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Modern vehicle architecture is posing a massive challenge to security teams. Hardware is layered with complex software systems, resulting in sophisticated systems architecture that are far more vulnerable to attack than the vehicles of yesteryear. Adjacent to the evolution of connected and automated vehicles is a shift in how the industry views cybersecurity. No longer a tick-box exercise, cybersecurity is now viewed as a critical safety system for both drivers, passengers and pedestrians alike.
In response to this evolving landscape, C2A Security developed the State of the Industry Report: Cybersecurity Lifecycle Management for Modern Vehicles. It analyzes current approaches to cybersecurity lifecycle management processes, and makes recommendations as to how these can be improved. Its findings are just as true today as they were when the survey was conducted: the industry continues to struggle with lifecycle management, implement ISO 21434 standards and execute timely risk assessment processes.
Without visibility, cyber resilience becomes near impossible. In spite of that — over half of OEMs and Tier 1s cite that they do not have traceability from software and hardware BOM to VIN.
To add further concern, 56% of organizations surveyed say that it takes more than three weeks to manage the threat and risk assessment (TARA) process. This is problematic: without a fast, efficient TARA process, organizations leave their vehicles vulnerable to cyber attack, putting the entire ecosystem at risk.
When asked their top concern during the implementation process, 62% cited coordination across the different teams and suppliers as their number one issue. Similarly, 36% say more concrete, clear implementation steps are required for thorough implementation, followed by 30% ranking visibility over different car models throughout the security lifecycle as their main challenge.
Communication is the foundation of any timely risk assessment project, but 50% of survey respondents rank coordination between different entities as their number one impediment to speedy cybersecurity.
Similarly, as new factors come into play, industry must shed its siloed thinking. We all have a role to play: over 70% of OEMs and Tier 1s surveyed agree that the risk assessment process should be managed by each entity down the supply chain.
C2A’s AutoSec provides industry leaders with the visibility and transparency required to identify and mitigate cyber risks in today’s challenging environment. Learn more or download the PDF .
Dynamic threat modeling and risk assessment aligned with global regulations
LLM-agnostic generative AI layer powering automation across every module
Aggregated threat feed contextualized against your actual products
Generate, manage, and triage all BOMs and vulnerabilities across the lifecycle
Quantitative optimization of mitigation strategy and security control allocation
Configurable dashboards and reports across every EVSec data layer
Extract software composition and risk from firmware and binaries without source code
Optimized anomaly detection for Ethernet and CAN, plus ECU runtime protection
Quantify and manage cybersecurity risk for products operating in the field
Enrich SOC events with deep product and architecture context
Context-driven test and validation with intelligent fuzzing, integrated into CI/CD
AI-powered static analysis integrated into CI/CD with reduced false positives
Foundational layer: cyber model, workspaces, and integration backbone to DevOps toolchain
Out-of-the-box and customizable workflows for regulatory and security processes
Centralized compliance management with evidence generated from live data