Softwar

Softwar: A Novel Theory on Power Projection and the National Strategic Significance of Bitcoin is Jason P. Lowery’s thesis submitted at MIT in February 2023 for the Master of Science in Engineering and Management degree. The institutional record places it in the System Design and Management program. This overview draws on that public thesis; its academic origin does not itself prove all its conclusions correct. [1] [2]

Lowery asks what we overlook if we study Bitcoin solely as money. He proposes also examining Proof of Work as a security technology that can bring physical costs into the digital environment. His goal is more than a new description of price or payments. He wants to offer different questions for research and for thinking about the technology’s strategic significance. [2]

The Power Projection Theory framework connects control over resources with the ability to raise an adversary’s cost of attacking them. The text moves through biology and human power relations into cyberspace. The author then interprets Bitcoin as a possible means of such power projection through computational work and energy. Analogies between these fields are building blocks of his theory; they do not themselves validate every proposed application. [2]

The author uses grounded theory, a qualitative approach to building theory from analyzed material. He combines concepts from different fields and explicitly states that the outcome is a new theory, rather than a completed test of a hypothesis derived from an already accepted theory. In the methodology section he also acknowledges the influence of the researcher’s assumptions and interpretation. This determines how strong a conclusion the text can support. [2]

In the cybersecurity section, Lowery describes the concept of a proof-of-power wall. A receiving system would require evidence of computational work so that sending requests would not be almost costless. The author connects this idea with earlier anti-spam proposals and develops it into a broader security architecture. It is a proposal for changing costs and incentives; its general effectiveness requires verification for a particular system and threat. [2]

From his theory, Lowery derives recommendations for American decision-makers: broaden the range of expert perspectives on Bitcoin, support domestic mining infrastructure and consider a strategic bitcoin reserve. These proposals depend on the validity of his broader security argument. We describe the author’s recommendations in the thesis, not thereby established current government policy or proof that energy competition will replace wars. [2]

In his review, Jameson Lopp points out that Proof of Work is not Bitcoin’s entire security model: software and nodes also validate the rules. He objects that increasing the cost of a request does not itself show how to secure arbitrary other data or programs. This challenges the transition from a known function to a broader application, rather than denying the importance of Proof of Work. Readers can thus assess the precise disputed step in the argument. [3]

In the conclusion, Lowery invites other researchers to derive hypotheses from his framework and test or refute them. For this overview, the abstract, contents, selected introductory and methodological passages, the proposed security barrier and selected concluding recommendations were read; the entire thesis was not verified. A useful next question is: what specific mechanism is proposed, against which threat, and what result would reveal its limits? [2]