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

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

Hacker News 最新oikonomiaarchit2026/11/2 · 今天7 分钟阅读

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

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

  1. 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.

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

  1. 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

  1. 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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