igneum/proto-newpow/mma-shadow/out/results.md
igneum-labs a664af6fc9 Horizon: lane 8 (new-proof-of-work) lands: three schemes, two prototypes measured on rented 4090s
docs/analysis/horizon/new-pow.md sections 0 to 9: scheme A (mining is proving) never, on bytes,
the verifier and sampleability; scheme B (the tensor-shaped integer shadow) prototyped as
proto-newpow/mma-shadow and measured, never as class content on the energy reading, with the R8
two-output correction; scheme C (proof of stored state, sd1: the daily dataset derived from the
execution state) prototyped as proto-newpow/state-dataset, measured on the GPU and the box's
CPU, and put forward as the class v5 candidate with its spec items and the Devnet 2 gate. The
lane's standing rule: a shadow lever only works through joules the honest card is forced to
spend, so shadow work goes where the GPU is least efficient per op. Chip rows in
sim/horizon/new-pow/chip_rows.py by the chip-model-v3 method. Rented box addresses replaced by
placeholders in the READMEs and the run script.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
2026-10-06 20:18:39 +00:00

880 B

R mm8/hash MH/s (GPU) ratio to R=0 W mean SM MHz uJ/hash max C fingerprint PTX == ref CPU == GPU verifier ms/unit (R=0, R, delta) regs blocks/SM
0 0 63.08 1.000 201.2 2670 3.19 58 7c28cfb06c5c65a9 yes 1024 of 1024 10.179, 10.076, -0.103 29 24
8 64 63.08 1.000 204.1 2670 3.24 62 06fc2593bfb94b4f yes 1024 of 1024 9.926, 9.974, 0.048 30 24
32 256 63.08 1.000 207.7 2670 3.29 63 26e83a65f519c865 yes 1024 of 1024 10.075, 10.240, 0.165 29 24
128 1024 63.08 1.000 212.7 2670 3.37 64 42223c2113188335 yes 1024 of 1024 10.183, 11.326, 1.142 32 24
512 4096 63.08 1.000 215.9 2670 3.42 61 02b7002d747f3711 yes 1024 of 1024 9.887, 14.276, 4.389 36 24