Measurement dataset and code artifact: Post-quantum AUTOSAR SecOC on a Cortex-A72 automotive Ethernet gateway (ML-KEM-768 + ML-DSA-65, N=10,000)

Measurement data and source code behind the paper "Feasibility of Post-Quantum AUTOSAR SecOC on Automotive Ethernet: A Transmit-Path Evaluation with ML-KEM-768 and ML-DSA-65" (Luu Bao Long, Hoang Van Phi, Pham Hoang Anh; Ho Chi Minh City University of Technology, VNU-HCM). pqc-secoc-pi4-dataset-v1.0.zip: raw measurements captured 25 May 2026 on a Raspberry Pi 4 Model B (quad Arm Cortex-A72 at 1.5 GHz), Debian aarch64, liboqs 0.15.0-rc1, single pinned core. Contents: ML-DSA-65 sign and verify latencies (N=10,000 per phase after 1,000 warm-up iterations, nanosecond resolution); a standalone versus Csm-integrated comparison (4 phases, N=10,000 each); an attack-injection log covering replay, bit-flip, signature tampering, and freshness rollback (N=1,000 per vector plus 10,000 benign trials); resident-memory tracking; binary size listings; perf hardware counters; and the exact platform configuration. A SHA-256 manifest covers every file; see README.md inside the archive for column definitions and for how each number in the paper maps to these files. pqc-secoc-code-v1.0.zip: the AUTOSAR-style SecOC stack with the post-quantum integration (ML-DSA-65 signing routed through Csm/CryIf, ML-KEM-768 session-key establishment with HKDF derivation, SoAd control channel, freshness management), plus GoogleTest suites, architecture and deployment documentation, and a SHA-256 manifest. MIT license; the classical SecOC base is forked from the Tanta SecOC Graduation Team project. liboqs 0.15.0 is not bundled; the README gives the exact bootstrap commands and build instructions (CMake, MCAL_TARGET=PI4 or SIM).