Imagine a training rotation at the National Training Center at Fort Irwin, California. A platoon is deep in complex terrain when a sudden storm hits. Connectivity drops. The map freezes. The chat app goes silent. But the mission doesn’t stop. Cached data on a rugged tactical-edge node keeps the picture alive until the network comes back online.

Scenarios like this could happen at the National Training Center, the Joint Readiness Training Center at Fort Polk, Louisiana, or during Project Convergence exercises—places where the Army tests combat scenarios in data-contested environments. These moments capture a central truth of modernization: The future fight won’t wait for bandwidth, and the cloud can’t either.

The Army’s goal isn’t a perfect network—it’s a persistent one.

That idea sits at the heart of today’s modernization roadmap, from the Unified Network Plan 2.0 to Next-Generation Command and Control Characteristics of Need and Project Convergence. The next generation of cloud computing must deliver decision advantage from data center to foxhole even when the signal drops.

As of 2025, those efforts align under the new U.S. Army Transformation and Training Command (T2COM)—the merger of U.S. Army Training and Doctrine Command and U.S. Army Futures Command. By uniting doctrine, training and modernization, T2COM helps the Army move faster from concept to capability.

Building the Foundation

At the enterprise level, the Army’s cloud transformation rests on a few key efforts: the Army Cloud Plan, Army Data Plan and Army Digital Transformation Strategy. Together, they form the blueprint for a datacentric force.

Across hundreds of installations, the Army manages nearly a million connected endpoints, each producing or consuming data every day. That kind of scale demands a cohesive cloud approach—one that keeps governance and security consistent while allowing flexibility at the tactical edge. Through the Army and the Joint Warfighting Cloud Capability (JWCC), the service is building a framework that scales globally, enforces “zero trust” and extends essential data and applications to the tactical edge—even when connectivity falters.

Programs like milCloud 2.0 paved the way. Now, with the Defense Information Systems Agency’s Stratus Enterprise Cloud and JWCC, the Army is modernizing its cloud backbone—the digital foundation supporting Combined Joint All-Domain Command and Control and Next-Generation Command and Control (Next-Gen C2) across the joint force. For years, there’s been a disconnect between enterprise services and tactical reality. Headquarters networks assume persistent connectivity. Tactical units live with disruption.

Programs such as Next-Gen C2, Project Convergence and the Global Secure Network are closing that gap. Through hybrid architectures, zero trust overlays and cross-domain solutions, the Army is building data pathways that adapt under pressure. What connects these layers isn’t just transport—it’s intelligence. Modular, containerized services are being deployed closer to the fight, forming hybrid models that blend enterprise cloud with tactical-edge computing. It’s a key step toward true Denied, Degraded, Intermittent and Low Bandwidth resilience—the ability to continue operations even when the network breaks.

Remaining Functional

At the tactical edge, cloud isn’t about scale—it’s about survival. Soldiers need computing power, storage and synchronization that can function through disruption. During large exercises, units often lose connectivity for long stretches. Meanwhile, a brigade can generate terabytes of mission and sensor data daily, more than can be sent back to enterprise servers in real time.

That’s why Program Manager Next-Gen C2 and Program Manager Tactical Network are pushing a new operating model: compute forward, sync back. Data is processed locally, cached intelligently and synchronized later when links are restored. On the intelligence side, Capability Program Executive Intelligence, Electronic Warfare and Sensors ensures intelligence, surveillance and reconnaissance and early warning data flow into the same operational fabric. Together, these efforts create a cloud environment that’s not just connected but capable of fighting through disconnection.

For industry partners, this is where the real work happens: developing software and hardware that assume disruption, not deny it.

Battlefield conditions expose whether systems were built for uptime or endurance. The future cloud must emphasize graceful degradation, data prioritization and autonomous synchronization.

The objective isn’t to make the network invincible. It’s to ensure critical data and decision tools remain available when everything else fails. Systems must bend, not break.

That’s the real measure of resilience—continuity when every variable turns against you.

T2COM’s Role

The creation of T2COM marks a turning point. For the first time, the Army can align modernization, training and doctrine under one umbrella—testing new capabilities in the field, validating them through training and codifying them into doctrine faster than ever.

In the past few years, the Army has reduced its on-premises data centers by more than half, migrating critical workloads into accredited cArmy and JWCC environments. That’s more than an efficiency story. It’s a survivability story.

With modernization programs totaling tens of billions of dollars annually, the challenge isn’t buying technology, it’s integrating it.

The Army faces the task of making sure the edge, enterprise and schoolhouse all share the same digital foundation.

Modernization at this scale requires enduring partnerships between government, industry and academia. Hundreds of companies—from hyperscale cloud providers to niche engineering firms—work with the Army to secure networks, deploy zero trust and build edge computing solutions. But the real test isn’t contract value—it’s performance under disruption. Project Convergence has shown that when industry and government build together, prototypes move faster and operational results improve.

That’s the model to replicate: shared design, risk and success.

The takeaway is simple: The future fight will depend on systems that can operate when connections fail. Every investment, training event and modernization decision should point toward that outcome.

Modernization isn’t about connecting every system. It’s about ensuring every mission continues when those systems disconnect.

With T2COM aligning transformation and training, and Capability Program Executive Command, Control, Communications and Network; Capability Program Executive Intelligence, Electronic Warfare and Sensors; and the Enterprise Cloud Management Agency driving the technical foundation, the Army finally is positioned to treat cloud not as infrastructure but as part of its warfighting system.

The question now isn’t whether the Army can operate in the cloud, it’s whether the cloud can operate through the fight. Because in the end, resilience is readiness.

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Brandon Stackpole is a senior information technology and cybersecurity director with 7th Signal Command (Theater) at Fort Gordon, Georgia. Previously, he was a director of IT operations and infrastructure at Fort Gordon. He has an MBA from Southern New Hampshire University and is pursuing a Master of Science in artificial intelligence at the University of the Cumberlands, Kentucky.