How Global Conflict Is Reshaping Defense, Industry, and Decision-Making
This is the first article in a Gold Institute strategic series examining how global conflict is reshaping security, defense, industry, technology, alliances, diplomacy, and decision making.
The next decade will be shaped by a new race for security, not only a race for military power, but a race for industrial capacity, economic resilience, critical materials, trusted supply chains, technological integration, information resilience, cognitive security, and decision advantage.
Europe is the clearest example of this change, but it is not alone. Across the Indo-Pacific and the Middle East, and in the broader allied world, governments are reaching the same conclusion: the assumptions that shaped the post-Cold War security order are no longer sufficient.
For decades, many democratic nations operated under a familiar set of assumptions. Large-scale war in Europe was considered unlikely. Globalization was expected to reduce the incentives for major-power conflict. Defense industrial capacity could be reduced because future wars were assumed to be shorter, more precise, and technologically managed. Supply chains could be optimized for efficiency rather than resilience. The United States would remain the central security guarantor in Europe, the Indo-Pacific, and the Middle East.
Those assumptions have weakened.
Russia’s war against Ukraine, China’s pressure across the Indo-Pacific, instability in the Middle East, the proliferation of drones and missiles, cyber threats, fragile supply chains, and uncertainty over the ability of the United States to support multiple theaters simultaneously are forcing governments to rethink defense.
The result is not simply higher defense spending. It is a broader strategic awakening.
NATO’s shift toward a much higher defense-investment benchmark reflects the scale of the change. The old two-percent debate is no longer enough. Allied governments are now being pushed to think about defense requirements, infrastructure, industry, resilience, and long-term readiness in a more integrated way.
Global military spending is moving in the same direction. But money alone will not solve the problem. The central question is not only whether governments can spend more. The real question is whether they can build the readiness, production capacity, technological integration, economic durability, and decision speed required to deter, survive, and prevail in a more dangerous world.
Modern warfare is no longer simply a contest between militaries. It has become a competition between entire national systems.
Military power still matters. Firepower still matters. Air superiority, missile defense, intelligence, logistics, and industrial capacity still matter. But no single element is decisive on its own. The decisive advantage increasingly belongs to countries and coalitions that integrate these elements faster and operate more effectively as a system.
Current conflicts from Ukraine to the Middle East show that national security now depends on the interaction of military forces, intelligence networks, defense industries, technology ecosystems, civilian infrastructure, energy systems, information environments, and political leadership.
A country’s ability to fight and endure is shaped not only by what happens at the front line, but by the strength and integration of the entire national security ecosystem behind it.
This changes how governments should think about alliances.
In the twentieth century, alliances were often built around geography, formal commitments, and shared political interests. In the twenty-first century, alliances will increasingly be measured by operational coordination: shared planning, shared intelligence, compatible systems, industrial cooperation, trusted supply chains, technology partnerships, and the ability to coordinate under pressure.
Political alignment is important, but it is not enough.
When a crisis begins, it is too late to build trust, integrate systems, establish intelligence-sharing mechanisms, or create emergency industrial capacity. Successful coalitions prepare before the crisis. They integrate planning, operations, intelligence, technology, logistics, industry, and decision making in advance.
Russia’s war in Ukraine shows why these matters.
The war exposed the return of industrial warfare on European soil. It showed that artillery, ammunition, drones, electronic warfare, air defense, logistics, manpower, and repair capacity remain decisive. It also showed that the side that adapts faster — technologically, industrially, and organizationally, can offset traditional military disadvantages.
The war has also demonstrated how rapidly the character of conflict can change. What began primarily as a war of ground maneuver, armor, artillery, and territorial defense has increasingly become a laboratory for drone warfare, long-range strike, electronic warfare, and rapid battlefield adaptation. Ukraine’s use of drones has not only shaped the front line; it has also allowed Kyiv to extend pressure into Russian territory, striking military infrastructure, energy facilities, logistics networks, and other strategic assets. This is one of the clearest examples of how relatively low-cost technologies, when combined with intelligence, innovation, and operational adaptation, can change the balance of pressure in a prolonged war.
Europe’s current defense transformation reveals this new reality. Air and missile defense, artillery, ammunition, drones, cyber, electronic warfare, AI, military mobility, space, and critical infrastructure protection are no longer narrow military issues. They are becoming core elements of European statecraft.
Yet Europe’s challenge is not simply financial.
Money is necessary, but not sufficient.
The deeper problem is fragmentation. European defense remains divided by national procurement systems, divergent industrial interests, uneven military readiness, incompatible platforms, slow acquisition cycles, workforce shortages, and political constraints. Europe has world-class defense companies and advanced technologies, but it commonly lacks the scale, speed, and integration needed for sustained high-intensity conflict.
Europe’s defense gap is therefore not simply a shortage of equipment. There is a shortage of integrated readiness.
The same lesson applies beyond Europe.
In the Indo-Pacific, China’s military modernization, maritime pressure, missile forces, cyber capabilities, and economic leverage are driving Japan, Australia, South Korea, the Philippines, and other partners to rethink deterrence, supply chains, defense production, and alliance integration.
In the Middle East, missile and drone warfare, proxy networks, cyber operations, maritime disruption, energy pressure, and information operations show how regional conflicts can quickly become multi-domain stress tests. The conflicts involving Iran demonstrated that range changes the structure of war, not only its distance. Long-range missiles, drones, and strike capabilities expand the battlespace, compress decision timelines, and turn what may appear to be a bilateral confrontation into a regional systems challenge.
The Middle East also shows a growing cost problem. Low-cost drones, rockets, and one-way attack systems can force defenders to use expensive interceptors or maintain high readiness levels for extended periods. Even a successful defense can become economically stressful if defenders must spend far more than attackers for every engagement.
This creates demand for cheaper interceptors, directed energy, electronic warfare, autonomous detection, passive defense, and AI-enabled prioritization.
Economic security is now part of national security.
A country may have advanced defense platforms, but without semiconductors, rare earth elements, energetics, batteries, fuel, microelectronics, steel, titanium, machine tools, software, and trained workers, those platforms cannot be produced, sustained, repaired, or replaced at scale.
Critical raw materials are especially important. Materials required for the green, digital, defense, and space sectors are strategic assets. Supply chains are no longer a background economic issue. They are part of the security equation.
Deterrence is not only built in military headquarters. It is built in factories, ports, mines, data centers, laboratories, shipyards, energy networks, and supply chains.
The information and cognitive domains are also becoming central to modern security.
Adversaries increasingly use disinformation, propaganda, cyber activity, fake personas, manipulated media, bot networks, social platforms, leaks, and influence operations to shape political environments before, during, and after military crises. Their goal is not always to convince the public of one alternative truth. Often, it is to create confusion, reduce trust, divide societies, slow decision-making, weaken alliances, and make democratic governments hesitate.
This means that defense modernization must include more than platforms, ammunition, cyber, AI, and industrial capacity. It must also include the ability to understand, protect, and operate in the information and cognitive domains.
The challenge is not only to collect more information. Modern governments already collect enormous amounts of data: intelligence reporting, open-source information, social media signals, cyber indicators, satellite imagery, diplomatic reporting, financial data, logistics data, and public sentiment indicators.
The real challenge is turning information into insight.
Information often sits in separate systems, agencies, formats, and classification environments. Decision-makers receive too much information, too late, and missing sufficient context. The future advantage will belong to governments that can collect, fuse, analyze, and present information in ways that support faster, better decisions.
This requires four capabilities.
First, collection: the ability to acquire relevant data from classified, commercial, open-source, cyber, social, economic, and operational environments.
Second, fusion: the ability to connect different types of information into one coherent picture.
Third, analysis: the ability to understand patterns and to identify anomalies, risks, opportunities, and adversary behavior.
Fourth, predictive insight: the ability to move from describing what happened to anticipating what may happen next.
AI can help, but only when connected to trusted data, human expertise, clear governance, and operational decision-making. AI should not be treated as a narrow software tool. It should be treated as part of the national security strategic infrastructure.
The future advantage in conflict will belong not only to the side with better weapons, but to the side with better prediction, faster fusion, and more effective decision support.
The next decade will therefore test whether democratic nations can move fast enough.
They must rebuild readiness, expand production, secure critical materials, protect supply chains, integrate AI and data, defend the information environment, strengthen alliances, and prepare societies for sustained strategic pressure.
The articles that follow will examine how this race is unfolding across Europe, the Indo-Pacific, the Middle East, smaller countries, economic and security systems, alliance networks, and the United States. Each arena is different, but the underlying strategic requirement is increasingly similar: the ability to integrate military power, industrial capacity, economic resilience, technology, intelligence, diplomacy, and decision-making processes into one coherent system.
The future will not be shaped only by those who spend more. It will be shaped by those who integrate better.
The decisive advantage will belong to countries and coalitions capable of connecting military power, economic resilience, industrial capacity, technology, intelligence, information awareness, and political will into one coherent system.
That is the new race for security.
Omer Haim is a Distinguished Fellow at the Gold Institute for International Strategy, a Washington D.C. based foreign policy and defense think tank.
