ID: 005 // THE THREE-BODY PROBLEM

SUBJECT: Chaos Theory in Cryptography.

THE ONE-BODY PROBLEM (BITLOCKER)

Standard encryption is a One-Body Problem. It is predictable. It is static. If you have the mass (password) and the velocity (algorithm), you can calculate the orbit (the key) every single time.

THE THREE-BODY PROBLEM (HOLOSEC)

HoloSec introduces a third variable: Time. In physics, the Three-Body Problem has no general closed-form solution. The system is chaotic. A tiny change in the starting conditions (Time) results in a wildly different outcome (Key).

"Chaos is not randomness. Chaos is higher-order complexity."

THE RESULT

By using the unique state-vector of every file as a seed, the engine generates distinct, unrelated keys for every file in the batch. 500 Files = 500 Distinct Event Horizons.

We are not building a lock. We are building a labyrinth.

STATUS: DECLASSIFIED
AUTHOR: ARCHITECT_ZERO