- How to understand the rapid changes of «smart» and «connected» cars?
- How to minimize the costs of securing your supply chain while respecting time constraints?
- How do I obtain the safety proofs of work required by UNECE regulations?
The rapid evolution of the automotive industry and the transformation of vehicles into connected objects with new services offered to the driver have put the integration of several technological solutions (hardware, software, connectivity, data management…) at the heart of innovations.
These changes increase the risk of getting security flaws. As an integrator of multiple levels of suppliers, you must master and control all the technological parts to be integrated, in order to achieve a secure connected vehicle that complies with UNECE regulations.
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A security audit in the automotive industry ensures the identification and mitigation of potential threats to connected vehicles and associated systems.
This audit evaluates the robustness of cybersecurity measures, assesses compliance with automotive cybersecurity standards, and identifies vulnerabilities. Through comprehensive testing and analysis, the audit enhances the overall security posture, protecting against unauthorized access, data breaches, and potential safety risks. This proactive approach not only safeguards sensitive information but also builds trust among stakeholders, fosters compliance with regulatory requirements, and ultimately contributes to a resilient and secure automotive ecosystem.
It offers invaluable benefits by systematically assessing and enhancing connected car security overall. Moreover, our tailored and hands-on trainings provide your team with necessary knowledge and skills in order to approach the basics of automotive security.
Partner with Quarkslab to harness our comprehensive suite of technical solutions and benefit from
Reducing the attack surface by keeping active accounts and services to the strict
minimum required, managing versions of the leveraged components.
Supporting your with our technical knowledge (ECU, IVI, protocols, communications) coupled with business knowledge.
Attacking an ECU, the car as a whole, or mobile/backend services to check compliance with cybersafety regulatory requirements.
Collaborate with Quarkslab to fortify your security infrastructure, empowering your business to scale confidently and securely.
Specific tools developed in-house to emulate automotive
architectures.
Mobile reproduction of a car installed within a box to simulate how a car is hacked during hacking training
Maintaining a red team to evaluate systems on evolving technologies on an ad hoc basis represents a significant cost and HR complexity given the lack of profiles.
Efficient tripartite relationship management, even without access to ECU source code, while adhering to strict deadlines.
On vehicles with audit reports complying with the required level
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