With the technologies currently integrated into modern vehicles, new factors come into play -such as cybersecurity- that can make the difference between a valid forensic assessment and an invalid one. For this reason, Grupo CYBENTIA, in collaboration with the experts at EUROCYBCAR, is launching the first English edition of its one‑of‑a‑kind ‘Cybersecurity Applied to Forensic Vehicle Inspection’ course.
The program explores in depth the technologies already present in today’s vehicles -as well as those expected to be incorporated in the coming years- how they provide additional information that can be decisive during a forensic investigation, and how these results may be affected by cybersecurity failures. It also covers updates to regulatory knowledge, including how the UNECE/R155 Vehicle Cybersecurity Regulation may influence legal proceedings following a vehicle accident or theft.
This is a 40‑hour online training program in which students must complete nine audiovisual modules, review related reports, documentation, and supplementary materials, and then pass an evaluation and a final assignment to obtain the diploma certifying them as ‘Specialists in Cybersecurity Applied to Forensic Vehicle Inspection’.
April 2026
The course, accessible through the training section on the Grupo CYBENTIA website, is aimed not only at forensic vehicle inspectors themselves but also at anyone who can benefit from cutting‑edge knowledge in Cybersecurity Applied to Forensic Vehicle Inspection: from private investigators, law‑enforcement agencies, and insurance companies to fleet operators, vehicle manufacturers, and component, parts, and accessories suppliers.
The technologies integrated into today’s vehicles have brought major advances in comfort, safety, and connectivity across all models. These systems are designed to enhance mobility, but they also provide valuable information for detailed investigations in cases of accidents or theft.
This is precisely where the questions that inspired the creation of this training program arise: How do vehicle technologies influence forensic inspection, and how can they be
properly analyzed? What useful data does a vehicle record and provide during a forensic investigation, and to what extent can that data be altered by a cyberattack? How can such manipulation be detected? What impact does the UNECE/R155 vehicle cybersecurity regulation have on forensic assessments, and how does it affect legal proceedings after an accident?
Developed by Grupo CYBENTIA in collaboration with experts from the technology company EUROCYBCAR -and launching its first English‑language edition for 2026, open until May 4- the course is delivered entirely online and consists of forty hours of audiovisual content. A total of nine modules explore in detail all cybersecurity‑related aspects that a forensic inspector must understand:
Module 1: Introduction to Digital Forensics. This module covers topics such as the forensic examination of electronic devices, the specific procedures applied to unmanned aerial vehicles, and statistics on the types of incidents most frequently handled by insurance companies.
Module 2: The Role of Forensic Inspection in the Automotive Sector. It defines the role of the forensic inspector, what forensic assessment entails, the types of incidents that are examined, the key elements involved in analyzing a traffic accident, and even the role of forensic inspection in vehicle theft cases.
Module 3: European Legislation Affecting Forensic Vehicle Inspection. This module reviews the legal framework related to safety, automotive regulation, and other applicable legislation that influences forensic procedures.
Module 4: Traditional Vehicle Forensics. It focuses on classical forensic methodologies, identifying the vehicle and environmental elements analyzed to calculate speeds and reconstruct events, along with other types of evidence.
Module 5: Vehicle Technologies That Provide Data for Forensic Analysis. This section explores the in‑vehicle technologies capable of storing useful and detailed information for a forensic investigation, ranging from diagnostic ports to cameras, apps, and the Event Data Recorder (EDR).
Module 6: Cybersecurity as a Key Factor in the Forensic Process. This module is dedicated to the application of the UNECE/R155 regulation, the role of cybersecurity in obtaining and validating data, the processes of data management, transmission, and storage, and the generation of digital evidence.
Module 7: Keyless Systems: The Achilles’ Heel of Connected Vehicles. It explains in depth how this technology has become the most commonly used method for vehicle theft, and includes an overview of forensic key analysis.
Module 8: V2X as a Component to Integrate into Forensic Vehicle Processes. This section explains when one vehicle can provide data relevant to the forensic analysis of another, what smart cities are, and the risks associated with hyperconnected urban environments.
Module 9: Why Deep Knowledge of Vehicle Technologies Is Essential. It examines emerging expertise profiles in cyber‑forensic inspection, how the automotive industry and its suppliers have adapted, and highlights the role of cyber‑forensics in the context of autonomous vehicles.
Upon completing the training, participants must undergo an evaluation consisting of a multiple‑choice exam and a final project. Those who successfully pass will receive a certificate recognizing them as ‘Specialists in Cybersecurity Applied to Forensic Vehicle Inspection’, jointly issued by Grupo CYBENTIA and EUROCYBCAR.
Enroll or purchase the course in advance through our website.
Click here to download the high‑res image.
ABOUT GRUPO CYBENTIA
Grupo CYBENTIA is a consulting firm specializing in research, training, awareness, and strategic communication in cybersecurity applied to connected vehicles and smart mobility. Headquartered in Parque Tecnológico Vitoria‑Gasteiz and with an office in Parque Científico de Madrid, the group is structured into five main areas: STRATEGIC CONSULTING, High‑quality research reports and tailored advisory services for companies and institutions in the field of mobility and automotive cybersecurity. AWARENESS, Through HackerCar, the world’s first digital platform dedicated to research and awareness in automotive and smart mobility cybersecurity. TRAINING, Courses delivered by top experts, both online and in person, supported by proprietary training technology for practical exercises. EVENTS, Innovative initiatives promoting cybersecure mobility, such as Business Cybermobility and HackerCar Experiences. R&D&I, Through the Cyberlaboratory, equipped with cutting‑edge technology enabling CYBENTIA’s CyberQTesters to conduct scientific research and develop R&D&I projects on connected vehicle technologies. At Grupo CYBENTIA, we merge cybersecurity with connected vehicles and smart mobility.
