LAYER-1/2 HARDWARE ZERO-TRUST MEMORY ENCLAVE // CXL 3.0–4.0 • UCIE 2.0 • HBM POOLS

Stateless Sub-Flit Capability Sanitization, Algebraic Cohort Ratcheting & Post-Route Formal Verification

Spectral Flit-Filter (v1.0.0) enforces deterministic 4-slot capability isolation, 4-tier BF16 model-weight exfiltration clamping, and Cycle-0 Vieta polynomial-ideal revocation in 0.124 ns combinational sieve delay using 0 Block RAM and 0 bytes of DRAM lookup tables—verified across 30 zero-axiom Lean 4 proofs, live Dual-AFI 16nm AWS F2 HBM2 silicon, 7nm ASAP7 predictive CMOS sign-off, and a 1.36 ms CNCF Kubernetes admission webhook.

CAGE: 268E1

SAM UEI: VTP2JPCJU3D9

ACQUISITION: 10 U.S.C. § 4022 OTA & FAR Part 12 COTS

DATA RIGHTS: 100% Private Expense (DFARS 252.227-7018)

IP STATUS: All Patents Pending

SILICON FOOTPRINT
0 BRAM / 0 B
1,585 Core LUTs (0.12% xcvu47p)

LINK AVAILABILITY
99.20% vs 48.9%
Goodput @ p_bad = 0.8% (0 NAKs)

7NM FINFET CMOS

693 MHz / 3.73 mW

9,678 Core / 27,877 Enclave Cells

LIVE 16GB HBM2 DMA

100% Intact

Sentinel 0xAAAA..AAAA (100k Slots)

SIDE-CHANNEL TVLA

max |t| = 0.0

19,990 Traces (ISO 17825 < 4.5)

KUBERNETES GATE
1.36 ms Block
CNCF k3s + FIPS-204 ML-DSA-87

1080p HARDWARE-IN-THE-LOOP & FORMAL VERIFICATION BRIEFINGS

CDAO Tradewinds & Platform One Briefing (4:45 Exact • Live AWS F2 HBM2 + k3s HIL)

Timestamped Rubric Chapters (Click to Seek)

[Download CDAO 4:45 MP4] [Download DARPA ERIS 6:15 MP4] [Launch Interactive BAR0 Console] [Read 39-Page Preprint PDF]

CLEAN-ROOM ENCLAVE CAPTURE (0 .SV / .EDF / .GDS DISCLOSED)

“There is no point in using exact methods where there is no clarity in the concepts and the issues to which they are to be applied.” — John von Neumann (1949).
“Information is not a disembodied abstract entity; it is always tied to a physical representation.” — Rolf Landauer (1991).

01. Multi-Domain Operational Deployment Architecture

DOD / IC ACQUISITION

CDAO Tradewinds & DARPA ERIS

FAR Part 12 COTS & 10 U.S.C. § 4022 OTA ready. Hypervisor-signed AWS F2 AFIs (agfi-08becf3b40b169674 & agfi-03b742e2a9cd2c0f2) deploy in 45-day cloud enclaves with zero cost-share.

FRONTIER AI CONTAINMENT

Weight Guard & Sandbox Ratchet

Stage-2 fractured LUT6_2 4-tier BF16 clamping (0x3F8E3F8E → 0x3F803F80) + counter-seeded dither imposes an 85× Le Cam extraction wall while CSR 0x70 survives warm PCIe FLR.

SEMICONDUCTOR & HFT

Sub-Nanosecond Silicon Core

1,585 CLB LUTs / 1,157 FFs on 16nm xcvu47p (338.8 MHz); 9,678 core / 27,877 enclave cells (0.003335 mm²) at 693 MHz & 3.728 mW in open-source 7nm ASAP7 predictive CMOS.

EXASCALE & HYPERSCALE TCO

Zero Stranded HBM Capacity

Eliminating the 1.5625% DRAM permission-table carve-out across 10,000 racks reclaims 2,500 TB ($37.50M–$38.40M CapEx), 8.01–39.44 MW grid power, and 101.0M–497.5M L/yr cooling water.

02. Interactive Goodput & Exascale Fleet TCO Simulators

A // THEOREM 5.1 RENEWAL-REWARD GOODPUT EXPLORER

Unauthorized Slot Rate p_bad: 0.80% (m=4 slots/flit, N_pipe=32)

Spectral Per-Slot CXL_NOP: 99.20% • Legacy CRC Poisoning: 48.90%

B // THEOREM 6.3 CLUSTER DRAM, POWER & WATER CALCULATOR

Cluster Scale: 10,000 Racks (16 TB/rack, 1.5625% table tax)

Reclaimed DRAM: 2,500 TB • CapEx: $37.50M–$38.40M • Power: 8.01–39.44 MW

03. Multi-Track Silicon, 7nm ASAP7 CMOS, 16 GB HBM2 DMA & TRL-8 Kubernetes Ledger

Verification Track	Measured Hardware & Formal Telemetry (Release v1.0.0)	Public Cryptographic Receipt
16nm Vivado OOC (xcvu47p)	1,585 Core CLB LUTs (0.12%, 321 CLBs), 1,157 FFs (+341 Scrub Shim LUTs, 2,555 Cycle-0 LUTs, 5,459 Wrapper LUTs / 3,461 FFs), 0 BRAM/URAM/LUTRAM/DSP, +1.048 ns WNS (338.8 MHz), 35.0 mW, 0 DRC	AWS_VIVADO_SIGNOFF_SUMMARY.json
Track A: 7nm ASAP7 Predictive CMOS	9,678 standalone core cells (11,420 NAND2 GE, 0.00224 mm²); 27,877 routed full-enclave cells (3,335.45 μm² / 0.003335 mm²), +2,556.41 ps WNS, 1,443.59 ps crit path (693 MHz), 3.728 mW, 0 SRAM, 0 DRC	TRL6_ASIC_7NM_ASAP7_SIGNOFF.json
Track B.1: Live AWS F2 BIST & TVLA	agfi-03b742e2a9cd2c0f2 (afi-07282de69eecfd279), +1.842 ns WNS @ 250.0 MHz (128.0 Gbps), 800,000 slots, WSTRB 0x0000FFFF0000FFFF, post-FLR CSR[0x70] = 0xFFFFFFFFFFFFFFEB, 19,990-trace Welch TVLA max \|t\| = 0.0	STAGE2_AWS_F2_SILICON_RECEIPT.json
Track B.2: Live 16 GB HBM2 DMA	agfi-08becf3b40b169674 (afi-0f2ddd7dc87d81193), +0.512 ns WNS, BDF 0000:34:00.0, 16 GB HBM2 @ PF0-BAR4 0x1000000000, 25,000 bursts (100,000 inline slots), allied 0x5555555555555555, sentinel 0xAAAAAAAAAAAAAAAA (100% intact), BF16 clamp 0x3F8E3F8E → 0x3F803F80, 0 CTO	TRL7_AWS_F2_HBM2_DMA_RECEIPT.json
Track C: CNCF k3s Operator HIL	spectralc v1.0.0 + 30 zero-axiom Lean 4 proofs (thm00..thm29) + FIPS-204 ML-DSA-87 (mldsa87-fips204-det-0e060a832a52b7fab9243a9b2d7d036d), valid revocation ratified, rogue 0→1 widening rejected 403 Forbidden in 1.36 ms	TRL8_K8S_OPERATOR_HIL_RECEIPT.json

04. Synchronized Tactical Vector Plates (Plates 01–06 — Click Any Plate to Inspect)

PLATE 01 // 16nm xcvu47p FPGA & 7nm ASAP7 Predictive FinFET PPA Sign-Off

[Print Vector PDF][Raw SVG][300-DPI PNG]

PLATE 02 // Renewal-Reward Goodput (99.20% vs 48.90%) & Live 16 GB HBM2 DMA Audit

[Print Vector PDF][Raw SVG][300-DPI PNG]

PLATE 03 // Sparse-MoE Martingale CCDF (8.0 ns Cut-Through Wall vs 184.2 ns P99.99)

[Print Vector PDF][Raw SVG][300-DPI PNG]

PLATE 04 // Dual-Submode Cycle-0 Vieta GF(256)[Z] & 132,600-Cohort Tensor Scaling

[Print Vector PDF][Raw SVG][300-DPI PNG]

PLATE 05 // Live AWS F2 19,990-Trace Welch TVLA (max |t|=0.0) & BF16 Le Cam Dither Wall

[Print Vector PDF][Raw SVG][300-DPI PNG]

PLATE 06 // TRL-8 CNCF k3s Webhook (1.36 ms 403 Block) & 10,000-Rack Fleet TCO

[Print Vector PDF][Raw SVG][300-DPI PNG]