Modern vehicles are mobile access points to sensitive personal data. Weaknesses in source code, unpatched vulnerabilities, and inadequate system security put your vehicle at risk.
Uphold security during development and testing
Our proven methodologies and automated solutions will strengthen your security posture at every stage of the system development lifecycle and across your software supply chain.
- In design: Identify risky design flaws, control defects, and asset vulnerabilities.
- In development: Detect third-party components, security vulnerabilities, license use, and critical defects and weaknesses in code.
Manage risk across the SDLC and supply chain
Our approach to automotive system security is grounded in the fundamentals of technology risk management. We support the distinct needs of the auto industry with these critical activities:
- CAN bus (controller area network) analysis, fuzzing, capture, and reverse engineering
- AUTOSAR (Automotive Open System Architecture)
- Vehicle ecosystem threat modeling and architectural risk analysis
- Embedded code reviews, penetration testing, and reverse engineering
- Communications interface testing (onboard, wireless, dealer, manufacturing)
- Telematics, infotainment, and head-unit testing
- Certificate, encryption, key store, analysis, and testing
- Program design and development
- Embedded security training
Auto industry participation
To practice our commitment to the evolution and adoption of cyber security best practices in the automotive industry, we contribute to a range of industry groups.
Achieve excellence in automotive system security
Static analysis
Get comprehensive security and quality detection for your applications.
Software composition analysis
Detect OSS components and third-party licenses, remediate vulnerabilities, and set policies to avoid noncompliance.
Dynamic application security testing
Identify security vulnerabilities while web applications are running.
Build security in programs
We offer the BSIMM, the Maturity Action Plan, security metrics, and software security initiative programs.
Fuzz testing
Identify unknown vulnerabilities in various protocol implementations as well as in upper-layer protocols.
Securing the Modern Vehicle
A Study of Automotive Industry Cybersecurity Practices