QORONEX builds post-quantum security tooling for embedded systems, automotive, medical devices, and intelligent machines. Bring your migration plan. We supply the tools that fit each stage.
UNECE WP.29 R155 and FDA premarket cybersecurity guidance both require evidence of post-quantum migration planning. Your quantum-capable adversary is recording encrypted device and vehicle traffic today.
ISO/SAE 21434 · IEC 62443 · EU AI Act · FIPS 203 · FIPS 204 · FDA 2023
Live and early-access products. Industry programmes sit under Automotive, Medical, and Robotics.
Post-quantum migration is mandatory for any embedded system that protects long-lived sensitive data. We specialise where delayed migration hurts most.
Every OTA firmware update your vehicles have ever sent has been recorded. UNECE R155 annual review demands evidence of a post-quantum migration plan. The quantum-capable nation-state adversary is not in most current TARAs.
Patient health information has a 30-year sensitivity window. FDA 2023 guidance flags post-quantum as an emerging requirement. MDR Article 5 increasingly reads as including PQC readiness.
A compromised sensor or command channel causes real-world harm. IEC 62443, EU AI Act, and NIS2 now sit alongside the post-quantum crypto inventory for ROS 2, DDS, and Jetson-class stacks.
Scan every ECU binary or device firmware in your programme. CryptoBOM identifies every quantum-vulnerable algorithm, located to the binary address, classified by severity and mapped to its FIPS 203/204 replacement, before your auditors find it first.
Request accessISO/SAE 21434 threat analysis with the quantum-capable nation-state adversary your current TARA methodology does not include. UNECE R155 annual review evidence package delivered as a project output.
Scope an engagementML-KEM-768 and ML-DSA-65 as drop-in AUTOSAR Crypto Driver modules. ARXML descriptors for DaVinci and EB tresos. ISO 26262 ASIL-B certification in progress on NXP S32K3 and STM32H5 platforms.
Join early accessOTA firmware pipeline, BLE keyless entry, V2X and C-ITS infrastructure. We test whether your quantum migration actually holds against an adversary. Not configuration review. Active algorithmic testing against real attack vectors.
Request a testOpen access. No login required. Covering automotive, medical, and robotics programmes.
Benchmark measurements for NIST FIPS 203 (ML-KEM-768) and FIPS 204 (ML-DSA-65) on the NXP S32K344 and STM32H573 microcontrollers under AUTOSAR OS scheduling conditions. Covers stack usage, code size, and cycle counts relevant to AUTOSAR integration planning. Hardware measurements in progress.
PDF available on publication (Q2 2026)CryptoBOM scans automotive ECU firmware binaries and produces a structured Cryptographic Bill of Materials identifying classical cryptographic algorithms vulnerable to Shor's algorithm. YARA-based detection with Ghidra headless integration, validated against three automotive firmware targets.
Patent Pending · Full paper not available for downloadThe Harvest Now, Decrypt Later attack on your device and telematics traffic is operational today. Migration takes 18 to 36 months. The window to act is now.