Edge computing refers to the practice of processing data near its source rather than depending solely on centralized data centers or cloud services. This approach is particularly beneficial for military operations as it minimizes latency and bandwidth requirements, enabling essential applications to function even when communication is compromised or unavailable.

Next Generation Command and Control (NGC2) represents a modern strategy for military command and control, linking personnel, sensors, platforms, and decision-makers through decentralized, data-centric frameworks. It integrates edge computing, AI-driven analysis, open architectures, and multi-domain interoperability to enhance the speed of decision-making.

C2NOW is an initiative aimed at modernizing operations by speeding up command and control through cutting-edge computing, networking, and software technologies. Its emphasis is on distributed computing, AI-enhanced mission support, tactical edge computing, open architectures, and adaptability in missions.

GPUs are crucial as they deliver the parallel processing power necessary for intensive tasks like AI inference, computer vision, video analytics, sensor fusion, and autonomous navigation. By utilizing GPU-enabled edge systems, these capabilities are brought closer to sensors and operators, significantly decreasing the need to send large amounts of raw data.

For NGC2, it is essential to have infrastructure that can evolve with changing missions, platforms, and workloads. Modular, stackable hardware enables organizations to integrate computing, GPU acceleration, networking, and other functionalities while allowing for the scaling or upgrading of individual components without the need to overhaul the entire system.

Secure networking is vital as it links sensors, computing platforms, applications, and decision-makers across distributed operations. The architectures of NGC2 are crafted to sustain local processing capabilities even when network connectivity is limited or sporadic, thereby lessening reliance on constant connectivity.

NGC2 is capable of multi-domain operations encompassing land, air, sea, cyber, and space. By utilizing edge computing, it securely processes and shares information across various platforms and operational settings, thereby supporting distributed forces.

Rugged edge systems are designed to function in conditions where standard commercial data-center hardware may not be adequate. Systems intended for tactical use are built to withstand environmental challenges such as shock, vibration, and extreme temperature ranges, ensuring reliable computing in demanding operational scenarios.

In tactical environments like vehicles and mobile command posts, power availability can be limited. Efficient, SWaP-optimized computing enables organizations to deploy necessary processing capabilities while keeping size, weight, and power consumption to a minimum.

SAVE-compliant systems are built around standardized methods for integrating equipment into military vehicle environments. They facilitate more modular integration and modernization, reducing reliance on highly customized, platform-specific installations.

NGC2 architectures can incorporate more than just compute, GPU, and networking nodes. Depending on mission needs, the architecture may also include secure storage, cross-domain solutions, communication infrastructure, sensor interfaces, cybersecurity services, and other specialized functionalities.

AI assists operators in analyzing increasing amounts of operational data by recognizing patterns, correlating information, and prioritizing critical elements. Its applications can range from sensor fusion and target recognition to threat detection, route planning, predictive maintenance, and decision support. AI enhances human decision-making rather than replacing the operator.

Absolutely. NGC2 focuses on modular, open, and adaptable designs that allow for customization.

ATMOS2 systems undergo MIL-STD environmental testing for conditions such as extreme temperatures, shock, vibration, altitude, humidity, and other stresses associated with tactical deployment.

ATMOS2 is engineered for operation from -15°C to +55°C, using rugged thermal design to maintain reliable compute and networking performance in demanding hot and cold environments.

ATMOS2 is tested for vibration and functional shock to help ensure critical components and connections remain reliable during vehicle transport, airborne operations, and deployment in rugged environments.

ATMOS2 is engineered for harsh environments where salt, fog, sand, and dust can cause corrosion, clogging, abrasion, and electrical failures. MIL-STD-810 environmental testing evaluates rugged systems against these conditions to help ensure reliable operation in coastal, desert, and other demanding environments.