In the pursuit of sustainable mobility solutions, Taipy and IFP - Energies Nouvelles have joined forces to enhance the development and deployment of eco-friendly applications. This partnership underscores a shared commitment to environmental responsibility and technological innovation.

What is Taipy

Founded in 2021, Taipy is a leading provider of advanced open-source Python tools designed to streamline the creation of business applications. Taipy offers both front-end and back-end solutions, enabling developers to build production-ready web applications efficiently. With a focus on performance, customization, and scalability, Taipy empowers businesses to develop interactive, collaborative, and user-centric Data & AI applications. 

What is IFP - Energies Nouvelles

IFP - Energies Nouvelles (IFPEN) is a prominent public research organization dedicated to the energy, transport, and environmental sectors. With a strong focus on innovation, IFPEN conducts research and development to support the energy transition and promote sustainable mobility. Their commitment to corporate social responsibility is evident through initiatives aimed at reducing environmental impact and fostering eco-friendly technologies.

The Geco Air Application

One of the notable outcomes of the collaboration between Taipy and IFP - Energies Nouvelles is the enhancement of the Geco Air application. Geco Air is a free mobile app available on iOS and Android platforms, designed to help users monitor and reduce the environmental impact of their daily mobility. By analyzing individual trips, the app estimates pollutant emissions and provides personalized advice to promote responsible driving behaviors and the adoption of sustainable transport modes.

How Geco Air Works

Geco Air operates by automatically detecting users' movements across various modes of transport, including walking, cycling, driving, and public transit. For drivers, the app takes into account specific vehicle characteristics and driving styles to calculate pollutant emissions with precision. By leveraging advanced algorithms developed by IFP - Energies Nouvelles researchers, Geco Air offers real-time feedback and customized recommendations to help users adopt more eco-friendly mobility habits.

Technical Description of Geco Air

Geco Air utilizes sophisticated algorithms to detect and analyze user mobility patterns automatically. By inputting the vehicle's license plate number, the app retrieves specific technical characteristics, such as fuel type, engine capacity, and emission control technologies, to accurately model pollutant emissions. The app employs the smartphone's inertial sensors and native APIs to identify physical activities like walking, running, and cycling. For vehicular movements, it uses cellular network changes and GPS data to detect trip initiation and cessation, ensuring minimal battery consumption by activating GPS only when necessary. At the end of each trip, data such as speed and altitude are transmitted to IFPEN servers, where mathematical models estimate engine parameters and pollutant emissions. This approach allows Geco air to provide users with precise, personalized feedback on their mobility's environmental impact.

The Role of Taipy Designer in Geco Air's Development

Taipy Designer played a pivotal role in the development of Geco Air by providing IFP Energies Nouvelles engineers with a robust platform to create interactive dashboards and data visualization tools. This facilitated the rapid testing and demonstration of research algorithms, streamlining the validation and implementation processes. The intuitive interface of Taipy Designer enabled engineers to efficiently set up "what-if" analyses, enhancing the app's capability to deliver personalized and actionable insights to users.

Conclusion

The partnership between Taipy and IFP - Energies Nouvelles exemplifies how technological collaboration can drive the development of innovative solutions for sustainable mobility. By integrating Taipy Designer into their workflow, IFP - Energies Nouvelles has enhanced the functionality and user experience of the Geco Air application, empowering individuals to make informed decisions that contribute to environmental preservation. This joint effort not only showcases the strengths of both organizations but also paves the way for the development of future applications aimed at promoting eco-responsible behaviors in daily transportation.