The automotive industry has been under constant evolution during recent years with the introduction of connectivity, ADAS, and autonomous driving functionalities. The inclusion of these new features in current vehicles increases the cybersecurity threats and vulnerabilities that can affect the security and safety of vehicles and users. To minimize the impact of possible cyberattacks, industry stakeholders shall develop, produce, and maintain their vehicles considering cybersecurity throughout the whole lifecycle of the vehicle.
Applus+ IDIADA offers different cybersecurity solutions, enabling OEMs and suppliers to develop their vehicles and products in compliance with industry regulations and standards. Our extensive experience in the cybersecurity field and demonstrated success of our customers obtaining UN R155 certification ensures customer satisfaction.
Our team of experts in automotive cybersecurity supports our customers throughout the entire development phase related to cybersecurity. We provide expertise in the following areas:
In coordination with different departments inside the organization, IDIADA supports customers in the secure architecture design of the vehicle. The architecture of current vehicles shall consider aspects like cybersecurity, EMC, wiring harness, power management, and functional safety from the design phase. Integrating these aspects from the start of the design results in a robust and reliable vehicle architecture.
IDIADA has designed a set of trainings to support manufacturer employees in understanding cybersecurity regulations and good practices to improve the cybersecurity culture of the organization. IDIADA offers trainings in accordance with:
IDIADA offers tailored trainings to cover any lack of knowledge in specific automotive cybersecurity aspects.
IDIADA has internally developed a validation system that enables testing of the security of a vehicle's connectivity vectors.
The Cyberbox tool is designed to guarantee that any test is conducted automatically following the same process, enabling the repeatability of the test under the same conditions to ensure the validity of the obtained result.
This repeatability guarantees that the test results can be used as evidence of validation activities under UN R155, and can also be used to compare performance between different vehicles or configurations.
The tests can be conducted to validate Wi-Fi, Bluetooth, TPMS, USB, GPS, OBD, and CAN security at the vehicle level. IDIADA is constantly updating and upgrading the test capabilities, including secure EV charging process testing.
IDIADA has extended its cybersecurity services with local support to our customers in Europe, North America, and Asia.
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