Bitcoin's Role in Military Power Projection: Insights from the U.S. Indo-Pacific Command

In the evolving landscape of modern warfare, the intersection of digital currencies and national security has sparked unprecedented discussions. A recent development that caught the attention of both defense analysts and cryptocurrency enthusiasts was the revelation by Admiral Samuel Paparo, commander of the U.S. Indo-Pacific Command (INDOPACOM), regarding the military's experimentation with Bitcoin. During a Senate Armed Services Committee hearing in late April 2026, Admiral Paparo described Bitcoin as a "valuable computer science tool for power projection" and disclosed that INDOPACOM is actively running a Bitcoin node as part of its cybersecurity research.

The Senate Hearing and Admiral Paparo's Remarks

Appearing before the Senate Armed Services Committee on April 21–22, 2026, Admiral Paparo’s comments marked a significant moment in the dialogue between the military and the cryptocurrency sector. He emphasized Bitcoin’s utility not merely as a financial asset but as a tool to enhance cyber defenses and strategic capabilities. The admission that INDOPACOM is experimenting with a Bitcoin node suggests a deeper exploration of blockchain technology for secure communications, data integrity, and resilient infrastructure.

Bitcoin Node Experiments

Running a full Bitcoin node allows an entity to validate transactions and maintain a complete copy of the blockchain without relying on third parties. For the military, this could mean enhanced sovereignty over cyberspace operations, tamper-proof record-keeping, and a decentralized way to coordinate among distributed forces. Admiral Paparo’s disclosure indicates that INDOPACOM is testing these very properties to understand how Bitcoin’s protocol can fortify military networks against cyberattacks.

The Strait of Hormuz Incident and Iran’s Bitcoin Demand

Remarkably, Admiral Paparo’s remarks came shortly after the Islamic Republic of Iran demanded payment in Bitcoin for safe passage through the Strait of Hormuz—a critical chokepoint for global oil shipments. This incident underscored the growing relevance of cryptocurrencies in geopolitical maneuvering. Iran’s demand highlighted how Bitcoin could be used not only as a payment method but also as a tool for nations to exert influence and create alternative financial channels outside traditional banking systems. The timing of these two events—the military’s exploration of Bitcoin and Iran’s demand—prompted a closer look at what power projection means in the digital age.

Understanding Power Projection in Military Terms

To grasp the significance of Admiral Paparo’s statement, it is essential to understand the military’s definition of power projection. According to the Department of Defense’s Dictionary of Military and Associated Terms (2002 edition), power projection is:

“The ability of a nation to apply all or some of its elements of national power—political, economic, informational, or military—to rapidly and effectively deploy and sustain forces in and from multiple dispersed locations to respond to crises, to contribute to deterrence, and to enhance regional stability.”

In essence, power projection is about influencing the behavior of other nations or actors beyond one’s borders. Traditionally, this includes military might (e.g., long-range missiles, aircraft carriers), economic sanctions, diplomatic pressure, and informational campaigns. Cyberspace, however, has posed a unique challenge: achieving deterrence in an environment where attribution is difficult and offensive capabilities are easily proliferated.

Deterrence and Its Cyber Dimension

The DoD defines deterrence as “the prevention from action by fear of the consequences. Deterrence is a state of mind brought about by the existence of a credible threat of unacceptable counteraction.” In the physical world, deterrence is relatively straightforward—a powerful navy or nuclear arsenal makes adversaries think twice. But in cyberspace, traditional deterrence mechanisms often fail because the cost of entry is low, and attackers can remain anonymous. It is here that Bitcoin enters the conversation as a potential game-changer.

Jason Lowery’s Controversial Thesis: The Bridge Between Bitcoin and Power Projection

The concept of Bitcoin as a tool for power projection was notably advanced by Jason Lowery, a former MIT fellow and special assistant to the commander of INDOPACOM. In his book Softwar: A Novel Theory on Power Projection, Lowery argued that Bitcoin’s proof-of-work mechanism could serve as a form of cyber deterrence by imposing significant computational costs on malicious actors. His thesis gained substantial traction in the Bitcoin community, attracting both ardent supporters and sharp critics.

The Book and Its Removal

Despite its popularity, the book was later taken down from distribution at the request of Lowery’s military superiors. This move sparked speculation that the content contained sensitive insights the U.S. military preferred to keep under wraps. Lowery’s work remains a reference point for understanding how Bitcoin could be leveraged for national security purposes—blurring the lines between civilian technology and military strategy.

Bitcoin as a Tool for Deterrence in Cyberspace

Lowery drew an analogy between the physical world’s electric grid and the global digital infrastructure. He suggested that just as microchips manipulate electrical signals on a motherboard, the worldwide network of computers and energy can be seen as a macrochip with encoded logic. Bitcoin’s proof-of-work mining, which requires vast amounts of electricity, could be viewed as a method of converting energy into computational security—a resource that adversaries would need to match to disrupt the system.

This perspective offers a novel way to project power in cyberspace: by establishing a decentralized, energy-backed ledger that is extremely expensive to attack, the United States could create a credible deterrent against cyber threats. Instead of relying solely on offensive cyber capabilities, the military could leverage the inherent security properties of Bitcoin to raise the cost of aggression for potential state and non-state actors.

Moreover, running nodes and participating in the Bitcoin network can provide the military with a resilient communication channel that is not dependent on any single authority, making it harder for adversaries to disrupt command and control systems. This aligns with the DoD’s vision of power projection—applying informational and economic elements of national power to enhance stability and deterrence.

Conclusion: The Strategic Implications

The Senate hearing comments by Admiral Paparo, combined with Iran’s bold Bitcoin demand and Jason Lowery’s provocative thesis, point to a future where Bitcoin may play a strategic role in U.S. military operations. While questions remain about scalability, regulatory hurdles, and environmental impact, the underlying concept of Bitcoin as a tool for power projection is gaining serious consideration within defense circles.

As cyberspace becomes the fifth domain of warfare, the military will need innovative approaches to establish deterrence and project influence. Bitcoin’s decentralized, immutable, and energy-intensive design offers a unique platform for achieving these goals. Whether through running nodes, developing blockchain-based defense systems, or exploring new forms of economic warfare, the U.S. military is clearly—and quietly—integrating cryptocurrency into its strategic toolkit.