How resource security, energy market stress, and defence spending trends interact with AI and geopolitics into 2026.

Resource Security, Energy Market Stress, and Defence Spending Trends Interacting with AI and Geopolitics into 2026

The geopolitical landscape of 2026 is characterized by a profound intertwining of resource security, energy market dynamics, defence investments, and technological sovereignty—especially as nations race to secure the physical infrastructure underpinning AI capabilities. This convergence has led to increased tensions, strategic realignments, and a fragmented yet highly competitive global order.

Resource Grabbing and Critical Minerals in a Fracturing World

At the heart of AI's physical foundation are critical minerals such as lithium, cobalt, and rare earth elements, essential for manufacturing AI chips, batteries, and advanced hardware. As AI infrastructure expands, competition over these finite resources intensifies, prompting countries to secure strategic deposits in frontier regions like the Arctic, Africa, and parts of Asia. The melting ice in the Arctic has revealed vast mineral deposits, igniting sovereignty disputes among Russia, the US, and European nations, thereby risking regional tensions.

Key developments include:

• Diversification efforts: Countries such as India and European nations are investing over $1 billion each to establish regional rare earth processing plants, aiming for resource sovereignty and reducing dependence on Asian supply chains.
• Semiconductor sovereignty: Japan’s $1.7 billion investment in Rapidus aims to develop 2nm chip production, a strategic move to secure advanced manufacturing capabilities.
• Private sector investments: Nvidia’s $120 billion push into domestic chip manufacturing and OpenAI’s $110 billion funding round underscore the critical importance of hardware supply chains.

Space Infrastructure and AI Resilience

Space-based systems are increasingly central to AI resilience and strategic autonomy. Companies like SpaceX are deploying orbit-based AI processing hubs, enabling independent and resilient operations in contested environments. Countries such as India and the UAE are developing supercomputers integrated with orbital AI hubs for applications like planetary defense and autonomous military operations.

Advancements in model efficiency, exemplified by Anthropic’s MiniMax, which reduces model size by over 70%, are making space deployment more feasible and cost-effective. This infrastructure enhances:

• Resilience against ground-based disruptions
• Reduced latency in critical operations
• Strategic autonomy in AI capabilities

Escalating Defence Spending and Geopolitical Tensions

Global defence budgets have continued to grow, reaching approximately USD 2.63 trillion in 2025, driven by regional conflicts, resource security concerns, and the AI arms race. Notable trends include:

• European and NATO nations increasing military expenditure in response to the Ukraine conflict and Russian assertiveness.
• China’s military modernization, emphasizing missile and cyber capabilities, primarily to contest sovereignty issues around Taiwan and the South China Sea.
• The volatile Middle East, exemplified by recent US-Israel strikes on Iran, has heightened fears of wider regional conflict. Oil markets reacted sharply, with prices rising 20% amid supply disruption fears.

Dual-use AI technologies, capable of serving both civilian and military needs, are central to escalation. Governments and private firms are collaborating to develop autonomous military systems, with security audits becoming standard before deployment.

Addressing Security Vulnerabilities and Fragmentation

The rapid proliferation of AI hardware, space infrastructure, and resource dependencies introduces systemic risks:

• Supply chain sabotage and hardware tampering are persistent threats due to increasing reliance on international manufacturing.
• Cyberattacks targeting factories and AI model repositories surged by over 50% in 2026.
• Countries like South Korea and Japan are conducting stress tests on their chip supply chains, while onshoring efforts accelerate globally to mitigate vulnerabilities.

Simultaneously, sovereign AI ecosystems are emerging, with nations establishing distinct AI standards and protocols. This technological bifurcation could deepen regional divides, complicating international cooperation on norms and security frameworks.

Policy Responses and Strategic Actions

In response, nations are adopting more rigorous security protocols:

• The US Department of Defense mandates comprehensive audits and security commitments for military AI deployments.
• Major firms are investing in hardware provenance tracking and security audits to safeguard against tampering.
• International efforts to develop AI model auditing and hardware certification are underway but are challenged by geopolitical rivalries.

Resource diplomacy is gaining prominence, with countries diversifying reserves into gold, critical minerals, and developing digital currencies like China’s digital yuan to bypass traditional financial channels and reduce dependence on the dollar.

Broader Geostrategic Implications

The overarching trend toward multipolarity is driven by resource nationalism, technological sovereignty, and space dominance. Countries leverage big data analytics and AI-driven risk indices—such as the AI-GPR Index—to inform capital flows, defense investments, and regional policies.

Market impacts include:

• Flows favoring resource-secure and geopolitically stable assets.
• Sharp reactions in energy markets, exemplified by oil price volatility amid regional conflicts like the US-Israel strikes on Iran.
• Increased geopolitical tensions affecting supply chains and investment strategies.

Conclusion: Navigating a Fragmented but Technology-Driven World

By 2026, AI’s strategic significance is rooted not only in its algorithms but crucially in its physical infrastructure—the critical minerals, space-based systems, and manufacturing capabilities that underpin its deployment. Nations’ choices—whether pursuing regional sovereignty or fostering international cooperation—will shape the stability and security of the global order.

While fragmentation poses systemic risks, opportunities remain for norm-setting, security frameworks, and resource diplomacy to foster stability. Success hinges on vigilant policy, resilient infrastructure, and a balanced approach to competition and cooperation in the geopolitics of AI, critical resources, and strategic infrastructure into 2026.