Olivier Orfila has been appointed Scientific Director and Director of Development and Training at ITE VEDECOM. An engineer from ISAT (Institut Supérieur de l’Automobile et des Transports), he has a doctorate and is qualified to direct research at the University of Evry Paris Saclay. He has developed a multidisciplinary vision of mobility and its challenges.
Oliver Orfila was previously deputy director of the LIVIC (autonomous vehicle) laboratory from 2015 to 2020 and then PICS-L (mobility from a multidisciplinary perspective) from 2020 to 2022 at the Gustave Eiffel University, in laboratories located near the mobiLAB in Versailles.
He joined VEDECOM on 21 March 2022, and according to him, his three new functions – science, development and training – form a “virtuous triptych” that he particularly likes.
An interdisciplinary vision to support the energy transition
Convinced of the relevance of cross-fertilisation of disciplines from the very first phases of conception and definition of research questions, he co-directed the development of the LIVIC and PICS-L scientific projects. His work focused on the problems of vehicle energy consumption, the automation of functions to limit it and the understanding of eco-responsible driver behaviour.
Entrepreneurship and training as a result of research
As an entrepreneur, in 2008 he created a start-up company offering driver monitoring in natural conditions for the insurance sector. He also supported the emergence of the Stanley Robotics startup in the valet parking sector.
Lastly, passionate about transmitting knowledge and much appreciated by his students, he is involved in several courses: either with academic partners such as the University of Evry Paris Saclay, or ENSTA and IFPSchool, or with professionals such as Renault Group.
Knowledge of the challenges of mobility on an international scale
Internationally, he has been the scientific leader of numerous European research projects such as ecoDriver, GamECAR and Trustonomy. He has been a laureate of two Hubert Curien Partnerships with Australia and China where he was an associate professor at Tongji University in Shanghai from 2016 to 2022. Finally, he was an expert for ACEA (The European Automobile Manufacturers’ Association) on the subject of CO2 emissions reduction and an expert for the Ministry of Ecology on driving automation in China.
“I have found a dynamic and very professional teams at VEDECOM. They know how to take into account environmental issues and the final needs of the market and users. In the coming months, our objective is to co-construct answers to these new mobility needs, to accelerate the transfer of research results to the industrial world”.
Olivier Orfila a été nommé directeur scientifique et directeur de la valorisation et de la formation au sein de l’ITE VEDECOM. Ingénieur de l’ISAT (Institut Supérieur de l’Automobile et des Transports), docteur et habilité à diriger les recherches de l’université d’Evry Paris Saclay, il a développé une vision pluridisciplinaire de la mobilité et de ses enjeux.
Oliver Orfila était précédemment directeur-adjoint des laboratoires LIVIC (véhicule autonome) de 2015 à 2020 puis PICS-L (la mobilité sous l’angle pluridisciplinaire) de 2020 à 2022 au sein de l’université Gustave Eiffel, dans des laboratoires situés à proximité du mobiLAB à Versailles.
Arrivé chez VEDECOM le 21 mars 2022, ses trois nouvelles fonctions, science, valorisation et formation, forment selon lui « un tryptique vertueux » qu’il affectionne particulièrement.
Une vision interdisciplinaire pour accompagner la transition énergétique
Convaincu par la pertinence de la fertilisation croisée des disciplines dès les premières phases de conception et de définition des questions de recherche, il a coanimé l’élaboration des projets scientifiques du LIVIC et du PICS-L. Ses travaux ont porté à la fois sur les problématiques de consommation énergétique des véhicules, d’automatisation de fonctions permettant de la limiter ainsi que sur la compréhension des comportements écoresponsables des conducteurs.
L’entrepreneuriat et la formation comme aboutissement de la recherche
Entrepreneur, il a déjà créé en 2008 une startup proposant un suivi de conducteurs en conditions naturelles à destination du secteur assurantiel. Il a également soutenu l’émergence de la startup Stanley Robotics dans le domaine du valet parking.
Enfin, passionné par la transmission du savoir et plébiscité par ses élèves, il intervient dans plusieurs enseignements : soit auprès de partenaires académiques comme l’université d’Evry Paris Saclay, ou encore l’ENSTA et l’IFPSchool, soit auprès de professionnels tels que le groupe Renault.
Une connaissance des enjeux de la mobilité à l’échelle internationale
Sur le plan international, il a été responsable scientifique de nombreux projets de recherche européens comme ecoDriver, GamECAR ou encore Trustonomy. Il a été lauréat de deux Partenariats Hubert Curien avec l’Australie et la Chine où il a été professeur associé à l’université de Tongji à Shanghai de 2016 à 2022. Enfin, il a été expert pour l’ACEA (The European Automobile Manufacturers’ Association) sur le sujet de la réduction des émissions de CO2 et expert pour le Ministère de l’Ecologie sur l’automatisation de la conduite en Chine.
« J’ai trouvé chez VEDECOM des équipes dynamiques et très professionnelles, qui savent prendre en compte les enjeux environnementaux et les besoins finaux du marché et des utilisateurs. Dans les prochains mois, notre objectif est de co-construire avec nos partenaires des réponses à ces nouveaux besoins de mobilité, pour accélérer le transfert des résultats de la recherche vers le monde industriel. »
5G for connected and automated cooperative mobility: towards greater safety and efficiency
21 April 2022, 9 AM – 6 PM
Organisation : VEDECOM, Catapult, AKKA Technologies and VALEO
Location: VEDECOM headquarters at mobiLab and Satory tracks, Versailles. 23 bis allée des Marronniers, 78000 VERSAILLES, FRANCE
Parking: parking des Cavalières, located at allée des Marronniers on the left 200 m before the mobiLAB. The gate will be open for the occasion
Booking:
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5G is not a simple evolution of 4G. It is a truly disruptive technology because it can be used in many new applications. Its main benefits: improved broadband, a significant reduction in latency, i.e. the time it takes for data to transit between transmission and reception, and density, which will reduce congestion when too many devices are connected at the same time.
In this context, how will the connected and automated vehicle (CCAD) react? How can it handle network changes, bandwidth fluctuations? What benefits can 5G bring to manage the entry of other vehicles in its lane?
Infrastructure-assisted driving: France’s contributions to the European 5G-MOBIX bix project
The 5G-MOBIX project aims to evaluate the contribution of 5G on connectivity for Connected and Automated Mobility (CAM) services and functionalities, under cross-border conditions. The 5G-MOBIX test sites include two cross-border corridors (Greece-Turkey and Spain-Portugal) and six local test sites in France, Germany, the Netherlands, Finland, China and South Korea. The local sites provide additional and complementary contributions to the cross-border trials.
The contributions from the French test site focus on continuity of service and dynamic communication quality in the case of infrastructure-assisted driving. Together with its partners Catapult, AKKA Technologies and VALEO, VEDECOM answers the following questions:
- What happens when a vehicle enters the lane of an automated vehicle from an entry ramp?
- How can the infrastructure help the automated vehicle and through which technologies?
- How can the vehicle adapt to the needs of the use case (lane change), via its 5G communication system (OBU) and via its AD (autonomous driving system)?
- How can the data from the inserting vehicle go up through 5G and be translated into commands that go back down through 5G in the automated vehicle, allowing low latency and high reliability?
- At what level does the fusion of perception data, collision risk analysis, and lane change decision occur?
- What happens when the automated vehicle switches from a 5G Bouygues network to a 5G Orange or TDF network? (hand over)
- To what extent does 5G bring more reliability, better latency and better bandwidth?
April 21, 2022 Event Program
The event on April 21, 2022 will be an opportunity to discover the first tests conducted in France and their results through conferences in the morning and demonstrations in the early afternoon. The day will end with a panel discussion on the challenges and prospects. It will bring together different players involved in the value chain of automated and infrastructure-assisted mobility.
- 9h. Welcome coffee.
- 9h30. Introduction by Eric Lebeau, General Manager of VEDECOM. Context and stakes.
- 9h40. Presentation of the European 5G Mobix project: methodology, key innovations, tests and results of the French site.
- 11h25. Connection with other European and French projects dedicated to 5G: 5G Med project, 5G Meta platform and 5G Open Road experimentation in Paris-Saclay cluster.
- 12:00 pm: Lunch break.
- 13h15. Group departure on foot and demonstration session on tracks:
- Infrastructure assisted automated lane change at highway entry (demonstration with an L4 automated vehicule prototype)
- Maintaining continuity of service when a vehicle switches from one network to another
- Dynamic quality control of 5G communications
- 15h30. Vision of 5G and CCAM by market players. Panel discussion with vehicle manufacturers, telecom and road infrastructure operators, public transport players and territories.
- 16h40-16h50. Conclusion by Tony Jaux, President of VEDECOM, VP Innovation at Stellantis and Director of the connectivity program at the French Automotive Platform.
On-site public event. Replay will be available after online the event
Registration required before April 19, 2022, subject to the agreement of the organizer and conditioned by the capacity of the room
Registration link:
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5G Mobix: a 360° project on the 5G benefits for automated vehicles
5G-MOBIX is a European project funded by the Horizon 2020 program. Its goal is to develop and test automated vehicle functionalities integrating 5G along several cross-border corridors and urban test sites in Europe. These tests are critical to develop technologies to ensure service continuity and system resilience across operators, available networks and bandwidths. These tests take place in all conditions of vehicle traffic, network coverage and service demand. They take into account specific legal, commercial and social aspects.
A large-scale project with 8 test sites and 55 partners
5G-MOBIX brings together 55 ICT industry partners from 10 European countries as well as Turkey, China and Korea.
Eight different test sites will enable a comprehensive evaluation of 5G for connected, cooperative and automated driving (CCAM):
- Six urban test sites: Espoo (Finland, FI), Versailles (France, FR), Berlin and Stuttgart (Germany, DE), and Eindhoven to Helmond (Netherlands, NL), plus two test sites outside of Europe, namely Jinan (China, CN) and Yeonggwang (South Korea, KR).
- Two cross-border corridors: Spain-Portugal (ES-PT) and Greece-Turkey (GR-TR)
The role of VEDECOM and the French experimentation site
VEDECOM is responsible for the overall coordination of the experiments on the various corridors and test sites.
The institute is also piloting the French test site, which aims to test infrastructure-assisted driving in hybrid traffic. The technologies developed will then be tested in real life in March 2022 at the ES-PT cross-border sites of the 5G Mobix project.
For these tests, VEDECOM is providing a fleet of small electric, connected and autonomous vehicles that incorporate an OBU – onboard unit – designed by its teams. The Institute set up the 5G infrastructure and the centralised control centre. VEDECOM addressed the use case of lane changing and seamless connectivity solutions, when the vehicle changes telecommunication operator at the border crossing.
Infrastructure and technical equipment of the French site
The French 5G Mobix site is shared between two sites: the UTAC TEQMO tracks and the Versailles Satory tracks located near the VEDECOM premises. The sites are equipped with 5G networks (commercial or experimental), road infrastructure sensors and equipment for V2X research projects. VEDECOM has several demonstrator vehicles, some of which are fully autonomous.
5G-MOBIX website

This work is a part of the 5G-MOBIX project. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 825496

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La 5G pour la mobilité coopérative connectée et automatisée : vers plus de sécurité et d’efficacité
21 avril 2022, 9h-18h
Organisation : VEDECOM, Catapult, AKKA Technologies et VALEO
Lieu : siège de VEDECOM au mobiLab et pistes de Satory, Versailles. 23 bis allée des Marronniers, 78000 VERSAILLES
Parking : parking des Cavalières, situé dans l’allée des Marronnier, à gauche 200 m avant le mobiLAB. La barrière sera ouverte pour l’occasion
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La 5G ne représente pas une simple évolution de la 4G. Elle constitue une véritable technologie de rupture par son employabilité dans de nombreux cas d’usage inédits. Ses principaux bénéfices : l’amélioration du débit, la réduction significative de la latence, c’est-à-dire le délai de transit d’une donnée entre l’émission et la réception, et la densité, qui va réduire les engorgements lorsque trop d’objets sont connectés en simultané.
Dans ce contexte, comment le véhicule connecté et automatisé va-t-il réagir ? Comment peut-il gérer les changements de réseau, les fluctuations de débit ? Quels bénéfices peut-il tirer de la 5G pour gérer l’insertion d’autres véhicules sur sa voie ?
Conduite assistée par l’infrastructure : les contributions de la France dans le projet européen 5G Mobix
Le projet 5G-MOBIX a pour but d’évaluer l’apport de la 5G sur la connectivité pour les services et fonctionnalités de mobilité connectée et automatisée (CAM), dans des conditions transfrontalières. Les sites d’essai 5G-MOBIX comprennent deux corridors transfrontaliers (Grèce-Turquie et Espagne-Portugal) et six sites d’essai locaux en France, en Allemagne, aux Pays-Bas, en Finlande, en Chine et en Corée du Sud. Les sites locaux apportent des contributions supplémentaires et complémentaires aux essais transfrontaliers.
Les contributions du site d’essai français portent sur la continuité de service et la qualité de communication dynamique dans le cas de la conduite assistée par infrastructure. Avec ses partenaires Catapult, AKKA Technologies et VALEO, VEDECOM répond notamment aux questions suivantes :
- Que se passe-t-il quand un véhicule s’insère sur la voie d’un véhicule automatisé depuis une bretelle d’accès ?
- Comment l’infrastructure peut aider le véhicule automatisé et par quelles technologies ?
- Comment le véhicule peut s’adapter aux besoins du cas d’usage changement de voie), via son système de communication (OBU) 5G et via son AD (autonomous driving system) ?
- Comment les données du véhicule qui s’insère peuvent remonter par 5G et se traduire en commandes qui redescendent en 5G dans le véhicule automatisé, permettant une faible latence et une haute fiabilité ?
- A quel niveau se fait la fusion des données de perception, l’analyse de risque de collision et la décision de changement de voie ?
- Que se passe-t-il lorsque le véhicule automatisé passe d’un réseau 5G Bouygues à un réseau 5G Orange ou encore TDF ? (hand over)
- Dans quelle mesure la 5G apporte-t-elle plus de fiabilité, une meilleure latence et un meilleur débit ?
Programme du 21 avril 2022
L’événement du 21 avril 2022 sera l’occasion de découvrir les premiers tests réalisés en France et leurs résultats à travers des conférences le matin et des démonstrations en début d’après-midi. La journée se terminera par une table-ronde sur les enjeux et perspectives. Elle rassemblera les différents acteurs de la chaîne de valeur impliqués dans la mobilité automatisée et assistée par l’infrastructure.
9h. Café d’accueil.
9h30. Introduction par Eric Lebeau, Directeur Général de VEDECOM. Contexte et enjeux.
9h40. Présentation du projet européen 5G-MOBIX : méthodologie, innovations clé, tests et résultats du site français.
11h25. Ouverture sur les autres projets européens et français autour de la 5G : projet 5G Med, plateforme 5G Meta et expérimentation 5G Openroad dans le pôle scientifique et technologique de Paris-Saclay.
12h00 : Pause déjeuner.
13h15. Départ du groupe vers les pistes, à pied, et séquence de démonstrations sur pistes
- Changement automatique de voie d’un véhicule automatisé (prototype de niveau 4) avec l’aide de l’infrastructure suite à l’insertion d’un autre véhicule depuis une bretelle d’accès
- Maintien de la continuité de service lorsqu’un véhicule passe d’un réseau à l’autre
- Contrôle dynamique de la qualité de communication 5G
15h30. Vision de la 5G et de la CCAM par les acteurs du marché.
Table-ronde avec les fabricants de véhicules, les opérateurs de télécommunication et d’infrastructures routières, les acteurs des transports collectifs.
Animée par Tony Jaux, Président de VEDECOM, VP Innovation chez Stellantis et Directeur du programme connectivité à la Plateforme Française de l’Automobile.
Autour de la table :
- Anh Tuc Nguyen, DGE, Ministère de l’Economie
- Emmanuel Micol, BOUYGUES
- Ndoffène Diouf, TDF
- Isabelle Paulin-Jardel, RENAULT
- Sophie de Lambert, VALEO
- Saleh Bensator, STELLANTIS
- Thomas Vial, CONTINENTAL
- Guillaume Grollaux, LACROIX CITY
- Jean-Laurent Franchineau, TRANSDEV
16h50-17h00. Conclusion par Tony Jaux,
17h-18h. Cocktail de networking
Evènement public en présentiel uniquement (replay disponible a posteriori).
Inscription obligatoire avant le 19 avril 2022, soumise à l’accord de l’organisateur et conditionnée par la jauge de la salle.
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5G Mobix : un projet à 360° sur les apports de la 5G pour les véhicules automatisés
5G-MOBIX est un projet européen financé par le programme Horizon 2020. Son but est de développer et tester des fonctionnalités de véhicules automatisés intégrant la 5G le long de plusieurs corridors transfrontaliers et sites d’essais urbains en Europe. Ces tests sont déterminants pour mettre au point des technologies afin d’assurer la continuité de services et la résilience des systèmes quels que soient les opérateurs, les canaux disponibles et les débits. Ces tests ont lieu dans toutes les conditions de circulation des véhicules, de couverture du réseau, de demande de service. Ils tiennent compte des aspects juridiques, commerciaux et sociaux particuliers.
Un projet d’envergure avec 8 sites d’essai et 55 partenaires
5G-MOBIX réunit 55 partenaires de l’industrie des TIC issus de 10 pays européen ainsi que de la Turquie, la Chine et la Corée.
Huit sites d’essai différents permettront une évaluation complète de la 5G pour la conduite connectée, coopérative et automatisée (CCAM) :
- Six sites d’essai urbains : Espoo (Finlande, FI), Versailles (France, FR), Berlin et Stuttgart (Allemagne, DE), et Eindhoven à Helmond (Pays-Bas, NL), plus deux sites d’essai hors d’Europe, à savoir Jinan (Chine, CN) et Yeonggwang (Corée du Sud, KR).
- Deux corridors transfrontaliers : Espagne-Portugal (ES-PT) et Grèce-Turquie (GR-TR)
Le rôle de VEDECOM et du site français d’expérimentation
VEDECOM est responsable de la coordination globale des expérimentations des différents corridors et sites d’expérimentation.
L’institut pilote également le site d’expérimentation français dont l’objectif est de tester la conduite assistée par l’infrastructure au sein d’un trafic hybride. Les technologies mises au point seront ensuite testées en réel en mars 2022 sur les sites transfrontaliers ES-PT du projet 5G-MOBIX.
Pour ces essais, VEDECOM fournit une flotte de petits véhicules électriques, connectés et autonomes qui intègrent une OBU – onboard unit – conçue par ses équipes. L’Institut a mis en place l’infrastructure 5G et le centre de contrôle centralisé. VEDECOM s’est intéressé au cas d’usage du changement de voie et des solutions de connectivité seamless, lorsque que le véhicule change d’opérateur de télécommunication lors du passage de frontière.
Les infrastructures et équipements techniques du site français
Le site français 5G-MOBIX est réparti entre deux sites : les pistes TEQMO de l’UTAC et les pistes de Versailles Satory situées à proximité des locaux de VEDECOM. Les sites sont équipés des réseaux 5G (commerciaux ou expérimentaux), des capteurs d’infrastructures routières et des équipements propices aux projets de recherche V2X. VEDECOM dispose de plusieurs véhicules démonstrateurs dont certains sont entièrement autonomes.
Site web du projet 5G Mobix

Ces travaux font partie du projet 5G-MOBIX, qui a reçu des fonds du programme de recherche et innovation Horizon 2020 de l’Union Européenne sous le numéro d’agrément 825496
Suivez les avancées de 5G Mobix sur Twitter et Linked In
Three out of four French people are in favor of the autonomous vehicle, which could play a decisive role in rural areas

The second edition of the VEDECOM & MACIF barometer on the acceptability of the autonomous vehicle by the French reveals that 73% of them have a positive attitude towards this means of transportation: an increase of 3 percentage points compared to 2020 (equivalent to about 2 million of the French population).
In 2020, the French had a positive perception of the automated vehicle, given that it’s introduced in a context of environmental preservation and improvement of inclusive mobility. With the growth of autonomous mobility experiments on the French territory, has the perception of the French changed in 2021? Do they see themselves using it regularly, everywhere and for everyone? What do they expect from it?
“Mobility for all, autonomy for all: this is the ambition of our community of interest on shared autonomous vehicles for the past 3 years. The autonomous vehicle must first meet a societal need before being a technology used by individual drivers. It’s in this way that the shared autonomous shuttle will help to revitalize isolated areas by providing access to employment, health care or by making mobility accessible to all.” Yann Arnaud, Director of Responses to Member’s Needs and Innovation at Macif and Leader of the Autonomous Vehicle Community of Interest.
More than 50% of French people are ready to try it
18% of respondents have already seen an automated vehicle, 6% more than in 2020. More and more people want to test it, and 5% have had the opportunity to use one this year (2 points more than in 2020).
More than half of the French people (53.50%) say they intend to try autonomous mobility in the coming years (+11 pts). More than 6 out of 10 say so when they have already seen an automated vehicle (+15 pts) and more than 7 out of 10 when they have already used one (+10 pts). In general, nearly 4 out of 10 French people (39%) plan to regularly use an autonomous vehicle (+6 pts).

The autonomous shuttle: a way to revitalize remote areas
The autonomous vehicle is highly anticipated in rural areas to provide for day-to-day services (e.g., on-demand services for isolated seniors or last-mile deliveries to industrial zones). It will finally make mobility accessible to all. A new way to get around? Yes for 67% of French people who believe that the shared autonomous vehicle will allow people living in rural areas to no longer be dependent on the private car. Nearly 3/4 of them think that shared autonomous shuttles would be useful in rural areas to go to appointments or to do shopping and 2/3 to go to the nearest town, the nearest train station or to work.
Automated mobility would respond to a concern that the French have for the most vulnerable populations. It would be useful in rural areas for the elderly (for 81% of respondents), then for those who do not have a driver’s license (78%), who do not have a car (74%), or for people with reduced mobility (64%). One French out of two would also be in favor of transporting children and teenagers in rural areas by autonomous shuttles.
Reaching out to those who will need it most
Although still low, the visibility of the autonomous vehicle is increasing throughout the country, including among rural residents. 12% of rural residents have already seen an automated vehicle, a figure that is up 4 points from 2020, but only 2% have used one (+ 1 point) compared to 7% of urban residents (+ 2 points).
The visibility of the automated vehicle is higher and growing more quickly among young people, city dwellers and executives: 24% of the 18-24 years old have seen an automated vehicle (+6 points), 23% of city dwellers (+7 points) and 22% of executives (+4 points). More than 8% of the latter have already tried an automated vehicle (+3 points). There is therefore an educational balance to be found between urban and rural populations, but also between young and old.
As for the unemployed, only 3.5% have tried an automated vehicle. This is a progression, though, since none had tried one last year.

The autonomous vehicle, associated with green energies
Autonomous vehicle is perceived as more ecological than non-autonomous vehicles by nearly 63% of respondents (+ 3 pts); 77% (+ 7 pts) of them even think that compliance with ecological standards will be mandatory. 62% of the French perceive the ecological side of the shared autonomous shuttle more than for individual automated vehicles, for which they have a reservation.
6 out of 10 French people say they are safer in an autonomous vehicle
Trust and safety is the second element that encourages the French to use an autonomous vehicle. Moreover, the same as last year, nearly 6 out of 10 French people (57.80%) say they feel safe in an automated vehicle and more than 5 out of 10 (54%; +2 pts) think that this vehicle is reliable.
The respondents consider using an autonomous vehicle as soon as they have seen or tested it at least once. To try it is to adopt it!
More confidence among the youngest respondents for level 3 – More than half of the French say they trust automated vehicles (+3 points). There is a 14 points increase in the 18-24 age group, with 41% trusting at least limited automated driving (i.e., level 3).
Autonomous mobility, symbol of freedom
When asked this year about the main elements that would encourage them to use an autonomous vehicle in general, the French mention the first, the possibilities of well-being and freedom that it brings (41% of responses). Autonomy is associated with comfort and serenity, via the on-board activities it makes possible (talking on the phone, sleeping…). Autonomous mobility everywhere and for everyone is also very appealing to the French, who are already planning to use it in concrete ways (e.g., improving mobility for the elderly and connections between cities).
However, when the French have the choice between different types of automated vehicles, they prefer the one that allows them to be able to regain control (level 3) in order, for 55% of them, to keep the mastery and maintain complete command of the car.
Trying would be adopting it
The results of this second edition clearly show that the introduction of automated vehicles, as well as the more advanced experiments, have an impact: they maintain the positive perception of the French and their a priori confidence, as well as reinforce their feeling of safety. Awareness and perception indicators confirm that the French need to know more about this new kind of mobility.

For Eric Lebeau, Managing Director of the VEDECOM Institute, “this second survey clearly shows the direct and positive link between experimentation and acceptability of the autonomous vehicle: it is now time to move on to deployment and to observation during real-life operational service pilots. The popularity rating of autonomous vehicle is slowly but surely improving, with a strong expectation for shared and electric services such as shuttles, which are perceived as more environmentally friendly and inclusive than the individual vehicle.”
The major expectation is in rural areas where autonomous mobility makes sense. Autonomous shuttles will be relevant in these areas to improve the existing network and therefore the mobility of residents who do not have access to a personal vehicle, to provide new services, and to encourage car owners to use shared formulas.
“We still need to structure a sector that can respond to the needs of the local authorities, both in terms of opportunity studies, vehicles supply, services and appropriate infrastructure,” concludes Eric Lebeau.
Methodology of the VEDECOM & MACIF Acceptability Barometer
The Automated Vehicle (AV) Acceptability Barometer was conducted with a representative panel of the French population (gender, age, geographic distribution) consisting of 4,061 people. The questionnaire was administered from October 18 to 28, 2021. The questions asked made it possible to collect data on :
- the relationship with the autonomous vehicle and in particular the main brakes and levers for using an automated vehicle
- the preferred type of autonomous vehicle to be chosen among 4: Personal Vehicle (PV) level 3 (limited autonomous driving), PV level 4 (almost complete autonomy), Robot cab level 5 (complete autonomy), Bus / autonomous shuttle level 5
- evaluation of the acceptability of the 4 vehicles including in particular the perception of the AV in terms of safety, trust, protection of personal data and attitudes (i.e. judgments on the desirability of an object or a behavior and/or its consequences, a positive attitude towards the AV amounts to judging it desirable whereas a negative attitude amounts to judging it undesirable) and the reasons for these choices
- themes related to current issues: ecology, mobility in rural areas, energy, deliveries
- the socio-demographic characteristics of respondents and their degree of technophilia (i.e., a technophile is a person who appreciates and/or encourages new technologies).
The barometer was built on the basis of the previous edition, new scientific studies and a series of interviews conducted with French people.
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