Carbon-Aware Computing Whitepaper - How UBS succeeded in measuring and reducing carbon emissions of their core risk platform
The first enterprise-scale implementation of carbon-aware computing using the software carbon intensity (SCI) specification and carbon-aware-sdk is capable of avoiding multiple metric tons of CO2eq from entering the atmosphere -- every year.
With a digital sustainability approach, businesses can not only reduce emissions but also improve the performance of digital channels with relative ease.
Youtube.com : un modèle de performance web environnementale ? - Temesis
Vous l’attendiez ? Voici le dernier volet de notre étude de la performance web environnementale consacrée à YouTube, le géant de la vidéo en ligne. Cet article traite de l’écoconception du …
Is Low-Code Development Better for the Environment?
The answer: it depends, based on — among other factors — how you define low code/no code and serverless, which cloud provider you use, and where its servers live. #lowcode #nocode #serverless #AWS #cloudproviders #greencloud
The Impact of Green Feedback on Users’ Software Usage
The rise of the energy impact of software systems requires the need to optimize and reduce their energy consumption. One area often neglected is the important role played by users to drive energy reductions. In this paper, we aim to reduce the energy impact of software by pushing end users to change their software usage behavior, through raising awareness and providing software green feedback. We present a comprehensive and detailed field study of the impact of green feedback on software usage by end users, and the efficiency of green feedback on software behavioral change, using a distributed architecture aimed at providing accurate green feedback in real time. We find that green feedback helps in raising awareness about software energy, and on the willingness of users to apply energy-efficient changes. However, we also find that users lack the knowledge and tools to properly adopt lasting and energy-effective behavioral changes.
La démarche d’éco-conception - Application aux systèmes électroniques et services numériques associés
L'écoconception est une démarche visant à réduire les impacts environnementaux d'un produit ou d'un service en prenant en compte l'ensemble de son cycle de vie, qui inclut sa production, sa (...)