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Sub-microsecond SEC 15c3-5 risk checks on AWS F2 via FPGA MMIO

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Oikonomia Hardware Acceleration Benchmarks (AWS F2 Substrate)

Automated synthetic stress harness and empirical audit telemetry for the Oikonomia FPGA appliance deployed on AWS EC2 f2.6xlarge (Xilinx UltraScale+).

1. Verified Hardware Benchmarks

Workload / Engine Metric Verified Substrate / Transport Verification Status Quant / HFT Risk 240 ns P50 (380 ns P99.9) Physical Xilinx UltraScale+ FPGA ( 0000:34:00.0 ) Kernel Bypass Verified PCIe Bus Round-Trip 1.22 µs P50 (11 ns Tail Jitter) Direct PCIe TLP Non-Posted Read (BAR2) Hardware Bound Verified Throughput Line Rate 14.95M ops/sec 16 Pinned Hardware Channels (BAR2) Saturated Line Rate Verified GenAI Inference 8,797x Speedup at 32k tokens 512-bit AXI4-Stream ( f2.6xlarge ) Strict O(1) Memory Verified BioPharma Docking 0.762 ms per spatial evaluation 512-bit AXI-Stream direct to HBM Zero OOM Crashes Verified Consequence Governance 84.0 ns Preemption (21 cycles @ 250 MHz) PCIe BAR0 MMIO ( sts_eval_aix_982347102934_okm ) SEC 15c3-5 Audit Verified 2.Zero-Touch VPC Reproduction (15-Minute Diligence) The appliance is distributed as an immutable Golden AMI.

Systems and infrastructure teams can reproduce these telemetry logs inside their own secure VPC without external data ingress.

Step 1: Launch Appliance

aws ec2 run-instances \ --region us-east-1 \ --image-id ami-06e581f3a6d6c3e32 \ --instance-type f2.6xlarge \ --key-name your-ssh-key \ --security-group-ids sg-xxxxxx \ --subnet-id subnet-xxxxxx Step 2: Run Embedded Verification Suites SSH into your target instance and execute the audit harnesses:

# 1.Audit bare-metal kernel bypass latency (240 ns P50 / 380 ns P99.9) sudo ./test_quant_kernel_bypass # 2.Audit SEC Rule 15c3-5 consequence governance & 84ns preemption ./oikonomia_test_matrix.sh # 3.Audit O(1) LLM scaling at 32,768 tokens (8,797x divergence speedup) python3 extreme_llm_scaling.py 3.

Architecture & Interface Latency Tiers Interface Tier Calling Mechanism P50 (Median) P90 P99 (Tail) Determinism / Jitter Profile Silicon MMIO Wire Direct PCIe TLP Non-Posted Read (BAR2) 1.220 µs 1.220 µs 1.231 µs 11 ns spread (Physical PCIe bound) Kernel-Bypass Core Direct Register Write Engine 240 ns 245 ns 251 ns Deterministic hardware gate In-Process Driver C-ABI Shared Object ( liboikonomia.so ) 1.649 µs 1.810 µs 2.050 µs 401 ns spread (Zero OS context switch) Zero-Copy Socket Raw Binary IPC ( /tmp/oikonomia.sock ) 19.770 µs 24.650 µs 33.670 µs 13.90 µs spread (Bypasses network stack) 16-CH Saturated Line 16 Pinned Worker Threads (1.6M Ops) 1.070 µs 1.072 µs 1.085 µs 14.95M aggregate ops/sec saturation 4.

Institutional Diligence & Evaluation Keys For complete register maps (BAR2 0x50048102000–0x50048102f80 ), AGFI IDs ( agfi-0ae6493e8ec0d01d9 ), or to obtain a 14-day zero-cost software evaluation license, contact: contact@oikonomia-platform.com .

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Source: Hacker News