The gap between demand and delivery is widening. AI can help close it. - Breaking Defense
AI can help the defense industrial base overcome supply chain bottlenecks, accelerate manufacturing and improve military supply chain resilience.
The Defense Industrial Base Under Pressure: Can AI Help Bridge the Gap?
The defense industrial base (DIB) is facing unprecedented pressure from multiple angles, threatening its ability to meet demand. Stockpiles are dwindling due to significant expenditures in the conflict with Iran, while large‑scale projects like Golden Dome require specialized materials and components. Ongoing supply‑chain shortages add a further layer of risk to these efforts.
The Challenges Facing the DIB
The traditional method of building military platforms—often taking years or even a decade to move from concept to operational deployment—has become a strategic liability. To address this shortfall, the DIB is exploring new tools, with artificial intelligence (AI) emerging as a promising solution to accelerate design, development, and manufacturing processes. AI can streamline workflows, process massive data sets, and support better decision‑making.
The Potential of AI in the DIB
Ana Garcia Olson, Managing Director and Navy & Marine Corps Business Lead at Accenture Federal Services, says the reality the DIB faces is that conventional methods are no longer sufficient. AI can help close the gap by enabling rapid identification of design problems and allowing virtual corrections, eliminating the need for costly physical prototypes. This capability can dramatically speed up both design and production cycles.
Overcoming Capacity Constraints
Amy Bahrani, Managing Director of AI and Data and Defense Industrial Base Lead at Accenture Federal Services, points to material, space and workforce shortages as the primary capacity constraints pressuring the system. She argues that the DIB must move beyond treating AI as a reactive or passive supply‑chain function. By leveraging AI, the DIB can unlock the ability to field advanced military technology at commercial speed and industrial scale.
The Importance of Secure Data Infrastructure
Effective AI deployment requires a secure, cloud‑based data infrastructure that facilitates sharing and distribution of information. Designers, engineers and other stakeholders need to work from a single source of truth to ensure accuracy and reliability. While AI can reduce workload, human oversight remains essential to verify feasibility and reliability of the data produced.
The Role of Humans in Ai‑powered Operations
Olson stresses that AI‑powered operations must be redesigned from the ground up with humans in the lead. Humans should steer the system from the outset rather than merely validate machine output at the end. Real‑time data can give leaders a decision advantage, but human judgment is necessary to ensure the information generated is actionable.
Addressing Supply‑chain Fragilities
Supply‑chain fragility has been repeatedly demonstrated in recent years, with shortages of rare‑earth minerals, computer chips, personnel gaps and disruptions such as the ongoing battle over access to the Strait of Hormuz. Surges in demand driven by materiel support for Ukraine and munitions expenditures in Iran have added further strain. Meeting both current and future needs will require a rapid ramp‑up of manufacturing capacity and sourcing of the components needed for air‑and‑missile‑defense interceptors.
The Widening Gap between Demand and Delivery
A recent Accenture report identified three main reasons for the widening gap between demand and delivery: production‑slowdown constraints, consolidation among suppliers, and an influx of new competitors into the defense market. These factors, combined with component shortages and rising costs, complicate the equation. Massive capital expenditures are required to expand manufacturing capacity and secure the necessary materials.
The Path Forward
In summary, the DIB is under significant pressure, and the gap between demand and delivery is expanding. By harnessing AI, the DIB can bridge this divide, accelerate design and production, improve supply‑chain resilience, and ultimately deliver critical capabilities to the frontline more quickly.
Source: breakingdefense.com · 2026-09-14