The era of expensive, bespoke military platforms is being superseded by a demand for affordable mass. To maintain deterrence, the West must transition toward an open, interoperable, and scalable defense ecosystem. This shift requires a fundamental restructuring of how we produce and deploy technology. By prioritizing standardized production over unique, high-cost systems, allies can ensure they possess the necessary volume to face modern threats. Furthermore, recent conflicts have proven that attrition-based warfare demands a more resilient supply chain. Such a transition is no longer optional for global security.
Why is the definition of military power shifting toward "mass"?
The traditional reliance on exquisite, high-cost military platforms is being challenged by the reality of modern attrition warfare. For decades, the global defense model focused on creating highly sophisticated, proprietary systems designed for limited conflicts. However, recent combat developments have proven that the ability to employ massive quantities of weapons quickly is now a primary requirement for survival.
The inflection point occurred during Operation Spider’s Web on June 1, 2025, when Ukrainian forces utilized inexpensive, hobby-shop-grade technology to neutralize strategic Russian bombers worth billions of dollars. This event demonstrated that geographic depth and exquisite air defenses can be bypassed by sheer volume and low-cost precision. In this new landscape, bespoke platforms are increasingly viewed as luxury items that cannot sustain the requirements of a protracted, existential conflict. The ability to employ more weapons, faster and for a longer period—defined as "mass"—is now the essential metric of geopolitical power.
The tension between exquisite systems and affordable mass
While high-end capabilities like fifth-generation stealth fighters and nuclear submarines remain essential for complex operations—such as the U.S. military mission in Venezuela in January—they are too slow and expensive to replace during a long-term war. These platforms are optimized for specific, high-risk use cases but become less useful the longer a conflict persists. Until one party’s will or ability to fight is broken, the battle lines are typically held through mass.
The strategic challenge lies in balancing these "exquisite" assets with a massive supply of affordable, replaceable technology. Without the ability to scale production, democratic nations risk being outlasted by adversaries like China, Russia, Iran, and North Korea. These actors possess vast industrial capacities and, crucially, place a fundamentally lower value on human life. In this new era, a protracted conflict plays to their strengths: they can sustain losses in both lives and treasure that democratic governments simply cannot. Mass and synchronized combat power remain the greatest deterrent, as an adversary is far less likely to start a war it believes it cannot sustain and win.
How has the current defense industrial model failed?
The existing defense architecture is largely a relic of the Cold War, characterized by an oligopoly of prime contractors and closed-loop software systems. Instead of fostering innovation, the current system incentivizes companies to build "defensive moats" around their products, using proprietary software to prevent competition and ensure long-term dependency. This model was born during a period of relative global peace, where special interest decision-making amplified the entrenchment of these companies.
This structure has led to several systemic failures that have left the U.S. Army in 2025 looking shockingly similar to its 1975 iteration:
- Lack of Interoperability: Defense companies often produce equipment with siloed software, creating a "mosaic" of incompatible platforms. This results in inconsistent technical specifications where systems physically cannot share data across platforms.
- Inefficient Acquisition: Decades of government statutes and poor acquisition incentives have optimized for job distribution over efficacy, encouraging contractors to make platforms that are expensive and slow to replace.
- Barriers to Entry: Overregulation, procedural hurdles, and financial barriers have paralyzed foreign military sales and locked out the small and medium-sized companies that drive rapid innovation.
- Stagnant Innovation: While private technology firms move through rapid iteration cycles toward minimally viable products, the defense industry remains anchored to slow, expensive, and outdated production models.
The result is a collection of "walled gardens"—impressive individual capabilities that are useless to allies on the other side of the technological wall.
What is the impact of proprietary systems on the battlefield?
Proprietary, non-communicative systems significantly degrade the "kill chain"—the critical sequence of steps between identifying a target and destroying it. When military hardware operates within a closed ecosystem, the speed of decision-making is limited by human manual processes rather than automated data integration. Modern command and control requires split-second detection and engagement, which is impossible when data is trapped in silos.
Observations from training exercises in Germany highlight this disparity. At the Grafenwoehr Training Area, allied forces were tested in scenarios mimicking modern combat with layered air threats. While the soldiers performed well in limited scenarios, they struggled against drone swarms. An air defender was observed swiveling from one screen to the next, manually transferring data from one proprietary system to another. In this environment, the kill chain was only as fast and accurate as his manual keystrokes.
In contrast, Ukrainian forces—having faced the existential risk of Russia’s 2022 invasion—have embraced open-source data standards and AI-enabled kill chains. This allows for seamless data transfer fused onto a single user interface. Seeing the difference between the manual struggle of allied forces and the automated efficiency of the Ukrainians demonstrates that compatibility is the linchpin of modern military strategy.
The necessity of AI-driven command and control
Modern combat environments generate a volume and speed of data that exceeds human cognitive capacity. To effectively counter rapid, multi-layered threats, military command and control must rely on artificial intelligence to manage information flow. AI is the only way to handle the scale of modern warfare, but its effectiveness is entirely dependent on the underlying architecture.
The only way to achieve the necessary speed is to break down the walls of top-down military standardization and embrace private-industry best practices. Washington and its allies must enforce compatibility from the moment of inception. Without open architecture, the most advanced sensor in the world becomes an expensive paperweight if it cannot instantly communicate its findings to a shooter from a different manufacturer or nation. Compatibility must be the foundation of the system, from the factory floor to the foxhole.
How should the West restructure its defense ecosystem?
To secure a strategic advantage, the United States and its allies must move toward a free-market, international defense ecosystem defined by open architecture and compatibility. This requires a fundamental shift from top-down military standardization to a model that responds to consumer demand and lowers barriers to entry.
The proposed reform focuses on three critical layers of the Western defense ecosystem:
- The Physical Layer: This involves addressing the erosion of critical infrastructure and securing the supply chains for raw materials. The U.S. Army alone faces over $150 billion in unmet infrastructure needs. Because federal budget processes are slow, Western militaries must think creatively to tap into latent resources and commercial expertise to close these gaps.
- The Digital Layer: This layer must enable free data flow. By adopting open-source standards and interoperable software, the West can ensure that different systems can exchange data as easily as smartphones exchange data across the internet.
- The Innovation Layer: This layer must foster a competitive environment that meets the future of warfare. By lowering barriers to entry, the ecosystem can integrate the rapid innovation cycles of the private sector into the broader defense landscape.
By integrating these layers, the West can move away from isolated national capabilities and toward a collective allied industrial capacity that can scale at the speed of modern warfare.
FAQ: Rewiring the Arsenal of Democracy
What is the difference between "exquisite" and "mass" in warfare?
Exquisite capabilities refer to highly sophisticated, expensive, and specialized platforms like fifth-generation stealth fighters or nuclear submarines. Mass refers to the ability to employ a high volume of weapons, such as drones, quickly and for a long period. While exquisite platforms are necessary for complex missions, mass is what sustains a protracted conflict.
Why is interoperability so important for modern alliances?
Interoperability allows different military systems from various nations to share data and operate together seamlessly. Without it, allied forces suffer from "walled gardens" where proprietary software prevents systems from communicating, forcing soldiers to manually transfer data and slowing the kill chain.
How do current defense industry incentives hinder innovation?
Current incentives often encourage a handful of prime contractors to create "defensive moats" around their products. By using proprietary, siloed software, these companies prevent competition and ensure long-term dependency, which prioritizes profit and job distribution over combat efficacy and rapid innovation.
Can the U.S. military achieve mass on its own?
It is difficult for the U.S. to close massive infrastructure and production gaps alone. Federal budget processes are inherently slow, and the U.S. has allowed manufacturing supply chains to wither. Success requires a shared defense industrial base with allies to aggregate capabilities and tap into commercial expertise.
Why is AI critical to the future of the "kill chain"?
AI is essential because the speed and volume of data in modern combat—particularly during drone swarm attacks—exceeds human cognitive capacity. AI manages the data flow and enables the rapid identification and engagement of targets, but it can only function if the systems are compatible and use open data standards.
Key takeaways
- Modern warfare requires a shift from expensive, bespoke platforms to the rapid deployment of affordable mass.
- Current defense industries are often oligopolies that prioritize proprietary, siloed software over interoperability.
- The "kill chain" is significantly slowed by systems that cannot share data across different platforms.
- A successful defense strategy requires a three-layered approach: physical infrastructure, digital data flow, and rapid innovation.
- Collective allied industrial capacity is the new foundation of geopolitical deterrence.
Conclusion
The era of relying solely on high-end, expensive military platforms has ended. The shift toward low-cost, high-volume warfare, demonstrated by recent conflicts like Operation Spider’s Web, necessitates a complete rewiring of the Western defense ecosystem. To maintain deterrence against adversaries with superior industrial scaling and a higher tolerance for loss, the United States and its allies must abandon the model of proprietary, isolated capabilities. Instead, they must build a unified, interoperable industrial base rooted in open architecture and rapid innovation. The ability to scale production and integrate digital intelligence will define the winners of the next century's conflicts.
