In-Vehicle Infotainment (IVI) System Testing

While vehicle information interaction systems enhance user convenience and entertainment, they also pose risks of malicious attacks; thus, their information security requires special attention. According to GB/T 40856-2021, the hardware, communication protocols and interfaces, operating systems, application software, and data of such systems must meet specific security requirements. Consequently, vehicle manufacturers, component suppliers, software providers, and other enterprises must ensure that their vehicle information interaction systems comply with relevant testing standards throughout the design, development, verification, and production processes.

The in-vehicle information interaction system typically refers to the In-Vehicle Information Interaction System (T-Box), the In-Vehicle Integrated Information Processing System (IVI), or their hybrid variants. Externally, it communicates with external terminals or service platforms such as base stations and keys; internally, it interfaces with in-vehicle electronic systems including network management units and Electronic Control Units (ECUs).

GRGTEST conducts information security testing across five domains: hardware security, communication protocols and interface security, operating system security, application software security, and data security. With over 100 test items, it enables objective and comprehensive identification of potential information security vulnerabilities in vehicle information interaction systems.

The service cycle is determined based on the specific project evaluation.

The trends toward automotive intelligence, connectivity, electrification, and sharing will profoundly reshape the relationship among humans, vehicles, and their environment. Human-machine interaction design has become a core element in the development and innovation of intelligent connected vehicles. As user demands continue to rise, an increasing number of functions are integrated into automobiles, transforming them from mere transportation tools into platforms that meet users' needs for information, entertainment, office work, and daily life. Furthermore, as gateways to the internet, vehicles now incorporate in-vehicle infotainment systems, intelligent voice interaction systems, and road condition monitoring systems. With intelligent connected vehicles evolving toward greater diversity and complexity, the scientific and rational design of human-machine interaction systems will significantly impact vehicle safety and user convenience.

Our hardware infrastructure is fully equipped

Featuring a dedicated laboratory facility spanning over 1,000 square meters and dozens of testing tools-including mainstream static and dynamic testing tools, common performance testing solutions, vulnerability scanning software, and a comprehensive FPGA toolkit.

High-caliber talent team

We have assembled a group of versatile professionals with extensive technical and managerial expertise in software project management, quality assurance, lean measurement, and software evaluation. All testers undergo systematic training and regularly participate in competency benchmarking to ensure the scientific rigor and impartiality of evaluation results. Leading technical capabilities: Leveraging years of software evaluation experience, we continuously refine our testing training system based on the Lean Competency Pathmap, establishing comprehensive testing capabilities spanning the entire software lifecycle along with multiple specialized technical competencies.

National Service Network

Leveraging the GRGTEST national service platform, we can swiftly address corporate needs.

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