Firmware Vulnerability Noise hinders accurate risk analysis as static scanners inflate CVE counts. Learn why visibility and smarter triage matter.
Read MoreGhost Collective
Ghost Collective: We are a team focused on offensive security for production automotive electronics. For many years we’ve been reversing, compromising, and auditing real-world ECUs and in-vehicle devices (Infineon TriCore, Renesas RH850, NXP MPC5xxx and similar families). Our work blends black-box and white-box diagnostic exploitation, on-target debugging, firmware triage, persistent implant simulation, and threat-intelligence collection. We also audit commercial tuning toolchains to identify the exact techniques and vulnerabilities they use to access and modify production ECUs so OEMs and Tier-1s can harden their diagnostic surfaces and remediation workflows.
Part 2: Who Really Owns Firmware Security? Inside the Industry’s Blind Spot
Firmware Security is now every organization’s responsibility – learn why ignoring it risks compliance, trust, and business continuity.
Read MorePart 1: The Invisible Perimeter – Why Firmware Visibility Is the Next Security Frontier
Firmware Visibility is the missing link in cybersecurity – identify hidden components, outdated code and unseen vulnerabilities across devices.
Read MoreECU Security: Inside the Reverse-Engineer’s Mind – How ECUs Are Hacked
ECU security: Diagnostic and bootloader interfaces intended for maintenance can enable extraction, modification and reflashing – layered defenses are essential.
Read MoreWhy ECU Tuning Could Be the Weakest Link in Automotive Cybersecurity
ECU Tuning boosts car performance but also exposes cybersecurity risks. Discover how tuning intersects with hacking, safety, and compliance.
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