NGC2 adds voice, cyber, silent power

The Army's Next Generation Command and Control (NGC2) program leverages a Modular Open System Approach (MOSA) to dismantle traditional silos and enable rapid integration of new software, weapons, and sensors across all echelons. By architecting the digital stack into distinct layers with defined interfaces, NGC2 allows individual components to evolve independently, avoiding wholesale system replacements and fostering interoperability among previously isolated warfighting functions. As Marshall explains, this composable architecture ensures that data flows efficiently and securely to soldiers based on their roles and access levels, accelerating capability delivery without rework.

Central to NGC2’s innovation is the integration of AI as a dynamic data correlator that transforms command and control from static information collection into a responsive digital environment. Rather than autonomously making decisions, AI rapidly sifts through vast battlefield data to identify patterns and provide commanders with timely, relevant recommendations, reducing decision latency from minutes to seconds. This AI-enabled approach supports adaptive targeting and communication routing, enhancing situational awareness and operational agility in contested environments.

Operational testing with the 25th Infantry Division exemplifies NGC2’s commitment to rapid, iterative software refinement driven by real-time soldier feedback. This agile development cycle enables the program to deliver capability updates within days, as demonstrated by the AI-driven hand microphone introduced during the Lightning Surge 4 demo. Soldiers’ demand for hands-free voice command input led to this innovative solution, which enhances operational speed and ease by allowing warfighters to interact naturally with the system without screen manipulation.

Cybersecurity is not an afterthought but the very backbone of the NGC2 platform, fundamentally shaping vendor selection and software integration. Army leaders have instituted stringent security requirements that effectively gatekeep which vendors can join the ecosystem, ensuring only applications that meet rigorous standards are included. This vetting process is complemented by real-time monitoring tools capable of detecting anomalous software behavior and automatically quarantining suspicious applications, as demonstrated during recent testing where Lt. Col. Ruben Rangel highlighted the platform’s proactive defense against potential compromises.

Maintaining a secure yet agile battlefield platform demands continuous cybersecurity vigilance embedded directly into the development lifecycle. Lt. Gen. Jeth Rey and Joe Welch emphasize that every piece of software undergoes exhaustive code scans, risk assessments, and technical reviews before deployment, with cybersecurity teams persistently scanning integrated applications to prevent vulnerabilities from emerging. This continuous scanning strategy ensures that security does not become a bottleneck, preserving operational readiness even as the platform evolves rapidly.

The Army Cyber Command plays a pivotal role in fortifying NGC2’s security posture by conducting integrated cyber defense assessments alongside platform testing. According to Lt. Gen. Christopher Eubank, these assessments feed directly into the iterative development process, enabling the platform to adapt dynamically to emerging threats. This close collaboration between cyber defense experts and developers ensures that security enhancements are not just reactive but proactively embedded, reinforcing the platform’s resilience against sophisticated cyber threats.

The NGC2 program is revolutionizing battlefield communications by implementing a layered digital architecture that tailors technology application across infrastructure levels, recognizing that a one-size-fits-all approach—such as using identical virtualization infrastructure for data centers and edge devices—is impractical. This strategic differentiation enables the Transport Layer to facilitate resilient, threat-informed data movement through a diverse mix of tactical radios, satellite links, terrestrial networks, and private 5G, optimizing connectivity and bandwidth usage under varying electromagnetic conditions and mission priorities.

To overcome bandwidth constraints inherent in contested environments—where operators may have less than 2 Mb/sec—the Army is pushing intelligence processing to the tactical edge, exemplified by a $350 million June 2026 investment in near-real-time electromagnetic-spectrum signature sensing systems for command posts. This edge-based spectrum awareness, combined with the growing integration of military hardware into the Internet of Military Things (IoMT) ecosystem—projected to encompass 90% of new procurements by 2030—demands a resilient, layered digital framework capable of handling vast, heterogeneous data streams rapidly and securely.

Boaz Levy highlights that the future battlefield depends on fully integrated, real-time multidomain data sharing across space, air, sea, and land platforms to enable coordinated, effective actions and rapid battle damage assessment. The Data Layer under NGC2 creates a common digital language by integrating, tagging, transforming, and synchronizing diverse sensor and warfighting system data, fostering a safe, autonomous, and intelligent environment that enhances resolution and conflict avoidance—critical capabilities especially in complex urban scenarios involving multiple stakeholders.

Supporting this complex ecosystem, the Infrastructure Layer blends enterprise and cloud capabilities with distributed tactical edge computing, ensuring continuous operation even amid degraded connectivity. Concurrently, modernization efforts extend beyond technology to include improved business systems and contracting processes that increase optionality and reduce risk, indirectly bolstering the flexible and resilient digital architecture necessary for rapid, secure data sharing across multi-platform communications.

The U.S. Army's integration of GM Defense's EPIQ hybrid power system marks a significant leap in stealth capabilities for command and control nodes, enabling silent operation for up to eight hours solely on battery power. This innovation drastically reduces both acoustic and thermal signatures, eliminating the telltale rumble of diesel generators and thereby enhancing battlefield concealment. Such advancements underscore a strategic shift toward quieter, more covert command posts that can maintain operational readiness without compromising their position.

Beyond stealth, the hybrid power systems address critical sustainment challenges by minimizing generator runtime, which not only conserves precious fuel but also extends the lifespan of power units. By running for three to eight hours without activating the diesel genset—used only intermittently to recharge batteries—these systems optimize energy efficiency and reliability, crucial for supporting the increasing electrical demands of AI tools, autonomous platforms, and expeditionary sensors integral to the NGC2 program.

The NGC2 program’s power sustainment challenge has attracted multiple vendors, with GM Defense and IDE showcasing complementary solutions such as the Tactical Hybrid Generator and GENAIRCON vehicle power system. Embedded within 4th Infantry Division platforms during recent exercises, these technologies demonstrate assured, genuinely silent power delivery, reflecting a broader Army emphasis on modular, hybrid power architectures that can adapt to diverse operational environments while supporting next-generation command and control capabilities.