Q&A Summary: Measuring Military Competition in the 21st Century
This Q&A highlights the speakers’ argument that traditional measures of military competition – such as counting ships, missiles, platforms, or looking only at defence budgets – can be misleading on their own. Instead, they emphasise the importance of analysing operational concepts, industrial production capacity, command-and-control systems, unmanned technologies, and artificial intelligence in order to understand how militaries are preparing for future war.
Why are traditional measures of military competition not enough?
The speakers argue that counting ships, missiles, or platforms can produce misleading results because numbers alone do not show how states are preparing for war or how their capabilities function in practice. They suggest that operational concepts offer a more useful way of understanding how militaries think about future conflict and how they intend to fight.
Isn’t this approach too complicated?
The speakers acknowledge that their approach is more complex than simply counting platforms, but they argue that complexity should not be avoided if analysts want to understand military competition properly. They describe their method as a first cut, using joint functions to analyse operational concepts and identify which military functions are being prioritised.
What are the limits of this method?
A major challenge is the availability of reliable information. The speakers note that open-source material is limited, especially on China, and that it has become increasingly difficult to obtain verifiable information on military intentions and preparations. Nevertheless, they argue that operational concepts still provide a useful window into how militaries are thinking about future war.
Is industrial production really a new factor?
The speakers agree that industrial production and development potential are not new issues historically. However, they argue that these questions have taken on new significance because of today’s global supply chains and economic interdependence, especially between China and the United States. They point to the role of Chinese components in military systems and suggest that industrial resilience and reconstitution capacity are increasingly important factors in strategic competition.
Why does industrial capacity matter in a possible US–China conflict?
The speakers refer to war gaming on Taiwan scenarios suggesting that both sides could run low on munitions – especially missiles – relatively quickly. They note that even if one side secured an initial success, that success might prove temporary if the other side could rebuild faster. In this context, China’s industrial capacity is presented as a critical part of the competition.
Do Chinese military concepts include an equivalent to the US unmanned campaign framework?
The speakers say they are not aware of a directly named Chinese equivalent to the US Navy and Marine Corps’ Unmanned Campaign Framework, but they stress that China is clearly making a substantial effort to integrate unmanned systems across its forces. They also note that unmanned systems present a wider challenge for all militaries because technologies develop so quickly that systems may become outdated by the time they are fully operationalised.
If budgets do not clearly reflect competition, what does?
The speakers suggest that competition may be visible not only in headline budget increases, but in the reorientation of existing resources. They point to long-running US efforts to shift focus and assets towards the Indo-Pacific, while noting that other conflicts continue to draw resources away from that theatre.
Why are Chinese defence budgets difficult to interpret?
The speakers explain that China’s military budget is often estimated at around 2 per cent of GDP, although they stress that Chinese defence figures are difficult to assess accurately. They argue that relative budget figures can be misleading because even a stable percentage can translate into very large real-term increases when a country experiences major economic growth over time.
Can this framework predict who would win a future war?
The speakers are cautious. They say the framework can help explain how both sides intend to fight but not reliably predict how a war would unfold or who would ultimately prevail. They stress that operational concepts are uncertain, that doctrine does not always translate neatly into practice, and that each war develops according to its own particular dynamics.
What does this approach reveal about escalation risks?
The speakers suggest that both sides appear to be preparing to fight by paralysing the adversary’s systems – for example by attacking command-and-control nodes, ISR capabilities, and information networks. They argue that such approaches could create serious escalation risks because blinding or disabling an opponent in this way may lead to rapid and dangerous escalation.
How should hypersonic weapons be assessed?
The speakers argue that direct system-to-system comparisons are not enough. Instead, hypersonic weapons should be assessed as part of the wider military system that supports them, including ISR, command and control, targeting processes, and the adversary’s air-defence systems. They also suggest that China appears to have moved ahead in the field of hypersonic glide vehicles, citing the already fielded DF-17 and the development of longer-range systems.
Do numbers still matter in missile competition?
Yes. Although the speakers criticise simplistic counting as a method on its own, they also emphasise that numbers still matter in missile warfare. A large quantity of missile systems can create a saturation problem that even advanced air-defence systems may struggle to cope with.
Can this method also be applied to NATO and Russia?
The speakers believe the method can be useful beyond the US–China case, but they stress that the NATO–Russia context is more complicated. They note that NATO is trying to develop its own multi-domain concept and digitalised way of warfighting, yet alliance integration remains difficult because it involves 32 countries and many legacy systems. At the same time, they argue that Russia’s war in Ukraine has exposed major weaknesses in traditional Russian doctrine and battlefield performance.
What does this mean for NATO more broadly?
The speakers suggest that the United States is developing operational concepts and capabilities for a possible China conflict that may increasingly diverge from those of the rest of NATO. They warn that this could widen the capability gap within the alliance and create future interoperability challenges.
What matters most when comparing US and Chinese command-and-control systems?
The speakers say it is difficult to identify a single decisive indicator, especially because Chinese command-and-control systems are hard to assess from the outside. However, they point to Chinese investment in data-transfer networks and joint operations, and they argue that recent exercises around Taiwan suggest that Chinese command-and-control systems may be becoming more effective. On the US side, they point to the ability to connect new technologies with legacy systems and to make these networks usable in practice.
What role does AI play?
The speakers argue that AI is becoming central to military command and control because the volume of incoming data is too large to process effectively without advanced computational tools. They suggest that the United States is increasingly integrating AI into battle networks and decision-support systems, while China is pursuing a similar direction through the concept of “intelligentization”. However, they also note that it remains unclear how successfully either side will implement these ambitions in practice.
Concluding Summary
The Q&A argues that military competition in the twenty-first century cannot be understood through ship counts, missile numbers, or defence budgets alone. Instead, the speakers highlight operational concepts, industrial production, unmanned systems, command and control, and AI as more meaningful indicators of how states prepare for future war. While this approach may not predict the winner of a future conflict, it offers a clearer way of understanding the pathways of competition between major powers.
Summary generated by AI and quality assessed.