Sustainability Dashboard

The client initiated a sustainability drive with the aim of reducing their carbon footprint. The primary objective was to develop a comprehensive application that would monitor carbon emissions from their data centers and hosting services.

• Carbon emission tracking
• Cost calculation for offset
• Visualizing sustainability

We designed wireframes and layouts to create dashboard designs that exhibit crucial sustainability metrics. This includes overall carbon emissions, values for carbon offsetting, and detailed insights covering client-side, server-side, cloud services, and more.

Our wireframes and interface designs focused on functionality and aesthetics. The wireframes were intricately designed to visualize data, particularly emphasizing carbon emissions data and optimization suggestions.

We conceptualized an interface enabling users to effortlessly add, view, and manage projects. Our design emphasized streamlined processes for new user requests, while prioritizing collaborative features to enable efficient management of project collaborators.

The wireframes delved into the intricacies of user management. The administrative portal interface empowered administrators to handle user requests, integrate users into projects seamlessly, and maintain a coherent user network.

• carbon emission tracking: Monitors carbon emissions from client-side portals, servers, clouds, and other hosting services in live mode.
• Carbon offset calculation: Offers a cost estimation for offsetting carbon emissions based on data.
• Optimizing code: Integration with Lighthouse reports identifies opportunities for code optimization.
• Project management: Efficient project management with comprehensive insights and collaborative functionalities.
• User administration: An administrative panel for managing users, requests, and project access.

• Real-time tracking of carbon emissions helped to identify areas where the company's carbon footprint could be reduced.
• Integration of carbon offset cost calculations enabled efficient allocation of resources for emission offsetting, supporting sustainability efforts while ensuring cost-effective environmental impact management.
• Integration with Lighthouse reports identified code optimization areas, reducing carbon footprint and potentially improving system efficiency and performance.
• Detailed project-specific data and graphical representations of emissions empowered stakeholders to make informed decisions, enabling targeted sustainability enhancements across projects.
• Project management features streamlined handling, fostering collaboration for implementing sustainable practices, leading to increased project efficiency.
• User administration panel facilitated efficient user access and request management, ensuring smooth collaboration and access across different projects.

• Axure RP 9
• Figma