The human element behind future-proof defence

2 minutes read

In a world filled with uncertainty, technological acceleration, and complex multi-domain conflicts, designing future-proof military capabilities poses  a significant challenge. Wargaming offers a powerful means of  exposing assumptions, testing ideas, and stimulating critical thinking. A recently published article in the JAPCC Journal, co-authored by Antoine de Reus (NLR) and Lieutenant Colonel Gwendolyn Bakx (Royal Netherlands Air Force), explores the human factor behind future-proof defence.

The idea is far from new. During World War II, the Women’s Royal Naval Service – the Wrens – used chalk and bed sheets to simulate convoy movements and submarine attacks. This simple exercise led to the development of new tactics and procedures that made Atlantic supply lines safer. It demonstrates that wargames do not have to be expensive, complicated simulations to have a significant impact.

From secure environment to strategic capability development

Wargaming is a serious game in which participants make strategic choices. It can involve tabletop exercises, board games, digital simulations, or a mix of these, sometimes even with AI support. The difference from other methods lies in the human element: making dynamic decisions, experimenting, and learning from mistakes.

For future force design, this is crucial. It involves translating strategic ideas into concrete capability development. This makes it clear for planners what the interplay is between complex systems, different domains, and human decision-making chains. They help expose assumptions, discover hidden vulnerabilities, and explore new possibilities.

Enhancing adaptive capability

However, wargaming is not an exact science. It shows which situations and reactions are plausible, but does not guarantee specific outcomes. Biases from designers or participants, as well as preparation, can influence the results. Therefore, it works best in low-threshold formats that allow for rapid repetition and iteration. It can also be enhanced with digital tools or AI for specific ‘deep dives’. Diversity among participants and scenarios based on real data increase the value and applicability of the insights gained.

The real value of wargaming lies in learning through experience. Often, the most important lessons come from failure: the ‘losing’ team discovers weak points that lead to more robust and flexible structures. So, it’s not about winning, but about fostering critical thinking, exposing risks, and enhancing adaptive capability.

Interested in how wargaming works in modern force design, including the recent Dutch-JAPCC initiative for a repeatable approach within NATO? The full article is available via JAPCC.

Related posts

Construction and Manufacturing

18 September 2026

Booklet: Composites Research and Development

A key objective for more efficient and sustainable aircraft is to make lightweight, durable and affordable parts which are designed for ease of maintenance. To be allowed to use parts made of new materials like composite and metal additive printed components in an industry like aviation, all of the materials must be accompanied by the right certification. NLR takes care of the entire process, from calculation and design all the way through to manufacturing, repair and certification. NLR assesses material properties, develops structural concepts and manufacturing technologies, designs components and builds parts up to the level of full scale prototypes. Spanning the entire spectrum of product development is what makes NLR unique.

Sustainability and Environment

18 September 2026

Booklet: R&D More electric and hydrogen-electric powered aerospace

Hydrogen as a fuel is considered to be an important route towards future sustainable aviation. For aviation
applications, hydrogen presents several key advantages: it allows for the elimination of carbon emissions in
flight and along the entire life cycle. Its usage in fuel cells allows eliminating NOx and particles. When burnt
in a turbine engine, very low particle emissions can be expected, as well as reduced NOx emissions, provided that the combustion system is optimised. However, water vapour emissions need to be carefully managed.

Space Technology

18 September 2026

Booklet: Overview space capabilities

Royal NLR works closely with industry and government to design satellites, payloads and launchers systems, as well as subsystems, such as thermal control systems, electronics and antennas. We also invest in state-of-the-art facilities to accelerate our research and develop new space capabilities by leveraging our expertise in aerospace-qualified lightweight composite structures, multi-metal additive manufacturing, and the effective use of Earth observation and satellite navigation data for both civil and military applications.