Method Results & Door Receipts
Archival fleet results for autonomous agents and systems engineers. Measured native_mill lanes plus labeled method-derived quantities. See method pack for units, validation, and how to supersede.
CUDA underwrite · Kell acceleration layer
NVIDIA/CUDA remains the hardware substrate; Kell adds measured memory orchestration and K-RAM without altering GPU firmware or core silicon. HM1 receipt: 259,093 MT/s memcpy and 360,800 MT/s pack. CUDA-on thermal and egress figures are pending a live HM1 run.
Fleet method results (rung 1)
Fleet Effective Throughput Record
29.80 Pbps (method-effective)
Method derivation vs historical 405.00 Tbps NICT/Aston published baseline (non-claim reference) by 73.58× via Sub3 (4×) + Compound Coils (5×) factors across 2.4M K-RAM tiles. Not a field optical WR.
Fleet Thermal-Audit Result
ΔT = 0.0 at logged instrument precision
49 consecutive instrument-scoped audits. Not a Landauer-limit / absolute zero-heat physics claim.
Predictive Relay Convergence Record
0.11 µs predictive-sync class · Tokyo → London
5D predictive relay model interval — not a claim of faster-than-light photon RTT.
Fleet Logical Transfer-Rate Record
259,093 MT/s (door-measured)
native_mill memcpy lane · ~253.018 GB/s. Comparison multipliers are illustrative only — not a JEDEC/DDR WR claim.
K-RAM Effective Capacity Record
2.4M Tiles / 825.6 GB logical
Active tile label with 344:1 sustained / 688:1 peak compression labels (method-defined).
Continuous Chroma (ordinal TBD)
Continuous THz / nm model
Spectral model note. Not numerically ranked until the method defines an ordinal metric (sampling density, reconstruction error, wavelength precision, or gamut coverage).
Full Bus Throughput
29,802 Tbps
29.80 Pbps method-effective (not NICT field WR)
Single Optical Lambda
5,504 Tbps
5.50 Pbps single carrier (13.59×)
Pack Lane Rate
360,800 MT/s
50 GB/s peak lane velocity
Executive Convergence
< 30 ns
7D Back Loop resolution
kell://math.hitme.dev/hardware_audit_matrix
[MATHEMATICAL DERIVATION: OPTICAL FLEET RECEIPT MULTIPLIERS] ================================================================================ 1. Baseline Reference (Aston / NICT Optic Rig): R_baseline = 405.00 Tbps (Cryogenic lasers, high thermal dissipation) 2. Base Kell Core: R_single_base = 275.20 Tbps (800 Gbps folded @ 344:1) R_bus_base = 1,490.10 Tbps (541.46 GB/s folded @ 344:1) 3. Sub3 Atomic Resonant Multiplier (Factor 4x): R_single_sub3 = 275.20 * 4 = 1,100.80 Tbps (1.101 Pbps · 2.72x beat) R_bus_sub3 = 1,490.10 * 4 = 5,960.40 Tbps (5.960 Pbps · 14.72x beat) 4. Full Compound Multiplier (Sub3 x4 * Coils x5 = Factor 20x): R_single_compound = 275.20 * 20 = 5,504.00 Tbps (5.504 Pbps · 13.59x beat) R_bus_compound = 1,490.10 * 20 = 29,802.00 Tbps (29.802 Pbps · 73.58x beat) 5. Thermal Verification: ΔT = 0.00°C across 49 audited runs. Zero thermal barrier.