The Church-Turing Meta-Machine (CTMM) is a revolutionary computing architecture that enforces failsafe digital security through Golden Tokens - 64-bit capability keys that govern all access control on the hard surface of a Church-Turing Machine.
This simulator combines Alonzo Church's Lambda Calculus with Alan Turing's computational model to demonstrate how capability-based security can eliminate entire classes of vulnerabilities, including buffer overflows, privilege escalation, and unauthorised access.
This is not computation on the dangerous, centralised von Neumann architecture where any flaw can compromise everything. Instead, Lambda Calculus abstractions, when built with CLOOMC, are anchored to the real world through capability-based hardware enforcement, creating a solid foundation as trustworthy as mathematics itself.
Malware thrives on today's vulnerable systems, enabling mass surveillance and paving the way for government dictatorship. In contrast, CLOOMC and Lambda Calculus are distributed atomically, supporting democracy and individual sovereignty for the endless future of civilisation.
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