Capacity Building for Safer and more Inclusive Road Design in Central Asia
The International Road Federation (IRF) supported a three-part online training series on road safety engineering, delivered under the UNRSF Safe & Inclusive Road Designs in Central Asia project in April 2025. Designed to build capacity in Kyrgyzstan, Tajikistan, and Uzbekistan, the training brought together professionals committed to improving road safety in the region.
Over 60 engineers and road safety practitioners joined each module, which covered key areas including the fundamentals of road safety engineering and the Safe System approach, practical design guidance, and the iRAP methodology for road assessment.
Participant feedback reflected the practical value of the sessions.
“Recent webinars focused primarily on road safety and inclusivity in road design. These aspects play a key role at the feasibility study stage, as they are directly linked to reducing the risk of injuries and fatalities. Effective safety approaches were discussed, including proper design of curves, road shoulders, and minimising excessive measures such as an overuse of signs. The importance of striking a balance between safety and budget was emphasised. Such meetings provide valuable insights and are especially beneficial if more students and professionals from relevant organisations are involved. Thank you for the opportunity to participate.” – Dilovar Hikmatov, Ministry of Transport, Tajikistan.
From Kyrgyzstan, Road Police Official Tynychbek Saidov, highlighted the benefits of hearing directly from international experts: “Their perspectives helped deepen our understanding of current challenges and best practices in road design and safety.”
The trainings were delivered with the support of specialists from several leading organisations in the field. Contributors came from the United Nations Economic and Social Commission for Asia and the Pacific (ESCAP), the International Road Federation (IRF) the International Road Assessment Programme (iRAP), and the Eastern Alliance for Safe and Sustainable Transport (EASST) alongside independent experts and engineering professionals from Australia and Europe. Their combined expertise offered a broad and practical perspective on how global road safety principles can be applied to local contexts.
The broader project, led by ESCAP in partnership with iRAP, EASST and IRF, is funded by the United Nations Road Safety Fund (UNRSF). Launched in March 2024, the 18-month initiative aims to review and update national road design standards (GOST-SNiP), align them with global safety targets and best practices, and develop a common regional recommendations manual to complement existing standards to guide safer, more inclusive road infrastructure across the three countries.
By strengthening the capacity of road designers and policymakers, the project contributes to regional efforts to improve infrastructure, enhance accessibility for pedestrians and cyclists, and reduce road casualties.

EFKON STRABAG Joins The Infravision Foundation’s Seminar on "Decarbonising Urban Transport Using ITMS Data”
The Infravision Foundation (TIF) hosted a groundbreaking seminar on "Decarbonising Urban Transport Using ITMS Data" at the India Habitat Centre in New Delhi on 8 April 2025. The event brought together thought leaders, industry experts, academics, and practitioners to strategise on leveraging urban data for the "Vision Zero: Road Safety & Decarbonization" initiative.
The seminar focused on the transformative potential of urban big data in enhancing road safety and accelerating decarbonization efforts across India. EFKON STRABAG’s CEO, Mr. Rajat Mishra, joined an esteemed panel of experts, including Shri V Umashankar, Secretary, Ministry of Road Transport & Highways; Dr. Geetam Tiwari, Emeritus Professor, TRIP Centre, IIT Delhi; Mr Amardeep Singh Rai IPS, ADGP Traffic & Road Safety, Punjab-Chandigarh; and Dr. Manoranjan Parida, Director, Central Road Research Institute, Delhi. Together, they explored innovative approaches to harness traffic data for sustainable urban transport systems.
In his address, Mr. Rajat Mishra emphasised the critical role of children as changemakers in shaping a safer and greener future. "Children are not just the future; they are active agents of change today," Mr Mishra stated. "By educating and empowering them to understand road safety and environmental challenges, we plant the seeds for long-term societal transformation."
We extend our heartfelt thanks to all the distinguished panelists and to TIF for organising this impactful event.

CulturalRoad’s Path to Mobility Equity: Focus on Inclusivity
CulturalRoad aims to ensure that Connected, Cooperative, and Automated Mobility (CCAM) solutions are equitable and benefit everyone, regardless of their socio-demographic characteristics or their geographic and/or cultural diversity. Placing equity at the core of its work, the project has identified five key pillars of mobility equity: Network Optimisation, Safety, Acceptance, Psychological Factors and Inclusivity. In this article series, we explore what each pillar means for mobility equity in the context of the project, starting with inclusivity and how CCAM can be designed to serve all users fairly.
What is inclusivity?
In CulturalRoad, the Inclusivity pillar encompasses a wide range of aspects to ensure equitable access to CCAM services, including accessibility, affordability, and digital accessibility, and the implementation of concrete measures to guarantee passenger security and data privacy.
Accessibility has become a central focus in transportation planning. It focuses on the ability of individuals to reach critical destinations such as workplaces, educational institutions, healthcare centres, and recreational facilities. Accessibility reflects the quality and diversity of reachable opportunities within certain “cost” limits, such as expenses, time, or comfort. Accessibility analyses provide a meaningful measure of transportation systems’ effectiveness and serve as a foundation to align land-use and transport policies. However, accessibility lacks a universal definition, with evolving interpretations including spatial distribution of opportunities, service availability, and individual perceptions, among others. CulturalRoad aims to define novel accessibility metrics for CCAM environments that account for cultural and geographical diverse needs.
Affordability is another crucial dimension of inclusivity. It does not only concern the financial cost of travel, but also the capacity of individuals and households to access necessary services and opportunities. Initial definitions of affordability focused on maintaining transport spending below a certain threshold of household income, while more recent ones added housing costs to the expenses. While these benchmarks helped frame early discussions, the choice of arbitrary cutoffs has led to unclear results. CulturalRoad will broaden the perspective beyond static cost metrics to include lived user experiences.
The extent to which CCAM services meet the requirements of people with special needs is another crucial aspect. Users with mobility limitations, visual or hearing impairments, and other physical constraints, face systemic obstacles in existing transportation networks. CCAM services must therefore integrate universal designelements such as low-floor vehicles, tactile navigation aids, multimodal announcements, and accessible control interfaces. Engaging users in co-design processes is key to proactively identify and address these barriers, an approach that CulturalRoad prioritises to promote equitable mobility.
In addition, CCAM systems increasingly rely on apps and automated platforms for trip planning, booking, and payment, placing people without the necessary skills, devices, or internet connectivity at risk of exclusion. This issue particularly affects older adults, low-income groups, and those with limited digital literacy. To meet equity standards, CCAM services must ensure digital accessibility. Different alternatives will be analysed under the CulturalRoad Inclusivity pillar, from the inclusion of voice support, multilingual options, offline or physical booking mechanisms, and simplified user interfaces, to specific trainings. Among others, the Inclusivity pillar specifically considers digital barriers linked to age, education, income, or lack of digital familiarity.
Finally, security and data privacy are also core components of the Inclusivity pillar. As the absence of human drivers in CCAM services redefines the landscape of passenger safety, new solutions to ensure user’s personal security need to be included. These are especially critical for protecting vulnerable users such as women, children, and the elderly, who may feel more exposed in driverless environments. Technological features such as onboard surveillance, emergency communications, AI-based incident detection, and remote operator intervention are potential measures to be implemented. CulturalRoad aims to rank the security measures that need to/might be included in CCAM services so that all users are and feel safe. The Inclusivity pillar will focus on the objective aspects of security, while people’s perceptions of safety will be explored through the Acceptance and Psychological Factors Pillars.
Ethical data use is equally important, as CCAM services rely heavily on collecting location data, travel history, biometrics, and communication logs. To build public trust, it is essential that users retain control over their data through transparent practices, opt-in consent, and adherence to strict data protection standards like the EU’s General Data Protection Regulation (GDPR). Design strategies should embed anonymisation, secure data storage, and minimal retention policies from the outset. Without clear privacy safeguards, concerns over surveillance and misuse could undermine user confidence and limit adoption. The Inclusivity pillar will define the measures that need to be implemented in order CCAM operators to respect user’s privacy and, thus, foster the adoption of CCAM systems.
Methodological framework
The variability of the dimensions covered by the Inclusivity pillar requires the use of different methodologies adapted to each of them. Novel Key Performance Indicators (KPIs) will be defined to assess the extent to which CCAM-based mobility solutions take these dimensions into account and, therefore, to what extent they are equitable. By appropriately combining these partial KPIs, an Inclusivity KPI that considers cultural, geographical and exogenous diversity will finally be proposed.
The project partners involved in the Inclusivity pillar are currently defining the methodologies to be used, at first based on existing methodologies to be adapted for application to CCAM environments and with an equity perspective. Examples of such methodologies and KPIs include location-based spatial-temporal accessibility analyses and cumulative opportunities, econometric analyses relating transportation expenditures and housing location to the socioeconomic level of individuals, or holistic multicriteria analyses combining quantitative and qualitative data that allow ranking measures or policies to be implemented in order to make CCAM services more equitable. In addition, we aim to define novel, CCAM-specific methodologies in further steps.
This methodological process is grounded in real-world contexts, where the various dimensions of Inclusivity already manifest in tangible ways. For instance, in Barcelona, accessibility maps by public transport (Figure 1) and income distribution maps (Figure 2) show interesting insights. In the first map, residents of the Pedralbes and Sarria-Sant Gervasi neighbourhoods (top left in Figure 1, in red and orange) are shown to have bad accessibility to healthcare centres. Based on accessibility alone, administrations could decide to prioritise investments in public transport (or in the implementation of public healthcare facilities) in this area. However, Figure 2 shows that the inhabitants of this area are the most affluent (blue colour, linked to the highest income deciles), with higher ownership and use of private vehicles, as well as of private insurance that allows them to visit personalised healthcare centres throughout the city. This highlights the need to develop more comprehensive methodologies for current mobility solutions, but even more so for future environments where CCAM services will be able to operate on demand.
A collaborative effort
Research on the Inclusivity pillar is led by the Universitat Politècnica de Catalunya (UPC), in close collaboration with our academic partners (Technical University of Denmark, National Technical University of Athens, Technical University of Munich) to define the scenarios to be evaluated, with the partners in the demonstration sites (Autoritat del Transport Metropolità (ATM) , Oxfordshire County Council, Eilat Municipality, Karlsruhe and Regional Development Agency of Ljubljana urban region) to define methodologies that are applicable in practice and facilitate data acquisition, as well as with other industry partners with extensive experience in mobility and CCAM (IRF, ERTICO and FICOSA among others).

“Mobility gives freedom. And freedom is a right. Therefore, all people, regardless of where they live, their socioeconomic level, their physical abilities, etc. should be able to make their daily commute and to access their essential activities without difficulty. CCAM as defined under the principle of Inclusivity can contribute to this objective.” Margarita Martínez Díaz, Associate Professor, Universitat Politècnica de Catalunya (Spain)
SOTEN Concludes 3rd International Transport Conference 2025 NEPAL
The Third International Transport Conference 2025, organised jointly by the Society of Transportation Engineers Nepal (SOTEN), the Ministry of Physical Infrastructure and Transport (MOPIT); and the Ministry of Urban Development (MOUD) was held in Nepal from 11–13 April 2025. The event brought together transport experts, policymakers, researchers, and industry leaders to discuss safe, sustainable, resilient, and innovative transport solutions for Nepal and beyond. The event featured 23 International and 52 national speakers, spread across 15 technical sessions, with over 320 participants from 13 countries.
The event was supported by international collaboration with Eastern Asian Society of Transport Studies, Asian Transport Observatory, the International Road Assessment Programme (iRAP) and the International Road Federation (IRF). Other major governmental stakeholder covering federal, provincial and local government were part of the collaboration. Department of Roads, Department of Local Infrastructure Development, Construction Business Development Implementation Committee, Department of railway, Road Board Nepal, Investment Board Nepal, Civil Aviation Authority of Nepal, Municipality Association of Nepal, National Association of Rural Municipality of Nepal, Kathmandu Metropolitan City, Lalitpur Metropolitan City and Federation of Contractors Association of Nepal were the collaborating partners along with support from other professional societies and sponsors.
The inaugural session featured high dignitaries. Susanna Zammataro, Director General of the International Road Federation (IRF); and Professor Fujiwara, President of the Eastern Asia Society for Transportation Studies (EASTS) provided opening remarks followed by keynote remarks from Keshab K. Sharma, Secretary of the Ministry of Physical Infrastructure and Transport (MoPIT); Professor Kaito from Osaka University; and Bindu Lohani, Chair of Clean Air Asia and former vice president, Asian Development Bank. The event was further enlightened by the presence and remarks of Hon’rable Devendra Dahal, Minister of Physical Infrastructure and Transport.
The program provided special presentation from international speakers from 12 countries representing diverse sector ranging from intermodal transportation, safe transportation system, sustainable mobility, transport connectivity, slope stabilisation, asset management, public transportation, traffic engineering, civil aviation, technology, resilient transport infrastructure and many other. The event welcomed various researchers and professional working in Nepal presenting their research, innovation, and works. With Nepal adopting federal structure, it is utmost necessary to discuss the challenges from both a provincial and local perspective, hence the conference brought experts to present them. The final technical session featured a major local government stakeholder in the transport sector to discuss about their future plans for development.
The closing session brought high delegate representation. Greg Smith, International Road Assessment Program (iRAP) and Alvin Mejia, Asian Transport Observatory gave closing remarks highlighting the importance of the conference. Similarly, Er. Sushil Gyawali, CEO of Investment Board Nepal highlighted importance of bigger transport projects to achieve the SDGs and for economic boost. Similarly, Honorable Minister Aman Maskey emphasised the role of the transport sector in provincial development and the commitment to implementing the lessons learned during this conference. Finally, Honorable Prof. Dr. Shiva Raj Adhikari, Vice Chairman of National Planning Commission presented the integration and optimisation requisite for the improvement of the transport sector and called for implementation of the conference resolution "Towards Safe, Sustainable, Efficient and Resilient Mobility". The conference concluded with an 11-point resolution which will be fundamental for future discussions and advocacy efforts.
During the conference, the Society of Transport Engineers Nepal (SOTEN) renewed its collaboration with Asian Transport Observatory (ATO), with a MoU committing for research, capacity building and knowledge sharing in transport sector.

The conference concluded in the leadership of Er. Hare Ram Shrestha, PHD. Chair of the Organising Committee and Er. Hemant Tiwari, Conference Convener.


Key Takeaways from the CulturalRoad Launch Workshop
CulturalRoad hosted its Launch Workshop on 20 March, bringing together experts from over 37 countries to discuss the challenges and expectations for deploying equitable Connected, Cooperative, and Automated Mobility (CCAM) solutions. Moderated by Agostina Massarini (Internation Road Federation – IRF), this online workshop introduced the project’s methodology and explored how CCAM can become more inclusive and equitable.
The EU Vision for CCAM
The workshop opened with an overview of the European Union vision for CCAM by Suzanna Kraak (European Commission). She highlighted how the EU’s new priorities – strengthening the competitiveness of the automotive sector, promoting clean energy, advancing sustainability, and embracing digitalisation – are shaping future mobility. As part of this vision, the CCAM Partnership was launched in 2021 to accelerate the deployment of CCAM services for safer, multimodal, low-carbon mobility for all. CulturalRoad contributes to the CCAM Partnership’s Cluster 6, which focuses on societal aspects and people needs to ensure CCAM deployment goes hand in hand with users’ needs.
CulturalRoad’s approach for equitable CCAM deployment
CulturalRoad’s Project Coordinator, John Paddington (ERTICO – ITS Europe), presented the project’s vision of developing sustainable and citizen-accepted deployment plans for CCAM. CulturalRoad focuses on cultural and geographical diversity to develop CCAM recommendations that are applicable to various contexts and environments and account for the different needs of different populations. One of its key outputs is the Five-Pointed Star Rating System, a tool designed to assess equity from a comprehensive point of view and to integrate European diversity into the development of equitable CCAM services. Guido Cantelmo (Technical University of Denmark – DTU) and Margarita Martinez Diaz (Polytechnic University of Catalonia – UPC) explained how this framework assesses transport equity through five key pillars: safety, inclusivity, user acceptance, network optimisation, and psychological factors. Focusing on diversity in all its aspects, these pillars aim to deepen the understanding of how diversity influences the uptake and use of CCAM. The tool will be tested in the project’s five demonstration sites to ensure its applicability in different contexts, in Europe and beyond. To foster social acceptance and user-centric solutions, CulturalRoad also adopts a participatory approach to co-creating deployment plans. Guido Cantelmo outlined CulturalRoad’s two-step co-creation framework to ensure the involvement of all relevant stakeholders, starting with stakeholder workshops to gather insights and followed by targeted focus groups to refine deployment plans based on the needs of specific target groups.
Key insights from the breakout rooms
The workshop featured interactive breakout sessions where participants could discuss key challenges and opportunities for equitable CCAM deployment in smaller groups. The discussions focused on the following:
Support needed for deployment: While financial support was seen as important, participants agreed that collaboration and improving the clarity of regulations are even more crucial for successful CCAM integration. Successful real-world demonstrations were also seen as an effective way to build trust and encourage adoption.
Challenges and barriers: Participants shared concerns about the absence of a driver in automated services, with some suggesting remote assistance as a potential solution. Economic challenges were also raised, with discussions on the high costs of CCAM development and the potential need for public subsidies. In addition, digital and physical barriers, especially for vulnerable groups, remain key obstacles to truly inclusive mobility.
Ensuring societal acceptance: Discussions highlighted the importance of reliable, high-quality services to encourage CCAM adoption. Data privacy, security, and regional differences in technology acceptance were also highlighted. Some participants also suggested that early adopters could act as role models to encourage the use of CCAM services in specific population groups.
Missed the workshop?
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RESKILLING Project Kicks Off to Future-Proof Europe’s Transport Workforce
Brussels, 31 March 2025 - The Research initiative for Enhancing and Adapting Workforce SKILLs for Implementing TraNsport Automation with Employment Growth (RESKILLING) has officially launched, marking the beginning of a pioneering effort to equip Europe’s transport workforce for the transformative changes brought by Connected, Cooperative & Automated Mobility (CCAM). The project’s Kick-Off Meeting took place on February 5-6, 2025, in Thessaloniki, Greece.
Funded by the European Commission under the Horizon Europe programme (GA No. 101147328), RESKILLING brings together 20 leading partners from the fields of CCAM, education & training, skills development, and social innovation. The project aims to implement a forward-looking strategy that empowers workers and businesses in both passenger and freight transport to navigate automation’s challenges while capitalising on new opportunities.
At the heart of RESKILLING lies a commitment to inclusivity, co-creation, and social innovation, ensuring that the workforce is not only prepared for automation but also equipped to shape the future of mobility. The project will introduce innovative services and tools to support a smooth transition, assessing socio-economic and employment impacts across the entire transport value chain.
During the two-day kick-off meeting, project partners outlined RESKILLING’s ambitious objectives and strategic vision. Georgios Sarros (CINEA, EC), the Project Officer, presented the European Commission’s expectations, underlining the initiative’s importance. Matina Loukea, Project Coordinator, emphasized the significance of the project, stating: "The deployment of CCAM is significantly transforming the transport sector, with a major impact on the workforce. Through the RESKILLING project, I am confident that we will not only make notable advancements in assessing employment impacts but also establish robust tools that will enable businesses to strengthen workforce capabilities. This will ensure the sector is well-prepared for future transport challenges while maintaining Europe's competitiveness."
RESKILLING will provide critical insights into CCAM’s employment and socio-economic effects, ensuring that businesses and workers can successfully adapt. The project will foster skills development, upskilling, and a strong CCAM stakeholder community, accelerating the adoption of automation technologies and promoting sustainable employment growth. With CCAM reshaping the transport sector, RESKILLING is dedicated to ensuring that no one is left behind.

Succession at the Helm of the IRF
Geneva, 21 March 2025
After 18 years of dedicated leadership, the International Road Federation (IRF) announces the departure of its Director General, Susanna Zammataro as she embarks on a new chapter in her career. Mrs Zammataro will assume the position of Chief Executive Officer at the International Federation of Consulting Engineers (FIDIC), a long-standing partner of the IRF. In line with IRF’s on-going strategy, Gonzalo Alcaraz, the current IRF Deputy Director General, has been appointed to lead the organisation and continue its mission of advancing sustainable and inclusive mobility.
“It has been an immense privilege to serve the IRF” said Mrs Zammataro. “I am incredibly proud of all that we have achieved together. As I step into my new role at FIDIC, I do so with confidence, knowing that the Federation is in excellent hands and well-positioned to achieve its future goals. I look forward to further strengthening the bonds between our organisations in my new capacity.” She continued, “Over the years, we have not only built a robust network of members and partners, but also a close-knit IRF family. I feel truly blessed to have contributed to this remarkable community and to be part of it.”
Dimitris Mandalozis, President of the IRF, expressed his deep gratitude on behalf of the IRF Board of Directors and the IRF members: “We extend our heartfelt thanks to Susanna for her outstanding leadership and unwavering commitment to the Federation. Under her stewardship, the IRF has grown in relevance, impact, and global reach. She has firmly established the IRF as a key player in the global transport sector.” Mandalozis added, “We wish Susanna every success in her new role and extend our congratulations to FIDIC. Her appointment is a testament to the strong connection between our organisations, and it opens up exciting new opportunities for collaboration in the pursuit of sustainable infrastructure and mobility solutions.”
In accordance with IRF's established procedures, Mr Gonzalo Alcaraz will assume the role of Acting Director General on 1 May 2025, until his formal appointment by the IRF Board of Directors later in the year. Mrs Zammataro will continue to serve as an Advisor to the IRF Board of Directors. This leadership transition builds upon a solid foundation, ensuring continuity while positioning the IRF for continued success in the future.
The IRF remains deeply committed to its mission of empowering mobility worldwide and looks forward to continued engagement with its partners, members, and stakeholders to deliver on its vision of safe, reliable, and sustainable mobility for everyone.


Valerann has been Awarded a €3.6M Contract by the European Space Agency to Develop a Road Traffic Monitoring Platform using AI and Satellite Data
London, UK, March 18, 2025 – Valerann, a global leader in AI-powered, data-driven road traffic management solutions, has been awarded a €3.6M co-funded contract from the European Space Agency’s Business Applications and Space Solution (BASS) program. The contract will support the development and demonstration of an AI and satellite data-enabled traffic monitoring and incident detection platform designed to enhance nationwide road network safety and efficiency. The initiative aligns with the BASS program’s objective of supporting innovative services that leverage space technology and data in key markets, such as transportation. It is also aligned with the EU Global Gateway Strategy’s aims for seamless, sustainable, and environmentally friendly international corridor management.
Proven through deployments with leading public and private road traffic authorities— Lanternn by Valerann™ (LbV), Valerann’s flagship product, helps road operators improve road safety. The advanced data analytics platform uses deep data fusion to process very large volumes of current and historical traffic-related data to instantly deliver a holistic, real-time overview of single corridor road traffic, including risk profiling, on a single pane of glass. It enables road traffic authorities in Europe, the US, Central and Latin Americas to adopt a proactive road traffic management approach while achieving a double percentage reduction in serious traffic accidents.
Building on the success of LbV, the new transformational system, Lanternn by Valerann™ for networks, will feature crucial capabilities for managing national-scale road networks, arterial roads and intersections. These include superior holistic coverage of traffic and road assets monitoring, risk management, improvement of incident management and prioritization, while extending real-time traffic monitoring and predictive capabilities to underserved rural roads which often lack advanced monitoring systems. Satellite positioning information derived from mobile and vehicle navigation applications will play a key role in enabling these capabilities.
LbV for networks aggregates data from various sources, including street side sensors, third-party datasets, and GNSS (Global Navigation Satellite System) derived mobility data transforming this information into an enriched, unified dataset to ensure a cohesive view of traffic flow across complex networks, including urban and suburban roads, beyond the simplicity of a single road corridor.
Additionally, by leveraging GNSS data from fleets, LbV for networks enables real-time monitoring of emergency vehicles, patrol units, snow ploughs, and other operational assets, allowing national and municipal operators to improve response coordination and optimize road maintenance. Satellite-enabled weather alerts will inform operators of dangerous weather events such as hailstorms and ice risks, allowing for proactive planning and intervention.
Investing in real-time traffic monitoring for both rural areas and motorways is equally important, as it can significantly improve safety, efficiency, and emergency response.
“This funding from ESA marks a significant milestone in our mission to transform road traffic safety and efficiency,” - says Michael Vardi, CBO and co-founder of Valerann.
“By extending our monitoring capabilities to large, complex road networks and rural areas, we aim to further reduce accidents and improve response times, ultimately saving lives.”
“ESA Space Solutions is pleased to support Valerann in leveraging satellite data and AI to improve safety on our roads. Developing the capability to cover national-scale and rural networks has the potential to further support accident prevention and improve overall traffic management.” – Christopher Frost-Tesfaye, Space Applications Officer at European Space Agency.

About Valerann
Valerann, global leader in advanced road traffic management solutions (ATMS), is redefining the concept of modern mobility through increasing roadway safety and improving operational efficiency. Our industry leading cloud platform Lanternn by Valerann™ improves road traffic authorities’ situational awareness, provides with road traffic situation insights, including risk profiling, and significantly reduces incident detection time. By leveraging sophisticated proprietary AI and computer vision algorithms we process large volumes of real-time traffic-related data and enable road traffic authorities to take accurate, actionable, and timely decisions. Our multi-award- winning solution is used by public and private operators in the US, UK, Europe and in Central and Latin America. Our customers report double-digit reduction in accidents rate as a result of proactive road management. Established in 2016, Valerann has offices in the UK, the US, Israel and Spain serving customers world-wide. For more information please visit us at www.valerann.com. For press enquiries, please contact us at press@valerann.com.

About ESA Space Solutions
ESA Space Solutions helps businesses from all corners of Europe to harness space technology to improve life on Earth. We work side by side with industry, developing space-enabled solutions that will grow your business and bring essential socioeconomic benefits. All our activities have a focus on the green transition and the global shift towards a more digital, sustainable future. For more information, please visit us at: www.business.esa.int

Swarco and LACROIX Closed Transaction to Incorporate LACROIX’S City-Mobility Segment Into the Swarco Group
Following successful negotiations and the signing on 21 January, Austrian SWARCO now announces the closing of the transaction to incorporate the CITY-MOBILITY segment of French LACROIX into the SWARCO Group. The CITY-MOBILITY segment of LACROIX consists of three companies that manufacture signal heads, controllers, variable message signs, and signs for passenger information and also supply software for C-ITS and V2X communication. The number of employees is approximately 120 at the Carros (Southern France), Ploufragan (Bretagne) and Madrid (Spain) sites, with consolidated revenues in 2024 amounting to € 30.8 million.
“We are very pleased that the negotiations and all legal implications were now successfully completed and solved”, said SWARCO CEO Michael Schuch. Jointly we can now pave the way for a coordinated post-merger integration process with subsequent rebranding of the LACROIX MOBILITY segment. By uniting LACROIX MOBILITY’s expertise, geographic reach, and reputation with our market-leading ITS products, systems, and solutions, we are looking forward to make substantial advancements in France and Spain.”
For LACROIX, this divestment was driven by the desire to refocus on its businesses with strong technological synergies in order to achieve its objective of becoming a global leader in industrial IoT solutions and electronic equipment for critical applications. Vincent Bedouin, CEO of the listed LACROIX Group, said: “I am delighted with the sale to SWARCO, which will enable the City-Mobility segment to achieve its full potential over the long term.”
On 6 March, the SWARCO leadership team will officially welcome the CITY-MOBILITY staff of LACROIX at the Carros site with a reception.

About Swarco
SWARCO's leading idea is to improve quality of life by making the travel experience safer, quicker, more convenient, and environmentally sound. The Austrian company, headquartered in Wattens near Innsbruck, specialises in traffic technology and produces and supplies a wide range of products, systems, services and turnkey solutions for road marking, urban and interurban traffic management, parking, and public transport. Its cooperative systems, infrastructure-to-vehicle communication, e-mobility and modular holistic software solutions support tomorrow's mobility and make our communities more liveable. The Group is the world leader in high-performance road marking systems and the largest producer of LED-based traffic lights and variable message signs. More than 5,500 colleagues in 25 countries serve customers in 80 countries and generate revenues of over 1.2 billion euros.
www.swarco.com

About LACROIX
Convinced that technology must contribute to simple, sustainable, and safer environments, LACROIX supports its customers in developing more sustainable living ecosystems, thanks to useful, robust, and secure electronic equipment and connected technologies. As a listed, family-owned midcap with a €761 million revenue in 2023, LACROIX combines agile innovation, industrialization capacity, cutting-edge technological know-how and a long-term vision to meet environmental and societal challenges through its activities: Electronics and Environment.
Through its Electronics business, LACROIX designs and manufactures industrial IoT solutions (hardware, software, and cloud) and electronic equipment for the automotive, industrial, connected homes and buildings (HBAS), avionics and defense, and healthcare sectors. As the Group's industrial backbone, the Electronics activity of LACROIX, is ranked among the TOP 50 worldwide and TOP 10 European EMS.
Through its Environment activity, LACROIX also supplies secure and connected electronic equipment and IoT solutions to optimize the management of water networks, heating, ventilation, and air conditioning installations, as well as smart grids and smart lighting networks.










