Eco-conception

Carbon Brief factchecks 16 of the most common myths about solar power

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Green Digital Certificate is a free online course that equips learners with the knowledge and skills to build sustainable digital solutions and launch a career in sustainability and tech.

Sure data transfer does not equal network energy use. Yes, but there is still a way for frontend developers to influence network energy consumption by reducing data transfer.

L’intelligence artificielle est matérielle. Pour comprendre ses impacts il faut remonter sa chaîne de valeur qui mobilise des métaux, de

This post introduces the Grid-aware Status Bar web component which we built to complement a recent redesign of our Branch magazine website.

Welcome to a world of open, accessible, transparent, actionable sustainability data.

Développez un plan de transition pour votre organisation et sa chaîne de valeur, basé sur un diagnostic exhaustif de vos impacts.

The informal recycling economy is turning global e-waste into profit — at a steep human and environmental cost.

Les organisations interviewées témoignent de l’importance stratégique du Numérique Responsable. En adoptant des pratiques responsables, elles contribuent à la lutte contre le changement climatique tout en créant de la valeur pour leurs parties prenantes.br / Ce livre blanc appelle à une action collective pour accélérer la transition vers un numérique plus durable et propose des recommandations concrètes pour y parvenir.

Based on a rough estimate, the ICT industry consumes 7 to 10% of the world’s energy, and around 70% of this is related to usage while the rest can be considered embodied due to manufacturing, logistics, and related activities. Simultaneously, the web has become an important channel for consuming ICT services as it is the largest available application platform globally. Especially energy consumption of mobile web applications has been studied in detail, but there is a clear research gap for web applications because suitable measurement tooling has not been available earlier. The purpose of this article is to review the current state of the art and understand how to approximate the energy consumption of web applications effectively by measuring an existing website that has been implemented with two different web frameworks—Qwik and Next.js. Our main findings indicate that although services that approximate energy consumption of web applications exist, they tend to overestimate consumption when compared to our measurements and they may even show contradictory results between different web frameworks. Further, we found that Firefox Profiler can be used to measure energy consumption with high precision. We also found that Website Carbon service fails to acknowledge techniques, such as lazy rendering, and there were open questions related to hosting detection (green or not) while the service was not transparent in calculating the results—not disclosing intermediary results or exposing the scope of the calculation. Our key recommendation is to use CPU-based measurement methods in estimating web energy consumption.

Enrichment pipeline for CUR reports which adds energy and carbon data allowing to report and reduce the impact of the your cloud usage. - DigitalPebble/spruce

Nos experts vous proposent un accompagnement sur-mesure sur toutes les étapes du parcours pour obtenir le label numérique responsable !

Measure the actual energy cost and CO2 emissions that the browser produces when accessing and rendering your website

A simple and easy-to-use online climate dictionary. Designed to create a much lower digital carbon footprint whilst providing an accessible source of information.

Bonne pratique d'écoconception pour l'intégration de progiciels - cnumr/best-practices-packaged-software