Abstract
Modern military organizations operate in environments characterized by uncertainty, ambiguity, technological acceleration, and interconnected security challenges. While defense institutions have invested in design thinking, red teaming, experimentation, and professional military education, limited evidence exists regarding how these interventions influence adaptive thinking. This article examines how structured cognitive interventions, referred to as epistemic devices, shape problem framing, sensemaking, and decision-making among military personnel. Drawing on qualitative research with thirty military personnel, embedded reflective practice, and a taxonomy analysis of more than 1,200 design and innovation activities, the article argues that not all innovation activities are cognitively equivalent. Some reinforce existing assumptions; others create conditions for reframing, bias mitigation, distributed reasoning, and constructive challenge. The implication for defense organizations is clear: adaptive thinking should be treated as a capability that can be deliberately designed, developed, and sustained.
Introduction: The Military Problem is a Thinking Problem
Military organizations are under pressure to adapt faster than the environments in which they operate. Strategic competition, gray-zone activity, information warfare, autonomous systems, cyber operations, and multi-domain threats have expanded the cognitive demands placed on military personnel. The problem is not simply that armed forces face new technologies or adversaries. It is that the situations they face increasingly resist simple definition, linear planning, and stable assumptions.
This creates a persistent institutional tension. Military organizations depend on hierarchy, doctrine, standard operating procedures, and command authority. These structures create reliability, speed, accountability, and cohesion. Yet the same structures can also narrow participation, discourage challenge, and reinforce inherited mental models. The question for contemporary defense organizations is therefore not whether structure should be replaced by creativity. It is how disciplined organizations can cultivate adaptive thinking without undermining the coherence on which military effectiveness depends.
Many defense organizations have responded by adopting innovation programs, design thinking, red teaming, experimentation, wargaming, and new forms of professional military education. These initiatives often seek to help personnel think differently about complex problems. Yet they are commonly evaluated through visible outputs: workshops delivered, ideas generated, concepts produced, or prototypes displayed. These outputs matter, but they do not prove that participants have developed durable cognitive capability.
This article argues that military organizations do not become more innovative simply by introducing innovation activities. They become more adaptive when those activities deliberately alter how people frame problems, test assumptions, engage diverse perspectives, and reason under uncertainty.
From Innovation Activities to Cognitive Interventions
This article uses the term epistemic devices to describe structured activities, artifacts, and processes that organize thinking. In practical terms, these are the mechanisms through which groups make problems visible, externalize assumptions, compare perspectives, and generate possible courses of action. They include mapping activities, scenario exercises, reframing prompts, stakeholder analyses, red-team structures, prototyping activities, and other designed interventions.
This distinction matters because defense organizations often treat innovation activities as interchangeable. A brainstorming exercise, a systems map, a design sprint, and a red-team session may all appear to support creativity, but they do not shape cognition in the same way. Complex or wicked problems require more than idea generation; they require the capacity to rethink the problem itself.
This study, therefore, examines epistemic devices through the lens of cognitive affordance. A cognitive affordance is the possibility for thinking that a particular structure enables or constrains. Some devices make assumptions visible. Some create productive friction between perspectives. Some help a group move from abstract concern to shared representation. Others prematurely narrow the problem or reproduce the authority structure already present in the room. Affordance is not inherent in a tool alone. It emerges through interaction among the activity, the participants, the facilitator, and the organizational setting.
Research Approach
The research used a two-part qualitative design. First, thirty military personnel with experience in design-led innovation, facilitation, and complex problem-solving activities were interviewed. Interviews explored how participants experienced different interventions, which activities altered their thinking, and what organizational conditions enabled or constrained that shift.
Second, the study drew on embedded reflective practice and taxonomy analysis. More than 1,200 design and innovation activities were reviewed and categorized according to purpose, structure, and cognitive characteristics. Analysis focused on five mechanisms: reframing, externalization, cognitive conflict, distributed reasoning, and constraint modulation. This approach enabled comparison between what military personnel reported in practice and what different classes of activity were designed to afford.
The study does not claim that a single intervention can create innovation capability. Rather, it asks a more practical question: which forms of structured activity help military personnel think differently, and under what conditions do those activities work?
Findings: Not All Activities Build Adaptive Thinking
The first finding is that not all innovation activities produce the same forms of thinking. Participants distinguished between activities that simply moved a group through a process and those that changed how the group understood the problem. Tool-based delivery often created the appearance of innovation without altering the assumptions underneath. More effective interventions enabled participants to ask whether they were solving the right problem in the first place.
The second finding is that reframing matters more than ideation. In complex military contexts, the earliest problem definition often reflects doctrine, institutional habit, rank, or previous experience. Activities with high cognitive affordance helped participants step back from that initial frame, surface what was being assumed, and consider alternative explanations. This is particularly important because cognitive bias, groupthink, and premature convergence are persistent risks in high-pressure decision environments.
The third finding is that externalization supports collective sensemaking. When participants mapped relationships, visualized systems, or made tacit assumptions explicit, they created shared objects for discussion. This shifted conversation from individual opinion to collective inquiry. It also allowed personnel from different functions or levels of experience to contribute to the same representation, improving the group’s capacity to reason together.
The fourth finding is that hierarchy shapes cognitive outcomes. Rank is essential for command, accountability, and operational action. Yet during exploratory work, it can suppress uncertainty, limit dissent, and privilege the views of senior participants. Some epistemic devices mitigated this effect by structuring participation before evaluation, separating idea generation from judgment, or allowing anonymous or visual contribution. These activities did not remove hierarchy, but they reduced its cognitive dominance.
The fifth finding is that adaptive thinking develops through repertoire. Personnel exposed to a wider range of epistemic devices were better able to select, modify, and sequence activities in response to context. By contrast, reliance on a narrow toolkit encouraged formulaic practice. Adaptive cognition was therefore associated not with mastery of one method, but with the capacity to choose structures that fit the cognitive task at hand.
Discussion: Designing the Conditions for Judgment
These findings suggest that adaptive thinking is not only an individual trait. It is produced through the interaction of people, tools, facilitation, and organizational conditions. This aligns with research on reflective practice and organizational learning: professionals develop judgment through cycles of action, reflection, and reframing rather than through procedure alone.
For military organizations, this has three implications. First, innovation programs should be assessed by whether they improve thinking, not only by whether they produce outputs. A workshop that produces attractive artifacts but leaves assumptions untouched has limited strategic value. Second, facilitation capability matters. The same activity can open or close cognition depending on how it is framed, sequenced, and held. Third, leaders play a critical role in authorizing uncertainty. Adaptive leadership requires creating space for inquiry before demanding closure.
This does not mean that military organizations should abandon structure. The issue is the type of structure. Some structures enforce compliance; others create the conditions for disciplined exploration. The most effective epistemic devices balance openness with enough constraint to keep attention focused. They help groups move from confusion to shared understanding without rushing prematurely toward a solution.
This is why the development of adaptive thinking should be treated as part of cognitive readiness. High-reliability organizations cannot rely only on plans; they must also cultivate the capacity to notice weak signals, revise assumptions, and respond to the unexpected. In this sense, epistemic devices are not peripheral workshop tools. They are mechanisms through which organizations design the conditions for better judgment.
Implications for Defense Organizations
These implications extend across professional military education, innovation programs, capability development, and leadership practice. Professional military education should move beyond transmitting content and deliberately design learning experiences that cultivate reframing, systems awareness, and reflective judgment. Defense innovation programs should stop treating all activities as equivalent and instead select interventions according to the cognitive outcome required. Capability development should recognize that future advantage depends not only on platforms and processes, but also on how personnel make sense of ambiguous situations.
Defense leaders can apply five practical lessons.
- Define the cognitive intent before selecting an activity.
- Use devices that surface assumptions before generating solutions.
- Design participation so that rank does not determine which ideas become visible.
- Build facilitator capability, because tools rarely work independently of skilled judgment.
- Develop a repertoire over time rather than relying on isolated innovation events.
These recommendations are consistent with broader work on learning organizations and design-oriented management, which emphasizes that organizational performance depends on the ability to create, test, and revise shared representations of complex problems. They also speak directly to a recurring challenge in military and intelligence settings: the difficulty of recognizing when existing frames no longer fit emerging conditions.
Conclusion
Military organizations will not become adaptive simply by adopting the language of innovation. Nor do personnel become adaptive thinkers because they attend a workshop or learn a new method. Adaptive thinking develops when organizations deliberately design the cognitive conditions through which personnel frame problems, test assumptions, collaborate, and make sense of uncertainty.
This article has argued that epistemic devices should be understood as cognitive interventions. They are not neutral tools. They shape what can be seen, said, questioned, and imagined. Used poorly, they can create the appearance of innovation while leaving existing assumptions intact. Used well, they can help military personnel reframe complex problems, access distributed knowledge, and develop more adaptive forms of judgment.
Future military advantage will depend not only on superior technology, resources, or doctrine, but on better thinking. Designing that thinking is now a strategic task. For defense organizations, the question is no longer whether innovation matters, but whether the activities used in the name of innovation are actually building the cognitive capacity the future force will require.
