The discussion revolves around the impact of digital and intelligent technologies in the military domain on national strategic stability and power balance, emphasizing that the United States views digital and intelligent technologies as a core variable of national security and pursues absolute security and strategic superiority. At the same time, it highlights the Indo-Pacific region as the focal point of geopolitical tensions in the 21st century, where the U.S. digital and intelligent technology strategic deployments have profound implications for global markets, alliances, and the geopolitical landscape.

1. Characteristics of the U.S. Military Application of Digital and Intelligent Technologies in the Indo-Pacific

The characteristics of the U.S. military application of digital and intelligent technologies in the Indo-Pacific are reflected in multiple aspects. First, the establishment of the U.S. Department of Defense's "Chief Digital and Artificial Intelligence Office" (CDAO) has advanced digital engineering strategies and artificial intelligence (AI) innovation to maintain U.S. leadership in digital technology and military AI. Through partnerships with specialized technology companies, the U.S. tests AI tools to enhance the speed and quality of battlefield decision-making. Second, the U.S. regards the military application of digital and intelligent technologies as key to improving military dominance, adjusting strategic plans to accelerate their strategic expansion. The release of the Defense Science and Technology Strategy underscores the close relationship between critical technologies and national security, outlining policies to foster a more dynamic ecosystem and strengthen cooperation with allies and partner nations. Through mechanisms like the "Quadrilateral Security Dialogue" (Quad) and the "Stargate" AI initiative, the U.S. promotes the integration of new technologies and data, as well as the construction of AI infrastructure. Simultaneously, the U.S. erects technological barriers to consolidate its dominance in pioneering fields, adhering to a "technology-first" strategic mindset.

Leveraging the momentum of digital and intelligent technology military applications, the U.S. optimizes its strategic deterrence system, implementing an "Integrated Deterrence Strategy" to build a resilient military and defense ecosystem. The Army Digital Transformation Strategy, released by the U.S. Army Headquarters, emphasizes the vision of digital transformation, including establishing a digital, data-driven Army, optimizing digital investments, cultivating digital talent, and strengthening collaborative networks. The National Geospatial-Intelligence Agency (NGA) enhances maritime domain awareness in the Indo-Pacific through commercial solution initiatives. The U.S. also reinforces its offensive advantages in "hybrid warfare" through technology-driven approaches, applying AI to cyber defense and attack.

In enhancing strategic projection capabilities, the U.S. strengthens its forward military presence in the Indo-Pacific through the "Pacific Deterrence Initiative," expands alliance and partner military network construction, and improves intelligence-sharing and joint operational capabilities. The "Indo-Pacific Multiple Award Construction Contract" (IMACC) awarded by the Naval Facilities Engineering Systems Command (NAVFAC) supports this initiative. The U.S. Indo-Pacific Command accelerates the development of the Indo-Pacific Command Mission Network (IMN) and integrates AI and machine learning into its cyber defense strategy.

Finally, the U.S. focuses on improving joint operational systems to enhance combat effectiveness, expanding military technology sharing, and strengthening military system interoperability. The U.S. emphasizes AI's role in threat intelligence strategies, collaborating with tech giants to enhance allies' and partners' digital identification, detection, and recovery capabilities. Contracts awarded by the Army Geospatial Center (AGC) support GRIDS IV in developing next-generation geospatial technologies, highlighting AI and rapid data integration to strengthen data-sharing with allies. The U.S. also adopts new operational concepts, such as "distributed operations," "intelligent joint warfare," and "algorithmic warfare," to secure strategic dominance in future conflicts.

2. Strategic Considerations Behind the U.S. Indo-Pacific Military Application of Digital and Intelligent Technologies

The U.S. strategic deployment of digital and intelligent technologies in the Indo-Pacific aims to strengthen its military presence, enhance its strategic advantage over China, and consolidate its dominant position in the regional security architecture. The U.S. is committed to building an overwhelming military superiority system for future warfare, ensuring dominance in digital and intelligent technology military applications, adhering to "techno-nationalism," and gaining leadership in high-tech competition through technological alliances. Collaborating with Indo-Pacific nations, the U.S. promotes initiatives like Open Radio Access Networks (Open-RAN) to enhance network flexibility and holds Defense AI Partnership Dialogues to establish new AI governance rules. The U.S. strengthens alliance resilience, develops key digital engineering fields, improves force interoperability, and cultivates specialized talent. It reinforces preemptive capabilities, signing executive orders to solidify its global leadership in AI and maintain strategic superiority over competitors. The U.S. also seeks greater control over the virtual information battlefield through proactive intelligence gathering, shaping the regional security environment, and weakening adversaries' information warfare capabilities.

The U.S. attempts to create issue-based alliances to bolster its military deterrence posture in the Indo-Pacific, forming composite alliances to shape a favorable strategic landscape. It positions India as a central partner, establishing a U.S.-India Strategic Technology Alliance to foster dialogue and cooperation in major technological innovations and infrastructure. Under the AUKUS framework (Australia, UK, U.S.), the U.S. advances cooperation in AI military applications and quantum technology. By integrating allied resources, the U.S. consolidates its AI leadership, enhances partners' military capabilities, and reduces the cost of maintaining its hegemony. It builds a fully interoperable allied military collaboration network, enabling broader force projection in the Indo-Pacific through enhanced military system interoperability.

The U.S. employs digital and intelligent "hybrid warfare" to constrain China's strategic space, intensifying pressure through asymmetric capabilities. It emphasizes gradual action, prioritizing "gray zone warfare" capacity-building among allies. The U.S. constructs a cognitive domain manipulation system, leveraging its cyber advantage to shape public opinion and influence China's strategic environment for safeguarding sovereignty and security. It undermines Indo-Pacific nations' consensus on China-led regional order restructuring, escalating digital and intelligent technology competition to reshape the regional strategic landscape. Viewing China as a strategic competitor, the U.S. escalates technological containment, seeking dominance in Indo-Pacific digital infrastructure and governance rule-setting while expanding its regional intervention scope and depth.

3. Impact of the U.S. Military Application of Digital and Intelligent Technologies in the Indo-Pacific

The U.S. strategic deployment of digital and intelligent technologies in the Indo-Pacific has profound implications for global military competition, regional security dynamics, and global digital governance. The escalating race in military applications of these technologies is reshaping warfare, accelerating the development of intelligent warfare. Disparities in digital and intelligent technology development may become potential triggers for heightened confrontation, increasing the risk of major powers misjudging strategic postures. Smaller Indo-Pacific nations face pressure from regional security restructuring, exacerbating power imbalances. The U.S. pursuit of advanced digital and intelligent tools, weapons, and systems complicates the regional security environment. The transactional diplomacy of the Trump era influences allies' strategic choices, limiting Indo-Pacific nations' agency in reshaping regional security orders. The U.S. creates exclusive minilateral mechanisms, fracturing regional cooperation and undermining peace and stability. The securitization of digital and intelligent technologies intensifies, with U.S.-led trends disrupting international security norms and governance. Military applications exacerbate strategic power imbalances, altering military decision-making, data collection and analysis, intelligence-sharing, communications, and logistics. Challenges in collaborative governance mechanisms stem from real-world constraints, with global digital governance deficits evident in widening digital divides, institutional gaps, outdated paradigms, and the dominance of digital hegemony, protectionism, and imperialism. The exclusivity of U.S. technology alliances weakens collaborative governance foundations, increasing costs.

4. Conclusion

The development of military applications for digital and intelligent technologies significantly impacts international peace and security, intensifying competition in emerging technology fields. Intelligent warfare emerges as a new form of conflict, transforming modern warfare. Major powers must rationally assess technological changes and respond proactively to maintain strategic advantages. China should prioritize forward-looking deployments in AI and other fields, strengthen new technology applications in national security, and advance capabilities in emerging domains. It must enhance intelligent combat capabilities, improve joint operational coordination, and foster open, equitable security governance mechanisms to collectively safeguard regional stability and promote a shared future for human security.