In May 2026 an important, unprecedented event took place in Fort Carson, Colorado: US Army Operation Jailbreak. For the first time, roughly 600 participants from more than 50 companies came together in person to integrate their sensors and systems into a common Command and Control (C2) platform, exposing and documenting APIs across more than 70 Army capabilities, including the Integrated Battle Command System Maneuver (IBCS-M) program.

This ambitious effort was created to address the urgent and growing need for US and allied forces to communicate with greater ease, share information at speed, and give leaders the comprehensive battlefield visibility required for decision advantage. The "right to integrate" hackathon made clear that open collaboration is essential to keeping pace with today's operational demands, and that open, documented interfaces are the path forward. 

A monthlong sprint to integration

Operation Jailbreak was a structured interoperability sprint pairing the Army with defense contractors. The intent was to break down walls between disparate military platforms — from sensors to C2 nodes — and enable real-time data exchange across systems that were never designed to communicate. Participants were asked to prove that a system, whether a radar, electro-optical camera, or acoustic sensor, could integrate with IBCS-M through a published, documented interface. 

The goal was simply "integration," but that was the only thing about it that was simple. For nearly a month, engineers developed, iterated, and tested their APIs until each interface met the Army's integration standards. By the end of the sprint, participants had validated open interfaces across multiple Army systems, opened previously closed platforms, and demonstrated tools that let teams expose and connect new interfaces rapidly. That created the groundwork to extend these open, API-based solutions across the Army's broader inventory. 

Red Hat participated throughout the event and saw firsthand the collaborative, proactive energy that every participant, from government to industry alike, brought to the table. Working directly with multiple participating companies, Red Hat performed application container security scanning using Red Hat Quay and Red Hat Advanced Cluster Security for Kubernetes to deliver detailed vulnerability reports. This information helped strengthen each team's security posture heading into the next phases of Operation Jailbreak. Red Hat also helped to develop a reference architecture built on Red Hat OpenShift Container Platform, a model for centralized, security-focused software development that shows what "good" looks like for a secure application delivery pipeline with a consistent maturity level.

Beyond the Army: the CJADC2 challenge

Operation Jailbreak solved an Army problem, but the problem isn't unique to the Army. Every service and allied force faces the same challenge: sensors, platforms, and command systems that can't share data. 

The Department of Defense's long-term vision for solving this, Combined Joint All-Domain Command and Control (CJADC2), imagines every sensor and system across all services and allied nations connected into a single decision-making network. That vision has spent years in PowerPoint presentations, but Operation Jailbreak provided the first proof that it can be built, one open interface at a time.

This is only the beginning. Army leaders have already signaled that future sprints will extend this approach to joint forces, allies, and partners, and the requirement for open, documented interfaces is being written into future acquisition contracts. The Army even stood up an API marketplace — a first for the Department of Defense — where vendors and government teams can publish and document interfaces, reinforcing that open, reusable APIs are becoming standard practice rather than a one-off exercise.

Why this resonates at Red Hat

Operation Jailbreak proved to the defense community that open integration across systems, sensors, and partners is achievable in a matter of weeks instead of years. This is exactly what open source and open standards are all about. They remove barriers to innovation, avoid vendor lock-in, and replace proprietary silos with shared, transparent standards that let many contributors build together, quickly. 

That is the heart of Red Hat's approach to the public sector, and it's why we were glad to take part. Operation Jailbreak was a powerful validation of a philosophy Red Hat has championed for years: when interfaces are open and documented, everyone can build on existing work, and the whole ecosystem moves faster.


About the authors

Sam Richman is Principal Chief Architect for global defense at Red Hat, specializing in edge and autonomy. With almost 30 years of experience across the US Department of Defense, US Federal Civilian agencies, coalition defense agencies, and the defense industrial base, he focuses on mission edge computing as it applies to all-domain autonomous architectures. He is dedicated to engineering secure, scalable, and resilient mission capabilities designed to survive and dominate in contested environments. His experience spans the entire enterprise-to-edge spectrum, having implemented critical cybersecurity, autonomy, and infrastructure modernization capabilities across almost every military service branch, multiple combatant commands, and major defense manufacturers. His background also includes scientific computing, the biological sciences, and first-responder experience, giving him a wide variety of domains to draw upon when building solutions.

Michelle Davis is Solutions Architect Director of the Federal Division at Red Hat. Michelle has spent the last 20+ years designing and developing enterprise distributed architectures for businesses in the U.S., Government, and abroad. In her present position, she not only architects cloud-native or hybrid cloud architectures, but she also provides guidance on the digital transformation journey in this ever changing landscape – edge, AI/ML, IoT, etc.

Michelle has been evangelizing and consulting around the beltway about cloud, (micro) service oriented architectures and obliging technologies which include, but are not limited to, web, webservices, Kubernetes, Docker .NET, JMS, JEE and EAI. Her Red Hat performance includes being Public Sector Architect of the Year two years in a row and her nomination into the elite Chairman’s community.

Stephen Gordon is a Strategic Accounts Director for DOD and Missiles & Space at Red Hat. Stephen has established himself as a pivotal figure in bridging cutting-edge technology with complex national security challenges. Previously, Stephen held several leadership and innovation centric roles at IBM, Salesforce (Aerospace & Defense), and Microsoft, including the founder of Studio Alpa, a specialized wargaming studio within Microsoft Halo Studios, creating an AI powered wargaming platform for U.S. Department of Defense planning, training, and global operations.

With an exceptional track record of building disruptive software for the U.S. Department of Defense, Joint Agencies, NATO, Stephen specializes in discovering, incubating, and delivering AI-powered solutions that provide critical decision advantages in high-stakes conflict environments.

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