Precision determines security: the more precise a system is, the more predictable its behavior and the clearer its boundaries, making it harder to attack and naturally more secure.
Completeness determines precision: the more complete a system’s expressive power is, the better it can cover all its boundaries and behaviors, thereby forming an unambiguous and verifiable precise structure.
Therefore, completeness is the root of security.
Because the Bitcoin system, with the craft of transfinite iteration, embeds the irreversibility of time into its design, allowing its verification logic to infinitely approach theoretical completeness in practice, thereby achieving near-100% precision, and ultimately reaching 100% security.
The foremost pursuit of true cryptocurrency system design is not performance, but security. To achieve true security, designers must start from logical completeness, in order to construct a sufficiently precise system structure that ensures long-term stable operation in an open network.
