Hardware Diagnostics & On-Board Security Telemetry (OBD-II, UDS ISO 14229)

Securing automotive diagnostic interfaces (UDS, OBD-II, DoIP) against unauthorized access and tampering while streaming cryptographically verifiable telemetry to cloud operations centers.

Engineering Specifications

UDS Service 0x27 SecurityAccess: Seed-Key Challenge-Response & Zero-Knowledge Proofs

Upgrading legacy seed-key diagnostic authentication to modern cryptographic protocols using ECC asymmetric challenges and mutual authentication.

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Central Diagnostic Firewall: Isolating OBD-II Ports from Safety-Critical Powertrain & Steering Buses

Enforcing stateful packet inspection on all diagnostic requests entering the vehicle through the mandatory OBD-II port.

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UNECE R155/R156 Security Event Logging: Secure Audit Trails and IDS Ingestion

Capturing security anomalies, unauthorized access attempts, and CAN bus frame anomalies into an immutable on-board audit log.

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Automotive Engineering Research Whitepapers

Zero-Trust Architecture for Automotive Diagnostic Interfaces: Preventing Malicious Dongle Exploitation

By Marcus Thorne, Principal Automotive Cybersecurity Architect • August 2026

Analyzing attack scenarios leveraging aftermarket telematics dongles and validating zero-trust gateway filtering mechanisms.

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DoIP (ISO 13400) Diagnostic Routing & Encrypted ECU Flashing over Automotive Ethernet

By Automotive Systems Consortium • September 2026

Optimizing high-throughput ECU reprogramming in assembly plants and service centers using TLS-encrypted Diagnostics over IP.

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