5 Trends to improve mobility in 2025 

Data from the International Energy Agency (IEA) reveals that the transport sector is responsible for approximately 24% of global CO² emissions, which corresponds to 36.8 billion tons. This volume brings to the forefront the discussion of the 2030 deadline, concerning the need for urgent changes to mitigate environmental impacts and improve quality of life, such as the issue of urban mobility. Mobs2, , a scale-up specialized in artificial intelligence (AI) and adaptive education solutions, points out that the search for more sustainable and intelligent alternatives is driving the adoption of solutions that not only reduce polluting gas emissions but also make cities more connected, efficient, and safe.  

In this scenario, Rebeca Bezerra, co-founder and managing partner of Mobs2, highlights the five main trends that will shape mobility in 2025 and positively impact the environment: 

1. Automation and advanced telemetry 
2. With increasingly high costs, companies will need to invest in technologies that enable smarter and more automated management of their fleets. Advanced telemetry will continue to be the primary tool for monitoring vehicle performance and identifying areas for savings, such as fuel consumption and preventive maintenance. 

Continuous education to reduce costs 

Driver qualification will be a crucial differentiator in 2025. Having numerous data is of little use if the vehicle driver is not properly trained. Therefore, training drivers to adopt defensive and economical driving practices can generate significant reductions in fuel consumption and part wear. Furthermore, well-prepared drivers help prevent accidents and other unforeseen costs. 

Sustainability 

With rising operational costs and pressure to reduce the carbon footprint, sustainable practices are gaining prominence. Route optimization, the use of clean and alternative fuels, and fleet modernization with more efficient vehicles can help companies maintain their competitiveness in an increasingly demanding market. 

Data integration and Artificial Intelligence 

The use of AI and big data analysis will enable organizations to better understand their fleet behaviors and make more assertive decisions. The integration of telemetry with Artificial Intelligence tools will be fundamental for predicting problems, planning maintenance, and optimizing operations. 

Smart infrastructure 

Intelligent transport infrastructure will be one of the major transformations by 2025. Sensors, connected traffic lights, and integrated public transport systems will create a more efficient network, connecting vehicles, roads, and control centers. These systems will be able to optimize traffic flow and improve the quality of public transport, while promoting the use of electric vehicles and sustainable technologies. For companies, this infrastructure will enable the seamless integration between electric fleets and collective transport solutions, creating a more efficient, safe, and sustainable ecosystem. 

“The trends we are observing this year go beyond technological innovation. They represent a true transformation in urban mobility. The challenge is to find the balance between efficiency, sustainability, and safety, creating more connected and accessible cities for everyone,” concludes Rebeca Bezerra.