In a pivotal moment for national security discussions, Admiral Samuel Paparo of U.S. Indo-Pacific Command (INDOPACOM) revealed during a Senate Armed Services Committee hearing in April 2026 that his command was actively experimenting with Bitcoin, calling it a “valuable computer science tool for power projection.” This announcement, coupled with Iran’s demand for Bitcoin payment to navigate the Strait of Hormuz, has thrust the cryptocurrency into the spotlight of military strategy. Here are seven essential insights into what Bitcoin means for the U.S. military’s ability to project power and maintain deterrence in the digital age.
1. INDOPACOM’s Bitcoin Node Experiment
Admiral Paparo’s disclosure that INDOPACOM is running a Bitcoin node is far from a casual test. It signals that the U.S. military recognizes the underlying blockchain protocol as more than just a financial instrument. By running a full node, the command gains firsthand experience with Bitcoin’s decentralized network, exploring its resilience and security features in a military context. This experiment allows the Pentagon to evaluate how such infrastructure could enhance cybersecurity, protect communications, and offer a tamper-proof ledger for sensitive operations. The move also aligns with broader Department of Defense efforts to integrate emerging technologies into command-and-control systems, potentially giving INDOPACOM a strategic edge in the cyber domain.
2. Iran’s Bitcoin Demand and Geopolitical Leverage
Just days before Paparo’s testimony, Iran’s Islamic Republic demanded Bitcoin payment for safe passage through the Strait of Hormuz—a chokepoint for global oil shipments. This demand underscores how Bitcoin shifts the balance of power. Unlike traditional fiat currencies that can be frozen or sanctioned, Bitcoin operates outside the control of any single nation. For Iran, it offers a way to bypass U.S. financial hegemony and project its own sovereignty. For the U.S. military, this highlights the need to understand Bitcoin’s role in asymmetric warfare and economic coercion. The Strait of Hormuz incident is a real-world test of how cryptocurrencies can be used as geopolitical tools, forcing defense planners to rethink deterrence strategies.
3. Jason Lowery’s Controversial Thesis in Softwar
Jason Lowery, an MIT fellow and special assistant to the INDOPACOM commander, authored the book Softwar: A Novel Theory on Power Projection, which explores Bitcoin’s military implications. Lowery argues that Bitcoin is not merely digital money but a breakthrough in cybersecurity—a tool for projecting power in cyberspace where traditional deterrence methods fail. His thesis gained both acclaim and criticism within the Bitcoin community. However, Lowery later removed the book from distribution at his superiors’ request, fueling speculation that its insights were too sensitive for public consumption. The controversy itself highlights the military’s interest in controlling information about Bitcoin’s strategic applications.
4. Redefining Power Projection for Cyberspace
The Department of Defense defines power projection as the ability to apply national power elements—political, economic, informational, or military—to rapidly respond to crises and deter adversaries. In cyberspace, however, this concept is problematic. Digital attacks can be logged, but attribution is difficult, and proportionate responses are unclear. Lowery’s contribution is to frame Bitcoin as a means of introducing physical-world deterrence into cyberspace. Because Bitcoin mining requires computational power that consumes real energy, it transforms abstract digital actions into tangible costs. This creates a credible threat of retaliation in a realm where traditional military options are limited. The U.S. military sees Bitcoin as a way to enforce rules of engagement in the digital battlefield.
5. Deterrence Through Proof-of-Work
The DoD defines deterrence as prevention from action by fear of consequences. Lowery argues that Bitcoin’s proof-of-work mechanism provides exactly that. In the physical world, nations deter each other with costly military assets—navies, missile systems, etc. In cyberspace, no equivalent exists. Bitcoin mining, however, requires massive electricity and hardware investment. Malicious actors who attack the network must expose themselves to counterattacks that destroy the value of their mining infrastructure. This “skin in the game” creates a deterrence dynamic that mirrors real-world military standoffs. For the U.S. military, understanding and leveraging this dynamic could protect critical systems from cyberattacks without escalating to kinetic conflict.
6. Bitcoin as a Global Macrochip
Lowery presents a compelling analogy: just as microchips use electric power in encoded logic to run a computer, the Earth’s electric grid can be seen as a macrochip where Bitcoin mining encodes energy into computational proof. This perspective transforms Bitcoin from a speculative asset into an infrastructure for global cybersecurity. The U.S. military can use Bitcoin’s network to “write” security into the grid, making it resistant to spoofing and denial-of-service attacks. By treating the entire planet as a single processing unit, the Pentagon gains a new strategic layer—one where energy consumption directly translates into cryptographic defense. This macrochip concept is central to understanding why INDOPACOM is experimenting with nodes.
7. The Broader Implications for National Security
The integration of Bitcoin into military strategy marks a paradigm shift. It challenges traditional notions of sovereignty, money, and warfare. If the U.S. military can harness Bitcoin for power projection, it may reduce reliance on expensive physical assets like aircraft carriers while gaining a persistent, decentralized deterrence capability. Conversely, adversaries like Russia or North Korea could also exploit Bitcoin to undermine U.S. financial sanctions or coordinate cyber operations. The Pentagon’s openness about its experiments suggests a proactive approach to shaping this new domain. As Lowery’s work hints, the real battle may not be over Bitcoin’s price, but over who controls the energy and computation that underpin its security. Understanding these insights is crucial for anyone concerned with the future of military power.
Conclusion
Bitcoin has evolved from a niche digital currency into a strategic asset for the U.S. military. From INDOPACOM’s node experiment to Iran’s geopolitical demands, the cryptocurrency is forcing a re-evaluation of power projection in cyberspace. Jason Lowery’s insights, while controversial, provide a framework for understanding how proof-of-work can bridge the gap between digital and physical deterrence. As the Pentagon continues its exploration, one thing is clear: Bitcoin’s role in national security is only just beginning. The military’s ability to adopt and adapt to this technology will shape the balance of power for decades to come.