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Course Details.

• Duration: 15 hours.
• Start date: June 15, 2026.
• Certificate awarded.

Course Price.

Standard price: 350 euros + VAT (Spain only).

Target Audience.

This training is aimed at companies, both public and private, that own vehicles to carry out their work or to enable their staff and members to make business trips; brands, vehicle manufacturers, vehicle rental/leasing companies, car-sharing companies, logistics companies, insurance companies, appraisers, repair shops, component and accessory manufacturers, fleet vehicle preparers, corporate purchasing decision-makers and FMS managers.

Introduction.

Since 2012, land vehicle fleets of all types have seen a year-on-year increase in cyberattacks. This, combined with the entry into force of the UNECE/R155 Cybersecurity Regulation for Vehicles in 2024, has made it an urgent necessity for vehicle fleets to be cybersecurity-compliant.

What is a connected vehicle fleet? What types are there? How can all the vehicles in such a fleet be monitored remotely today? What cybersecurity risks might they be exposed to?

To understand the current situation in the sector and the new challenges it faces, the course “Cybersecurity in Vehicle Fleets” has been developed. This training covers everything from current vehicle fleets and the systems and technologies used to manage them to the reasons why ensuring their cybersecurity is necessary and essential; all of this is presented and explained by experts from EUROCYBCAR’s Technical Department.

CYBENTIA and EUROCYBCAR, leaders in technology and security solutions. This training program is specifically designed to address the unique challenges faced by companies that manage vehicle fleets, incorporating the most advanced technology in Fleet Management Systems (FMS). The course focuses on providing in-depth knowledge of the operations of connected vehicle fleets, the technologies and systems used to manage them, and the critical importance of the Cybersecurity Management System (CSMS), emphasizing why it is essential to ensure the digital integrity of these systems.

Through EUROCYBCAR’s expertise, course participants will have the opportunity to explore how modern fleets are controlled telematically, gaining an understanding of best practices for safely monitoring and managing vehicles. Above all, the course will thoroughly address the cybersecurity risks to which these fleets are exposed, providing effective strategies to prevent, detect, and respond to cybersecurity incidents.

This educational program is designed not only for fleet managers and professionals in the automotive/mobility sector, but also for a wide range of stakeholders involved in the mobility value chain, including manufacturers, insurance companies, repair shops specializing in vehicle fleets, claims adjusters, CISOs, and cybersecurity professionals in the sector—among many others.

Upon completing the course, participants will be equipped with the skills and knowledge necessary to implement a robust CSMS, thereby ensuring the security and operational continuity of vehicle fleets in today’s digital environment, which is increasingly threatened by cybersecurity incidents. In addition, they will receive a certificate accrediting them as ‘Cybersecurity Specialists in Vehicle Fleets and the CSMS’.

Objectives.

Gaining an in-depth understanding of the cybersecurity risks faced by vehicle fleets is vital for any professional working in the automotive/mobility sector. These risks affect rental and leasing companies, car-sharing services, fleet managers, manufacturers of management devices and mobility apps, experts, fleet managers for police forces such as the Ertzaintza and Mossos d’Esquadra, and courier and parcel delivery companies such as Correos…

Table of Contents.

• MODULE 1: The connected vehicle.

The Connected Vehicle: How – and why – today’s vehicles act as connected devices on the move.

Vehicle fleets and the basic role they play in the world: Fleets as a concept, and their relevance today.

Fleet Management System (FMS): What is an FMS, what are its advantages and examples.

Types of vehicle fleets: Most common types of fleets, their classifications and particularities.

The role of FMS managers: competences and responsibilities of employees working directly with the FMS, as well as the data they handle in their daily work.

Cybersecurity in vehicle fleets.

Conclusions.

• MODULE 2: Organizational aspects and operations of an FMS.

Vehicle acquisition: Types of vehicle acquisition for the fleet and their characteristics with their advantages and disadvantages.

Fleet Management System Costs: Objectives to be taken into account when making the costs, explanation of the types that exist.

Fleet vehicle operations: objectives to be taken into account when carrying out the necessary operations, and the main activities to be carried out, explained in detail.

Cybersecurity in the organisational and operational aspects of a Fleet Management System.

Conclusions.

• MODULE 3: Technological means used.

Information systems in a FMS: Objectives for the design and implementation of a fleet management system, as well as technical aspects to be taken into account.

Enumeration of the most important parameters for the efficient control and monitoring of vehicles.

Technologies used in a Fleet Management System: Development of the fundamental requirements to be met by the technology implemented in fleet management. Exhaustive treatment of the main technology of a FMS: Telematics.

Future trends: Four trends that affect and will affect FMS. A small preview of cybersecurity, an aspect that is developed in more depth in the following modules.

Cybersecurity in the technological means used in vehicle fleets.

Conclusions.

• MODULE 4: Targets of cybercriminals.

Vehicle vulnerabilities: How a cracker can attack the vehicles that make up an organisation’s fleet.

Vulnerabilities in the Fleet Management System: What a cracker can do to the software, hardware and applications in charge of managing the fleet of vehicles.

Vulnerabilities caused by the human factor: What consequences exist if proper protocols and good practices are not followed.

Practical examples: Real cases.

Conclusions.

• MODULE 5: The solution: the eurocybcar test for fleets.

Cybersecurity: Applicable Legislation: The legislative framework governing fleet and vehicle management systems, and how they address cybersecurity.

The Cybersecure Vehicle: The EUROCYBCAR Vehicle Test: How the EUROCYBCAR Test, and its ESTP methodology, can help us choose cybersecure vehicles for our fleet.

The Cybersecure FMS: the EUROCYBCAR Test for Fleet Management Systems: How this test measures and evaluates the level of cybersecurity of the different elements that make up the system that manages the fleet of vehicles.

Conclusions.

Course Instructors.

• EUROCYBCAR Technical Team.
• HackerCar Cyber Q-Testers Experts

What You Need to Know About the Cybentia Group.

A research, awareness, and strategic communications consultancy specializing in cybersecurity for connected vehicles and smart mobility, with its headquarters in Vitoria-Gasteiz (Technology Park) and an office in Madrid (Science Park).

The CYBENTIA Group consists of two main areas:

STRATEGIC CONSULTING AREA, whose success is based on producing high-quality research reports on cybersecurity applied to mobility/automotive and on advising companies and institutions on finding cybersecurity solutions.

AWARENESS DIVISION:

HackerCar, the world’s first digital platform for research and awareness specializing in cybersecurity applied to the automotive industry and smart mobility, led by Javier García
TRAINING: Online and in-person courses, roundtables…
EVENTS promoting cyber-secure mobility—Business Cybermobility and the HackerCar Experiences.

At Grupo CYBENTIA, we merge cybersecurity with connected vehicles and smart mobility.

What You Need to Know About Eurocybcar.

EUROCYBCAR is a technology company based in Vitoria-Gasteiz that has developed ESTP Technology—an innovative modular platform, unique in the world and covered by an international patent—which enables the identification, assessment, and certification of risks affecting vehicle cybersecurity, Fleet Management Systems, Mobility Applications and Infrastructure, and Cybersecurity Management Systems (CSMS), in accordance with UNECE/R155 and ISO 21434 and applying its proprietary ESTP methodology—the EUROCYBCAR Standard Test Protocol. It also conducts training programs on cybersecurity assessment methodologies, current regulations, and other areas of cybersecurity as applied to the automotive industry and the mobility ecosystem.