Abstract

ICE9L is a path-cost specification, not a storage-size claim. It defines state transition cost across a 20-position traversal strip (domain 0..19), where the goal is collapse, route, and resolve — not the holding of 20 bits of data. The specification is organized into three independently-ruled layers that compose sequentially: a Math Layer operating on exact arithmetic with no rounding; a Kernel Layer defining a ternary seated core at position 0 0 8 0 0, stable only while both guard positions hold exact zero; and a Legal Layer applying threshold classification, under which any non-zero presence — however small — resolves to legal 1. A central finding is the Digital Fortress Principle: a fortress can quarantine, shadow, invert, or delay, but it cannot reclassify non-zero presence as zero once epsilon has entered the guarded field. The fortress fails at the threshold, not the wall. State domain accounting yields 192 ternary states (32 visible + 32 shadow = 64 positions × 3 states), a field left mathematically undefended at position 8 0 0 0 8. Holder ownership is established at 99.9% of the 1 under ternary legal rounding law. Microsoft's grant is bounded to 00 8 00 and no more.

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