AFRICOM: implications for the Defense Industrial Base

I recently visited the U.S. Africa Command (AFRICOM) headquarters, where I met with senior leaders and staff to understand the posture and emerging requirements for the aerospace and defense industry. It confirmed a reality that started to emerge in conversations Infor™ has with aerospace and defense manufacturers. Across multiple theaters, demand is not the constraint; industrial responsiveness is—and the differentiator for the industry will be the ability to design, produce, and iterate at speed.

Walking through AFRICOM headquarters and engaging with leadership, the message was consistent. The command is prioritizing unmanned systems at scale, but not in the traditional sense of a few high-end platforms. The requirement is for modular, cost-effective systems that can be deployed broadly, adapted quickly, and sustained in austere environments. That demand is crystallizing across three primary categories, and in each, the implications for manufacturers map directly to Infor’s capabilities.

For Infor customers and prospects, this is not an abstract trend. It is a direct alignment between what the market is demanding and what platforms like Infor CloudSuite™ Aerospace & Defense and Infor CloudSuite Industrial are purpose-built to enable: synchronized engineering, agile supply chains, and scalable production.

Persistent ISR platforms: Scaling without friction

The first category is persistent intelligence, surveillance, and reconnaissance (ISR), largely driven by unmanned aerial systems. These platforms must deliver endurance, modular payload integration, and resilience in degraded communications environments. Critically, they must be produced at volume and adapted frequently based on mission needs.

For manufacturers, this introduces constant configuration change, swapping sensors, updating firmware, and modifying communications packages—all while maintaining strict traceability.

This is where Infor CloudSuite Aerospace & Defense becomes foundational.

Its configuration and product lifecycle management capabilities ensure that engineering changes are not isolated events. When a payload is modified or a subsystem is updated, those changes propagate automatically through the bill of materials, routing, and procurement layers. Production stays synchronized with design in real time.

Without this level of integration, scaling ISR platforms becomes operationally brittle. With it, manufacturers can deliver high volumes of configurable systems without introducing delays or errors.

At the same time, ISR platforms rely heavily on sensitive components, optics, semiconductors, and communications hardware. Infor’s supply chain visibility and advanced planning tools allow manufacturers to anticipate shortages, qualify alternate suppliers, and dynamically adjust production schedules. This helps ensure that production volume is not constrained by component availability.

Autonomous ground systems: Reliability at scale

The second category is autonomous and semi-autonomous ground systems, prioritized for perimeter security, convoy operations, and reconnaissance. These systems emphasize durability, ease of maintenance, and interoperability with partner forces operating in resource-constrained environments.

The manufacturing challenge here is not just configuration; it is maintaining repeatability and quality at scale, often across multiple production sites or assembly points.

Infor CloudSuite Industrial is particularly well-suited for this requirement.

Its shop floor control and quality management capabilities enable manufacturers to standardize production processes while maintaining real-time visibility into execution. Whether systems are being produced in a centralized facility or assembled closer to the point of use, manufacturers can ensure consistent quality and performance.

This becomes even more critical as AFRICOM and other commands push for localized or distributed manufacturing and expeditionary 3D printing. Establishing assembly or production capabilities in partner nations introduces variability in workforce skill levels, infrastructure, and supplier ecosystems.

Infor CloudSuite Industrial addresses this by enabling process standardization across distributed operations. Manufacturers can deploy consistent workflows, enforce quality controls, and maintain centralized oversight, even as production is geographically dispersed.

The result is the ability to scale ground systems production without sacrificing reliability, a non-negotiable requirement for operational deployment.

Maritime unmanned systems: Managing complexity and integration

The third category is maritime unmanned systems, including both surface and subsurface platforms for coastal and port security. These systems introduce additional complexity—longer deployment cycles, integration with multiple sensor types, and exposure to harsh operating environments.

Manufacturing unmanned systems presents two challenges: integration and lifecycle traceability. Components must be tightly coordinated, performance must be monitored over time, and upgrades must be implemented without disrupting operational availability.
Infor CloudSuite Aerospace & Defense provides the framework to manage this complexity.

Through end-to-end traceability, manufacturers can track every component, configuration, and change across the lifecycle of the system. This is critical for maritime platforms, where maintenance cycles, component replacements, and system upgrades must be precisely managed.

Performance metrics, failure modes, and maintenance requirements are constantly collected from maritime systems operating in dynamic environments. This data can be leveraged with Infor’s artificial intelligence (AI) services to help manufacturers iterate and improve their systems more effectively.

The operating model shift and why it matters

Across all three categories, the common thread is not the technology itself—it is the operating model required to deliver it. AFRICOM is actively compressing the gap between development and deployment. By inviting vendors into exercises, the command is creating a feedback loop where systems are tested, refined, and redeployed in rapid cycles. At the same time, the push toward localized manufacturing is redefining how and where systems are produced.

For defense manufacturers, this creates four structural pressures:

• Continuous configuration change
• Disrupted supply chains
• Distributed production requirements
• Compressed delivery timelines

These are not incremental challenges. They require a fundamentally different approach to how manufacturing operations are managed.

Infor’s platforms are designed to address exactly this environment.

• Configuration synchronization ensures that engineering, procurement, and production remain aligned despite constant change.
• Supply chain intelligence provides the visibility and agility needed to navigate disruption.
• Distributed manufacturing support enables consistent execution across geographies.
• Integrated data, analytics, and AI can turn operational feedback into actionable improvements.

From demand signal to industrial execution

The takeaway from my visit to AFRICOM is straightforward. The demand for unmanned systems is accelerating, and the operational need is clear. The challenge is the industry’s ability to deliver—quickly, at scale, and in inherently complex environments.

So, what is asked of manufacturers is not just incremental efficiency gains, but a new way of operating. One that matches the speed, scale, and complexity of modern defense demand.

Those who can’t align their operations with this reality will struggle to keep pace - regardless of the strength of their underlying technology. Those who can will capture the opportunity. Infor’s multi-tenant cloud solutions provide the digital backbone they need to thrive in this new paradigm.