Jason Lowery, a specialist with experience at NASA, has proposed that Bitcoin might evolve into a vital safeguard against cyberattacks powered by artificial intelligence in the near future.
Lowery highlights that existing digital security frameworks are increasingly vulnerable, particularly as autonomous AI agents become more involved in orchestrating cyber threats.
He explains that the emergence of AI-driven “hacker agents” is unavoidable, accelerated by the rapidly decreasing cost of computational power. These advanced AI systems will likely surpass all human-made cybersecurity defenses that rely solely on conditional logic and permission protocols. Consequently, traditional software-based security methods will no longer suffice.
Positioning Bitcoin as a natural defense mechanism against this challenge, Lowery emphasizes its proof-of-work consensus model. He points out that one critical limitation for artificial intelligence is the expense associated with computation—an area where Bitcoin plays a crucial role. As a global protocol, Bitcoin directly ties computational and energy expenditures to tangible physical constraints while converting these costs into tradable digital assets.
Lowery asserts that Bitcoin stands as the first worldwide system to employ electro-mechanical computation costs as “binding collateral.” This approach integrates physical and economic boundaries into cybersecurity strategies—barriers which AI cannot easily bypass—rather than relying purely on logical rules. Such an architecture could enable future computing environments to depend on Bitcoin’s framework for protection against AI-related risks.
The expert also critiques the common portrayal of Bitcoin merely as “digital gold,” arguing this perspective overlooks its broader potential impact. Looking ahead to 2030 and beyond, Lowery envisions Bitcoin not only preserving value but also serving as an essential foundation for securing global computing infrastructure.
This content does not constitute investment advice.