang (currently v1.10) — a modern language for the JVM designed to reduce friction in: Dependency management Build determinism Runtime footprint Cloud-native deployment Without abandoning the JVM ecosystem. BoxLang focuses on: Declarative, reproducible dependency handling Lightweight runtimes Reduced classpath scanning Predictable dependency resolution Fast local feedback loops If you’re interested in how BoxLang approaches compiler performance and reproducible builds, this deep dive explains the architecture: 👉 https://www.ortussolutions.com/blog/under-the-hood-of-boxlang-17-our-fastest-compiler-yet And if you want to see how the language continues evolving — including distributed locking and modern functional patterns — here’s what’s new in 1.10: 👉 https://www.ortussolutions.com/blog/boxlang-1100-functional-arrays-elegant-loops-distributed-locking 🚀 Try BoxLang If slow builds, fragile dependency graphs, or heavy JVM stacks are slowing your team down, the best way to evaluate a different approach is to try it. BoxLang runs on the JVM. It works alongside existing Java libraries. You don’t need to abandon your ecosystem. You can install and run it in minutes. 👉 Try BoxLang and experience a lighter, more deterministic JVM workflow. Because sometimes the problem isn’t your team. It’s your toolchain. https://www.ortussolutions.com/blog/is-your-jvm-build-pipeline-slowing-down-your-entire-organization Wed, 25 Feb 2026 16:03:00 GMT cristobal@ortussolutions.com (Cristobal Escobar) https://www.ortussolutions.com/blog/is-your-jvm-build-pipeline-slowing-down-your-entire-organization Into the Box 2026 is shaping up to be our most dynamic event yet! Building on the momentum of our first release, we are thrilled to announce the second round of sessions for this year's conference. As the ecosystem continues to evolve, teams are balancing the realities of maintaining critical legacy applications while adopting modern tools, architectures, and practices. Into the Box has always been about meeting developers where they are and giving them practical paths to what’s next. https://www.ortussolutions.com/blog/into-the-box-sessions-round-2-is-now-out Tue, 24 Feb 2026 16:18:00 GMT vcampos@ortussolutions.com (Victor Campos) https://www.ortussolutions.com/blog/into-the-box-sessions-round-2-is-now-out