Overview

This Dropbox project aimed to increase its eco-responsibility. The analysis methods I used included carbon footprint assessment and resource use analysis using matrix tables, lifecycle tables... To enhance the user experience, I conceptualized intuitive interfaces to encourage green practices among users through nodes. This includes tracking tools and information on the environmental impact of users' actions. Emphasis is also placed on raising awareness and educating employees and users on the importance of sustainability.

Solution

Based on my research, I've found several key strategies for going green. Firstly, the adoption of renewable energies to power servers is crucial to reducing the carbon footprint. This involves a gradual shift from fossil fuels to clean, sustainable energy sources.

Secondly, the integration of Deep Sleep technology for servers. This technology enables servers to go into standby mode when not in use, significantly reducing energy consumption and therefore carbon emissions.

Finally, encouraging eco-responsible practices among users and employees is also a fundamental aspect of the project. This includes initiatives to raise awareness of the importance of sustainability and encourage environmentally-friendly behavior, both when using Dropbox services and in everyday life. These measures aim to create a culture of environmental responsibility within the company and its user base.

Interface

The user interface is optimized to encourage responsible practices, notably by simplifying file sharing and management. In addition, tracking tools and incentives, such as nudges, are used to help users better manage their storage and reduce their carbon footprint.