Hello 👐🏻 As many of our cities begin to enjoy springtime, we’re here to accompany you on these sunny days with the 9th issue of Cermonews  ☀️. In each edition, we explore an important topic in the public transport sector, enriched with your comments and contributions. This issue focuses on one of public transport’s hidden costs: deadhead kilometers . How can this invisible cost be prevented? How can transit agencies minimize deadhead kilometers? In this issue, we discuss: What deadhead kilometers are and why they matter How they can be minimized Their impact on sustainability The solutions Cermoni provides for reducing them We also continue with our “News from Us” and “Behind the Scenes” sections, introducing you to the expert team behind Cermoni. In this issue, you’ll get to know our teammate Yağmur  more closely. In addition, with our new series Cermopedia , we begin introducing key concepts in public transport that you may be curious about. Our biggest motivation is to continue producing and sharing high-quality knowledge and content on mobility, sustainable transport, and public transit—together with you. We always look forward to your contributions, comments, and suggestions! Enjoy your reading! 🎉 What are deadhead kilometers and why are they important for transit operators? Deadhead kilometers refer to the distance traveled by a public transport vehicle without carrying passengers, outside of regular service. This typically occurs due to: Vehicles traveling from depots/garages to the start of their routes Returning from the last stop of a route back to the starting point Service gaps caused by irregular scheduling, requiring vehicles to move without passengers Because vehicles are running without providing service, deadhead kilometers both increase operational costs and create negative environmental impacts. They result in higher fuel consumption, unnecessary maintenance costs, and overall inefficiencies that place financial strain on public transport systems. Strategies to reduce deadhead kilometers For transit agencies, reducing deadhead kilometers requires strategic planning. Some methods include: Demand Management & Fleet Efficiency: Low-demand services during off-peak hours often stem from inefficient fleet use and poor scheduling. While this should not be confused with deadhead kilometers, both issues can be improved through demand-responsive scheduling, better synchronization of vehicles and drivers, optimization of return trips, and effective inter-route vehicle transfers. Strategic Depot/Terminal Planning: Positioning vehicle start points more strategically minimizes deadhead distances. Instead of using a single depot, multiple dispatch centers can be used to improve fleet efficiency. Impact of reducing deadhead kilometers on sustainability Deadhead kilometers are not only a financial burden but also a challenge for environmental sustainability. Higher fuel consumption increases carbon emissions, worsening air pollution and contributing to climate change. Effective deadhead management leads to: Lower fuel consumption and reduced carbon footprint Improved air quality in major cities Reduced traffic congestion and more efficient transit operations Ultimately, strategies for reducing deadhead kilometers help control costs and contribute to building more sustainable, livable cities. Can Cermoni help reduce deadhead kilometers? Yes—Cermoni’s Deadhead Optimization  feature reduces costs in public transport operations, making systems more efficient and sustainable. Fleet & Driver Management : Cermoni determines where and when vehicles should operate, ensuring effective fleet use. Synchronization of vehicles and drivers, as well as inter-route transfers, create an efficient operational process. Demand-Based Planning : Advanced planning recommendations anticipate required services and fleet size by time of day. Data-Driven Decision-Making : By analyzing operational data, Cermoni optimizes depot locations, terminal placements, and fleet movements to minimize deadhead kilometers. With Cermoni, transit agencies can lower costs while boosting efficiency and sustainability. 📰 News from Us Cermoni has been selected as “Innovation of the Month” by Europe’s largest mobility network, EIT Urban Mobility 🌐 Our public transport decision support system, Cermoni, was recognized as the Innovation of the Month by EIT Urban Mobility , a leading European network supporting sustainable mobility solutions. Every month, they showcase best practices and inspiring implementations from across Europe through the “Mobility Innovation Marketplace.” This month, Cermoni was highlighted as a Best Practice  for its public transport optimization project in Modena, Italy  🚍. The positive impact we are creating in cities continues to gain recognition across the sector 💪🏻. [Learn more here →] https://marketplace.eiturbanmobility.eu/best-practices/streamlining-public-transport-planning-in-vignola?utm_source=linkedIn&utm_medium=social_organic&utm_campaign=post_calendar_january2025&utm_content=bp+cermoni+vignola Cermoni at Burulaş: Always with our users 👐🏻 We successfully completed our training sessions with Burulaş , and Bursa’s iconic yellow buses are now planned digitally and data-driven with Cermoni! During the training, we worked with the Burulaş team on: ✅ Demand-based scheduling ✅ Vehicle and driver allocation ✅ Duty planning We thank the entire Burulaş team for their valuable collaboration. We are proud to be part of Bursa’s journey toward more efficient and sustainable urban transport! 🌍 ✨ New Series: Cermopedia 🎉 We are excited to launch Cermopedia , a new content series where we explain key public transport and mobility concepts in short, accessible videos with our expert team! 🚍 Our first episode covers deadhead kilometers —a hidden cost of public transport.👉 What are deadhead kilometers?👉 Why do they occur?👉 How do they affect your fleet and budget? These questions and more are explained by our colleague Yağmur Gülbaz , an Industrial Engineer working on public transport algorithms at Parabol. 🎥 Watch the video here → [Link] With Cermopedia, our goal is to boost knowledge-sharing, contribute to the sector, and learn together. Stay tuned for more episodes! 🌿 Behind the Scenes Each issue, we introduce one of our team members to bring you closer to the experts driving innovation in public transport. This time, meet Yağmur Gülbaz , Industrial Engineer at Parabol, who develops Cermoni’s optimization algorithms 🚍: “Working as an R&D Engineer at Parabol has been a great opportunity for me. In such a dynamic and ever-evolving field as public transport, working on optimization not only enhances my technical expertise but also gives me the chance to make a tangible impact in real life. Every day, we develop data-driven solutions to help cities achieve more efficient and sustainable transport systems. It’s truly exciting to contribute to shaping the future of public transport with such an innovative and multidisciplinary team.” Are you working to reduce deadhead kilometers in your city? Many readers follow Cermonews  from different cities. How is your city tackling deadhead kilometers? Are there new planning efforts, optimization initiatives, or solutions being considered? Reply to this newsletter to share your experiences and needs—we’d love to hear from you. Thank you in advance for your contributions! 🙌🏻

Public Transport Optimization with Cermoni in Modena, Italy 📆 The Challenge 💪 Vignola is a small city in the Modena region of Italy, well connected to the surrounding areas. It has a public transportation network that links it to nearby rural areas, including both city bus lines and routes serving neighbouring towns. What is the main challenge? Recent legislation imposing a 30 km/h speed limit in various regions of Italy, including Vignola and Modena, affects public transport vehicles as well. Due to this regulation change, Vignola needs to adjust its public transportation schedules to meet demand without compromising service levels. The city aims to make its public transport planning resilient to such regulatory changes by evaluating the impact on vehicle numbers, kilometres travelled, frequency, service levels, driver and vehicle scheduling, costs, and more. 🚍 How can a small city like Vignola, in Italy's Modena region, tackle new regulations while improving public transport efficiency? The Solution ✨ To address this challenge, a scenario-based, data-driven public transport (PT) decision support system was implemented for the city. To adapt public transport planning to the new speed limits while meeting demand, optimised vehicle and driver scheduling was automatically generated using Cermoni. The municipality also aims to use its resources more efficiently and enhance service quality. The objective is to improve public transport services with fewer vehicles and lower costs, all while maintaining high service standards, complying with new regulations, and reducing environmental impact. 🌍 Within the scope of the study, the timetables of 13 lines from the Vignola movement centre were imported into Cermoni, and a detailed analysis was carried out using standard timetable information such as line length, vehicle type, and average trip duration. Using Cermoni ' s planning feature, vehicle and driver assignments were made in alignment with the timetable.🚌 One of the pilot’s objectives is to demonstrate that cities of different sizes can digitise and optimise their public transport planning processes affordably. The solution shows that even small cities like Vignola can implement this data-driven, innovative public transport planning system, making more efficient use of resources like vehicles and drivers. 👨‍✈️ Making an impact 🚀💫 As a starting point, the city now has an adaptable, scenario-based, data-driven decision support system for public transport planning . This system makes their planning process more resilient to varying conditions, such as changing demand, festival seasons, university terms, or regulatory changes like the 30 km/h speed limit addressed in this project. With Cermoni, Vignola's public transport system has also achieved significant improvements, reducing the number of vehicles from 26 to 24 c ompared to the previous timetable. A similar reduction was seen in the number of drivers, from 31 to 28, making the timetable more sustainable. This planning process not only cut the number of vehicles but also reduced total mileage and trips per vehicle by 8.3%, leading to lower carbon emissions. 😎👌🔥 These changes minimised environmental impact while improving service quality. At the same time, reducing the number of drivers streamlined operational processes. These innovative approaches have paved the way for a more efficient, cost-effective, and reduced emissions public transport system in Vignola. 💰👜 Lessons learnt ✍💯 Integration of regulations in public transport planning : Successfully incorporating the 30 km/h speed limit regulation into public transport planning requires adaptability in public transport operations. Early coordination and dynamic planning ensures smoother implementation of such regulations in operational parts. Data-driven decision making : CERMONI's use of data for optimisation proved the innovative data driven planning tools importance in resilient and sustainable public transportation. This shows that reliable, up-to-date data sources significantly enhance decision-making processes and decision support tools make this data insights for the decision makers. Community impact considerations : The pilot highlighted the importance of understanding the local community's needs, especially in adapting to new regulations. Engaging with local stakeholders early on facilitated smoother transitions for both public transport users. Continuous monitoring and adjustment: The pilot underscored the importance of continuous monitoring. CERMONI’s dynamic platform handled well the different needs thanks to the close dialogue with its users. Take a look at Voice of the Customer about the impact of Cermoni in Vignola, Italy! 👀

Public transportation plays a critical role in the social and economic structure of cities. Today, urbanization, population growth, and environmental concerns make it essential for public transportation systems to be more efficient, sustainable, and user-friendly. However, this transformation is only possible with the right decisions. This is where data-driven decision-making mechanisms come into play, shaping the future of public transportation systems. The Power of Data: Why Does It Matter? Traditional planning methods often rely on past experiences or predictions. However, these approaches may fail to keep up with rapidly changing urban dynamics. Data is not just an information source for public transportation systems; it is a guide. For example: Demand Analysis:  Monitoring changes in passenger numbers is crucial to understanding when more vehicles are needed. Resource Management:  Data enables optimization of all processes, from fuel consumption to staff planning. Improved Service Quality:  Passenger feedback and travel data can be used to identify and address service quality issues. How Is Data Used in Decision-Making Processes? 1. Route Optimization: Data helps assess the efficiency of a route. For instance, route changes can be made to avoid unnecessary energy consumption in areas with low passenger demand. Additionally, extra trips can be scheduled during peak hours. 2. Vehicle and Driver Management: Data enables clearer determination of when and where vehicles should operate. This not only reduces fuel consumption but also ensures fairer scheduling of drivers' working hours. 3. Enhancing Passenger Experience: Passenger feedback, travel time analysis, and stop-based data provide essential insights for improving user satisfaction. Data is used to deliver faster, more comfortable, and more reliable services. Advantages of Data-Driven Decision Making Resource Efficiency:  Less energy, lower costs. Data clarifies how resources should be used. Quick and Accurate Responses:  Real-time data makes it easier to find immediate solutions to problems. Long-Term Sustainability:  Reducing dependence on fossil fuels and increasing eco-friendly transportation is made possible through data-driven planning. The Role of Data in Future Public Transportation Systems Data-driven decision-making not only solves today’s challenges but also builds a strong foundation for the future of public transportation systems. For example: The integration of electric and hybrid vehicles relies on data to optimize energy consumption. Expanding public transportation networks according to urban growth rates is planned using demographic and geographic data. Platforms like Cermoni  empower decision-makers in these processes. The analyses performed not only accelerate planning processes but also lay a strong foundation for a better user experience. Conclusion Data-driven decision-making is a fundamental tool shaping the future of public transportation. Leveraging data-driven solutions is no longer an option but a necessity to build more efficient, sustainable, and user-focused systems. To make cities more livable, public transportation systems need modernization, and data is the most valuable guide in this journey. With the innovative solutions offered by Cermoni , it’s possible to contribute to optimizing public transportation systems in cities. Now is the time to act!

In today’s world, climate change impacts not only the environment but also the dynamics of urban life. Public transport systems are no exception, and these systems are increasingly requiring new approaches to both their daily operations and long-term sustainability. This is where Cermoni steps in, using data-driven solutions to increase the resilience of public transport systems and help them adapt to climate change. Data-Driven Strategic Planning with Cermoni One of Cermoni's key strengths lies in its ability to deeply analyze public transport data and provide insights for future planning. By examining historical data on vehicles, routes, and service schedules, public transport systems can be optimized to meet demand more effectively. For example, the system can identify the need to increase service frequency during high-demand periods or optimize routes on low-traffic lines. Cermoni’s detailed data analytics tools enable these adjustments, helping to reduce costs and contribute to the sustainability of public transport services. Sustainability and Long-Term Solutions Reducing the environmental impact of public transport goes beyond using eco-friendly vehicles. It also involves optimizing the service’s operational details, such as which routes are used, how much fuel is consumed, and ensuring that the appropriate vehicle is deployed at the right time. Cermoni’s data-driven approach makes it possible to fine-tune these factors. For instance, determining which hours experience the highest demand on a particular route and assigning the most suitable vehicle to meet that demand can not only reduce fuel consumption but also improve traffic flow. Fewer vehicles on the road also help reduce congestion, benefiting overall city traffic. Additionally, making public transport fleets more eco-friendly is a priority. Converting older diesel-powered vehicles to those using more sustainable fuels or electric motors, and utilizing sustainable materials in these transformations, will lower raw material usage in industrial production. Cermoni’s data-driven solutions help cities reach their long-term sustainability goals by supporting these types of transitions. Energy Management and Reducing Carbon Footprints Energy efficiency is a crucial aspect of making public transport both more environmentally friendly and cost-effective. Cermoni’s algorithms provide insights into reducing dependency on fossil fuels. By integrating electric vehicles into public transport systems and optimizing their energy consumption, carbon emissions are significantly reduced. Additionally, energy-efficient route planning can further minimize energy usage, contributing to both operational savings and environmental benefits. Conclusion: A More Resilient and Sustainable Future Cermoni is making a difference with its data-driven solutions that help cities create public transport systems that are adaptable to climate change, sustainable, and resilient. These solutions not only help cities respond to current challenges but also prepare them for future needs. With reduced resource consumption, greater environmental benefits, and more livable cities, taking action with Cermoni has never been easier.

In today’s urban landscapes, public transportation serves as the backbone of mobility. From daily commutes to reducing traffic congestion, its role in shaping city life is undeniable. However, as cities grow and demands diversify, the efficiency and sustainability of public transportation systems become increasingly dependent on one key factor: data. Data, when effectively collected and analyzed, transforms public transportation from merely functional to highly adaptive, making it smarter, more efficient, and better aligned with passenger needs. Let's explore why data is invaluable in this sector and how it is revolutionizing the way we think about public transit. Understanding Passenger Behavior Every public transport system revolves around its passengers. But understanding who they are, where they go, and when they travel isn’t as simple as it seems. Data bridges this gap by offering insights into travel patterns, peak times, and popular routes. Imagine a scenario where a city’s transportation authority realizes that morning rush-hour demand is not limited to central business districts but extends to suburban areas with schools. With accurate data, resources like buses or trains can be rerouted or schedules adjusted to better serve these passengers. This improves service quality without unnecessary costs. Public Transportation Route Optimization for Efficiency Public transportation systems are often burdened by inefficiencies like underused routes or overlapping services. Data allows transport planners to analyze usage statistics and identify underperforming routes or excessive delays. By studying origin-destination data, authorities can determine the best routes to meet actual demand. For instance, analyzing passenger density at different times can indicate where adding express services or redesigning routes might be necessary. This ensures not only operational efficiency but also enhanced passenger satisfaction. Predicting and Responding to Demand Public transportation is often at the mercy of external factors—weather conditions, special events, or even unexpected disruptions. While these challenges might seem uncontrollable, data provides the tools to anticipate and respond effectively. Historical data helps predict demand spikes during concerts or festivals, allowing authorities to deploy additional services in advance. Similarly, weather forecasts combined with past travel data can guide adjustments in service frequencies to accommodate changes in ridership. Sustainable Practices with Data In an era where sustainability is a priority, data enables transport authorities to minimize their environmental footprint. By tracking fuel consumption, emissions, and vehicle usage, operators can identify opportunities for improvement. For example, real-time analysis of fuel consumption across different routes might highlight which routes are best suited for electric or hybrid vehicles. Data also helps ensure that these vehicles are optimally utilized, maximizing their environmental benefits. Enhancing Passenger Experience From planning a trip to arriving at their destination, passengers value convenience and reliability. Data transforms these expectations into reality. Applications powered by real-time data offer passengers accurate information on vehicle arrivals, route alternatives, and service disruptions. This transparency builds trust and encourages public transport usage. Moreover, feedback collected through surveys or app usage is another data point that can drive improvements in service design. Making Informed Investment Decisions Investments in public transport infrastructure—whether in new vehicles, additional stations, or advanced technologies—are costly and require careful consideration. Data-driven insights help authorities prioritize investments based on actual needs and long-term benefits. For instance, passenger volume trends might justify the introduction of a light rail system in a growing district, whereas a decline in demand elsewhere might prompt reevaluating infrastructure expansion plans. Data-Driven Collaboration Public transport systems do not operate in isolation; they are interconnected with urban planning, environmental strategies, and technological advancements. Data fosters collaboration between different stakeholders. When transportation authorities share data with urban planners, for instance, they can design cities that are better integrated with transit networks. Similarly, partnerships with technology companies can enable innovative solutions like smart ticketing or autonomous vehicle trials. Challenges and Opportunities While the benefits of data in public transportation are vast, challenges exist. Collecting accurate and comprehensive data requires significant investment in technology and infrastructure. Additionally, ensuring data security and passenger privacy is crucial. Despite these challenges, the opportunities far outweigh the obstacles. As cities continue to embrace smart technologies, the role of data in public transport will only grow, paving the way for systems that are not only efficient but also equitable and sustainable. The Cermoni Approach At Cermoni, we understand the power of data in public transportation. Our platform is designed to help cities harness this power through advanced analytics, route optimization, and tailored solutions that meet local needs. By turning data into actionable insights, we enable smarter decision-making for a better transit experience. Conclusion Data is no longer an optional tool but a necessity for the future of public transportation. It enhances every aspect of the system—from passenger satisfaction to operational efficiency and environmental impact. As urban challenges evolve, the ability to leverage data effectively will define the success of public transportation systems worldwide. By embracing data, cities can move closer to creating transit networks that are not only responsive to today’s needs but also resilient against the uncertainties of tomorrow.

Hello 👐🏻 We're here with a new issue of Cermonews to accompany your break this month, to be a friend while you enjoy a cup of tea or coffee. ☕ In this issue, we wanted to delve into the trending topic of "electric vehicles in public transportation," examine it from different perspectives, and compile the latest updates to share with you. So, what’s in store for you in our issue titled "The Electric Vehicle Transformation in Public Transportation"? The Electric Vehicle Transformation in Public Transportation Benefits and Key Points of Electric Vehicles in Public Transportation How Cermoni Contributes to the Electric Vehicle Transformation Our News Section Meet the Team Behind Cermoni Our greatest motivation is to create and share quality content on topics like mobility, sustainable transportation, and public transport together, forming a community where we can connect. We value your ideas, so feel free to reach out to us anytime. Enjoy the read! The Electric Vehicle Transformation in Public Transportation By 2050, 70% of the world’s population – that’s 6.8 billion people – will be living in urban areas. This trend is projected to increase urban mobility demand by 60-70% by 2050. At the same time, the transportation sector is a major contributor to global carbon emissions, which could account for up to 40% of the global total by 2030 (UITP Better Urban Mobility Playbook). These data points clearly show that alternative steps must be taken. Among these alternatives, clean vehicles in public transportation play a key role. Today, we focus on electric vehicles, which hold a significant share among clean vehicles in public transportation. The transition to electric vehicles in public transportation has started due to the need for a sustainable public transport system, goals like net-zero emissions, and advantages such as reduced noise and air pollution, energy efficiency, and lower operational and maintenance costs. This shift is further supported by incentives and regulations. The European Commission’s Clean Vehicles Directive promotes clean mobility solutions in public procurement tenders, supporting demand for low and zero-emission vehicles and encouraging their adoption. For instance, between 2021-2026, 22.5% of newly procured buses in public tenders are required to be zero-emission. Many states in the USA and Canada have committed to supporting the clean bus market by 2030, with some states, like California, aiming for zero emissions in all new bus purchases by 2029. China , with support from both the central government and local authorities, leads in the transformation of electric vehicles in public transportation and also supports clean vehicle transformation in some cities by transitioning to hydrogen-powered vehicles. Türkiye :  In Türkiye, electric vehicles are being tested and actively used in both rail systems and bus fleets in various cities. With the increase in competitive domestic manufacturers in the international market, this transformation is expected to expand in the coming period. Additionally, the 11th Development Plan outlines supports and regulations for expanding the use of domestically produced electric buses in urban and intercity transportation. In line with Turkey's commitment to the Paris Agreement, the goal is to achieve net-zero carbon emissions by 2053, with plans for expanding electric bus use, aligning energy infrastructure, and meeting technology requirements based on vehicle concepts. How is the Market Growing? Urban buses, with their relatively stable driving patterns and shorter daily travel distances, show strong potential for electrification and lead the growth in electric bus sales. According to the International Energy Agency's Global Electric Vehicle 2024 Report, in the European Union, battery-electric vehicles accounted for 43% of urban bus sales in 2023, marking clear progress toward the target of making 100% of urban bus sales zero-emission. Market forecasts suggest that by 2030, 75% of all new bus sales will be electric, with electric buses making up approximately 50% of the total bus market. A Systematic Approach to Electric Vehicle Transformation The transition to electric vehicles in public transportation requires a systematic approach that goes beyond vehicle procurement and involves numerous components and stakeholders. Key pillars of this approach include strategy, charging infrastructure, operations, vehicles, funding, and stakeholders (such as vehicle manufacturers, public transport operators and authorities, and charging station manufacturers). Benefits and Key Considerations of Electric Vehicles in Public Transportation The search for eco-friendly solutions in public transportation aligns with efforts to achieve sustainability in urban areas. Electric vehicles stand out with their potential to reduce carbon emissions, improve air quality, and enhance energy efficiency. Electric buses and other electric public transport vehicles contribute significantly to environmental sustainability. By replacing fossil fuel-powered vehicles, electric vehicles have the potential to reduce the carbon footprint in cities. According to Bloomberg New Energy Finance, each electric bus can prevent approximately 135 tons of CO₂ emissions annually, equivalent to the yearly emissions reduction provided by thousands of trees. Electric motors operate more efficiently than internal combustion engines, increasing energy savings and promoting the use of sustainable energy sources. Additionally, their quiet operation reduces urban noise, providing passengers with a more comfortable travel experience. Key Considerations Several key points and considerations stand out in the transition to electric vehicles in public transportation: Initial Costs and Charging Infrastructure Requirements:  Although the initial investment costs can be high, maintenance and energy consumption costs tend to be lower in the long run. Operational Requirements:  Optimizing route characteristics, charging strategies, and battery capacity by considering parameters such as range and charging time is crucial. New Technology Adaptation:  Adapting new technology to meet the varying requirements of different cities is an emerging issue for decision-makers. Pilot projects are recommended to test how factors like climate conditions and city topography impact battery performance. How Does Cermoni Contribute to Electric Vehicle Transformation? Cermoni provides comprehensive support for the integration and management of electric vehicles in public transportation systems. Since electric vehicles operate differently from other vehicles, parameters such as charging times, range limitations, and access to charging stations play a critical role in route and scheduling planning. Cermoni’s primary contribution lies in effectively managing operational constraints—such as limited range and charging times—to ensure a continuous and efficient public transportation service. Through tailored planning recommendations for each vehicle type, Cermoni reduces "dead mileage" (inefficient distances) in public transport systems. Additionally, it optimizes the operational cycles of electric vehicles by developing specific routes, charging station placements, and scheduling strategies, ensuring that the vehicles are utilized at maximum capacity and optimal efficiency. News from us 📰 We Were at the IRF World Congress 2024 🌐 Our team member Mehmet Can Güven represented Parabol as a speaker at the International Road Federation (IRF) World Congress 2024 held in Istanbul. In this session, as part of our Sustainable Urban Mobility Plan (SUMP) efforts in Izmir, we shared insights and experiences on integrating bike-sharing systems with public transportation, solving first- and last-mile challenges, reducing private vehicle use, and strengthening public transportation for more sustainable cities. Cermoni Recognized as a Best Practice Example on Europe’s Largest Mobility Network, EIT Urban Mobility Marketplace! Cermoni has been featured as a "best practice" example on the Mobility Innovation Marketplace platform of EIT Urban Mobility, Europe’s largest mobility network. Curious about how we helped adapt transportation planning to the 30 km/h speed limit regulation in Modena, Italy, while achieving savings in both drivers and vehicles? You can access the content through the link provided. Our WhatsApp Channel is Now Open! We are always eager to share the latest updates in public transportation and mobility with you. Now, you can find the most recent developments on our WhatsApp channel! 🚍 Our channel offers a wide range of content, from sustainable transportation technologies and Parabol's latest news to mobility solution tips and exclusive surprises for our followers. To learn more and join our channel, link here ! Click Here to Join the Channel! Behind the Scenes 🙌🏻 In every issue, we continue to introduce you to a team member and the experts behind innovative work in public transportation. This time, we’re joined by Burcu Aykan, one of Cermoni’s front-end developers. "As a front-end developer at Cermoni, I work to ensure that our public transportation solutions are user-friendly and effective. At Parabol, we contribute to smarter and more efficient transportation solutions for cities by developing data-driven decision support systems. I focus on creating simple, impactful, and dynamic solutions in our interfaces to maximize user experience and make public transport management more accessible. Our products simplify the complexities of public transportation, making analysis and optimization processes easier, which ultimately helps make public transport more accessible and efficient for everyone." What’s the Situation in Your City? We know we have readers from many different cities. How is the electric vehicle transformation in public transportation progressing in your city? Have you started, or are you planning to? Feel free to reply to this email and share your insights – we might even feature your message in the next issue if you'd like. Thank you in advance for your contributions. See you in the next issue. 👋

Climate change stands out as one of the biggest challenges of our time. To address this global crisis, the annual COP (Conference of the Parties) summits provide an essential platform for countries, organizations, and individuals. The 29th United Nations Climate Change Conference, COP29, is taking place in Baku, Azerbaijan, from November 11 to 24, 2024. Let’s take a closer look at COP29 and its potential impact on the transportation sector. What is COP and Why is it Important? COP (Conference of the Parties) is a UN initiative first held in 1995 in Berlin, Germany, aimed at combating climate change. This conference, which takes place annually in different countries, brings together world leaders, climate scientists, activists, NGOs, private sector representatives, and many other stakeholders. The main goal of the COP summits is to limit global warming to 1.5 degrees Celsius above pre-industrial levels by reducing carbon emissions. This year’s theme for COP29 is increasing financial resources to support developing countries in adapting to climate change. Transportation and COP29: Sustainability Goals The transportation sector is one of the largest sources of carbon emissions. Therefore, COP29’s transportation agenda covers a wide range of issues. Abdulkadir Uraloğlu, the Minister of Transport and Infrastructure representing Turkey, has stated that they will address topics ranging from environmentally friendly urban transport projects to smart transportation systems. Turkey's transportation targets for 2035 and 2053 include: Increasing the number of electric vehicles to 4.2 million and raising the domestic production rate to 75%. Increasing the share of railways in logistics from 5% to 22%. Building 7,000 kilometers of new high-speed rail lines. Additionally, nature-based solutions in urban transportation and sustainable infrastructure projects will be discussed at COP29 for international cooperation. The Relationship Between Transportation and Climate Change At COP29, one of the biggest challenges in the transportation sector will be adopting sustainable solutions to achieve zero carbon emissions. The transportation sector accounts for a large portion of global carbon emissions. Vehicles and airplanes running on fossil fuels, maritime shipping, and road transport directly contribute to the increase in atmospheric carbon dioxide levels, which is a key driver of climate change. One of the most impactful actions in transportation will be transforming urban transport with environmentally friendly infrastructure. Strengthening electric vehicle infrastructure, implementing nature-based solutions, and using smart transportation systems are critical in combating climate change. This transformation not only reduces our environmental impact but also creates a more livable and greener environment in cities. In this way, cities can become both more sustainable and more efficient. Conclusion COP29 can be a platform for strengthening international collaborations in the fight against climate change and may serve as a precursor to a significant transformation in the transportation sector. From electric vehicles to green transportation infrastructure, many topics are on the agenda for this year’s conference. Turkey is playing its part in supporting environmentally friendly projects and continuing to engage in international collaborations. The digitalization and sustainability of transportation will be among COP29's greatest achievements for the future.

Building resilient public transportation systems is essential to addressing the challenges posed by climate change while preparing for future risks. Across the globe, cities are implementing innovative approaches and effective strategies to lead the way. In this blog, we will explore a few exemplary practices that demonstrate how to create public transportation systems that can withstand the impacts of climate change. Stockholm and Västtrafik: Reducing Emissions with Renewable Energy Stockholm and Västtrafik, two leading public transport authorities in Sweden, have achieved a 60–67% reduction in carbon emissions by increasing the use of renewable fuels in their fleets. This transformation is a notable example of creating a more sustainable transportation infrastructure while reducing the environmental footprint. The integration of biofuels and electric vehicles has not only reduced reliance on fossil fuels but has also made public transportation greener and more efficient. Moreover, this shift has raised environmental awareness among commuters, highlighting the benefits of clean energy. Tokyo: Shaping the Future with the Resilient Tokyo Project Tokyo has launched the “Resilient Tokyo”  project, a comprehensive initiative aimed at preparing the city for the multifaceted risks of climate change by 2040. This project integrates both infrastructural and technological resilience strategies. Infrastructural Solutions: Elevating sea walls to address rising sea levels. Establishing fire-resistant zones. Expanding rainwater storage capacity. Technological Strategies: AI-based flood prediction systems. Satellite data for identifying vulnerable structures. Real-time sea level updates via mobile applications. These measures not only strengthen Tokyo’s public transportation systems but also enhance the city’s overall infrastructure resilience. Notably, color-coded mobile apps that provide real-time alerts enable quick evacuations and effective emergency responses during disasters. Barcelona: Public Transport's Contribution to the Economy A 2021 study in Barcelona revealed that every €1 invested in public transportation generates €6.5 in economic returns for the region. Across Europe, urban public transport systems contribute between €130 billion and €150 billion annually to the economy. Barcelona exemplifies the economic benefits of resilient public transportation systems. By adopting innovative approaches to reduce energy consumption, the city achieves both environmental and economic sustainability. Istanbul: Dynamic Management Through Data-Driven Planning In Turkey, Istanbul has embraced the use of data analytics and smart planning tools in its public transportation systems. These tools enable continuous monitoring of infrastructure conditions, demand fluctuations, and adaptive actions in real time. For instance, during heavy rainfall, route adjustments or real-time passenger notifications are implemented to enhance the system’s resilience. This data-driven approach equips the city with dynamic solutions to address sudden climate changes effectively. Transition to Green Technologies: Electric and Hybrid Vehicles Many cities are making significant strides in reducing their carbon footprint by adopting low- or zero-emission vehicles. Electric buses not only improve urban air quality but also lower operational costs. Additionally, integrating renewable energy sources like solar panels and wind energy enhances the sustainability of public transportation systems. Conclusion Building resilient public transportation systems not only mitigates the current impacts of climate change but also prepares cities for the future. Examples from Stockholm, Tokyo, and Barcelona showcase diverse approaches to achieving this goal. Collaboration between public authorities, transportation operators, and communities is essential to creating a climate-resilient transportation infrastructure. Such resilient systems provide not only environmental but also economic and social benefits. Cities that lead the way are shaping a more sustainable future through innovative practices.

In recent years, climate change has become a reality we no longer just hear about but directly experience. Extreme temperatures, sudden downpours, storms, and other unusual weather events are profoundly affecting urban life, with public transportation systems being among the most impacted sectors. Building a climate-resilient public transport system is not only essential for today but also for safeguarding the cities and societies of the future. Why Climate-Resilient Public Transport? Climate change affects public transport systems in multiple ways, including physical infrastructure damage, operational disruptions, and economic losses. For instance: Intense rainfall may flood railways. Extreme heat could melt asphalt, delaying bus services. Beyond these immediate impacts, making public transport resilient against climate change is critical to ensuring economic sustainability and environmental balance for communities. A resilient system is prepared for unexpected weather conditions, promotes eco-friendly practices, and ensures that public transport remains reliable and accessible to everyone. Key Strategies for Climate Change Resilience Building Strong and Flexible Infrastructure Infrastructure is the backbone of public transport, and it must withstand the challenges posed by climate change. For example: Constructing bridges and rail systems with high-quality, durable materials. Developing rainwater storage systems to prevent flooding from sudden downpours. Strengthening coastal defenses in cities vulnerable to rising sea levels. Leveraging Smart Technologies Smart technologies and data-driven solutions are essential for making transport systems more resilient. Continuously monitoring infrastructure using transport data to identify risks in advance. Adapting routes or service frequencies dynamically based on weather conditions. Utilizing AI-based forecasting systems to enable quick responses to extreme weather events. Energy Efficiency and Green Energy Adoption Effective energy management is a crucial aspect of creating climate-resilient public transport systems. Introducing electric and zero-emission vehicles into public transport fleets. Integrating renewable energy sources like solar and wind into transport infrastructure. Optimizing energy consumption with smart energy management systems. Inclusive and Collaborative Planning A resilient system is built not only on technical solutions but also on societal collaboration. Inclusive planning processes that address the needs of all community segments. Strong partnerships between public institutions, private sectors, and civil society. Developing emergency plans to ensure continuity in public transport during crises. Inspiring Cities and Success Stories Cities worldwide have taken inspiring steps toward resilient public transport. For example: Stockholm and Västtrafik  reduced carbon emissions by 60-67% by using renewable fuels in their public transport fleets. Tokyo's "Resilient Tokyo" project implemented infrastructure and technological resilience strategies, offering its residents a safer future. These projects provide valuable lessons and can guide other cities in adapting these strategies to their local needs. Especially in countries like Turkey, with diverse climate conditions, customizing these approaches is crucial. Cermoni’s Contribution At Cermoni, we combine public transport data analytics with energy management solutions to help cities prepare for these challenges. Through data-driven planning, we enable transport networks to adapt to weather conditions, reduce carbon footprints with energy efficiency, and support eco-friendly initiatives such as electric vehicle integration. Conclusion Fighting climate change is a shared responsibility, and public transport systems are among the most powerful tools for this fight. By establishing more resilient, sustainable, and inclusive public transport systems, we can secure not just the present but also the future. At Cermoni, we are proud to be part of this journey, striving to build a more resilient tomorrow together. We’d love to hear your thoughts! 😊

Public transport holds a vital place in the heart of cities. It connects people to their workplaces, schools, and social activities while offering significant environmental, economic, and social benefits. However, the future of public transport goes beyond meeting current needs—it plays a critical role in achieving sustainable development goals (SDGs). The United Nations’ Sustainable Development Goals aim to create a more equitable, environmentally friendly, and economically sustainable world. Public transport systems are key drivers in achieving these objectives. Here’s how investments in public transport contribute to sustainable development: 1. Social Equity and Accessibility Public transport is a lifeline for low-income and marginalized communities, ensuring their access to education, healthcare, and employment opportunities. Affordable and accessible transportation options bridge the gap between social classes, fostering inclusivity and reducing inequalities within societies. 2. Environmental Sustainability for Public Transportation Public transport contributes to environmental sustainability by reducing the reliance on fossil fuels and promoting cleaner mobility solutions. Electric buses, metro systems, and bike-sharing programs lower carbon emissions and combat climate change. Additionally, reducing private car usage alleviates air pollution and traffic congestion in urban areas. 3. Economic Growth and Efficiency Investments in public transport drive economic growth by improving urban efficiency. Enhanced transport infrastructure ensures workers can reach their jobs on time and facilitates trade and commerce. Furthermore, these projects create new employment opportunities and stimulate local economies. 4. Health and Quality of Life Public transport promotes healthier lifestyles by encouraging walking and cycling as part of daily commutes. This can help reduce obesity and cardiovascular diseases. Moreover, decreased traffic and air pollution lead to cleaner cities and quieter neighborhoods, enhancing overall living conditions. 5. Sustainable and Smart Urban Development Sustainable cities thrive on efficient public transport systems. As urban populations grow, the need for sustainable transit becomes more pressing. Smart transportation systems and integrated traffic management solutions reduce congestion and optimize resource use, making urban mobility faster, safer, and greener. 6. Sustainable Consumption and Production Public transport promotes energy efficiency by enabling shared mobility. High-capacity vehicles reduce the number of individual cars on the road, minimizing energy consumption. This fosters sustainable consumption habits at both individual and societal levels. In Conclusion Investments in public transport are fundamental to achieving sustainable development goals. They not only enhance mobility but also deliver profound environmental, social, and economic benefits. By implementing the right strategies to improve public transport systems, cities can build a more sustainable, equitable, and livable future. Every step taken in this direction contributes significantly to global efforts to achieve the SDGs.