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How mobile apps undergo accessibility monitoring
How mobile apps undergo accessibility monitoring
Web Content Accessibility Guidelines apply to public sector mobile apps. The Accessibility Monitoring team shares its approach to app testing.
·accessibility.blog.gov.uk·
How mobile apps undergo accessibility monitoring
The road to Scaphandre v1.0 - Challenges and improvements to come on IT energy consumption evaluation
The road to Scaphandre v1.0 - Challenges and improvements to come on IT energy consumption evaluation
This blog post is about sharing what thoughts and insights we got during developing Scaphandre with our contributors, discussing with researchers and IT practitioners, regarding ways currently available to evaluate an IT server energy consumption and the limits of each. From this we try to picture some of the challenges ahead and leads we identify to work with them.
·tag-env-sustainability.cncf.io·
The road to Scaphandre v1.0 - Challenges and improvements to come on IT energy consumption evaluation
TAG Environmental Sustainability
TAG Environmental Sustainability
TAG Environmental Sustainability focuses on enabling projects and initiatives related to delivering cloud-native applications, including building, deploying, managing, and operating them.
·tag-env-sustainability.cncf.io·
TAG Environmental Sustainability
API Green Score
API Green Score
The API Green Score, a tool for more frugal APIs! API Green Score has 2 repositories available. Follow their code on GitHub.
·github.com·
API Green Score
Quick Reference for Web Sustainability Guidelines (WSG) 1.0
Quick Reference for Web Sustainability Guidelines (WSG) 1.0
This document provides a quick reference to the Web Sustainability Guidelines (WSG) 1.0 specification. The content is laid out in a table, with Success Criteria, Impact, Effort, and GRI ratings noted for each guideline. Checkboxes are provided for those individuals or groups wishing to work through the list (note your progress will not be saved), and a print-friendly version is also available to audit your work as part of an exercise.
·w3c.github.io·
Quick Reference for Web Sustainability Guidelines (WSG) 1.0
AUDIOVISUEL RESPONSABLE
AUDIOVISUEL RESPONSABLE
Que ce soit pour réaliser un film, une émission de télévision, un spot publicitaire, une vidéo institutionnelle ou des clips internes, l’empreinte écologique d’une production audiovisuelle est loin
·communication-responsable.ademe.fr·
AUDIOVISUEL RESPONSABLE
Recommandation de l'Arcom sur l'article 26 de la loi visant à réduire l'empreinte environnementale du numérique (loi REEN) | Arcom
Recommandation de l'Arcom sur l'article 26 de la loi visant à réduire l'empreinte environnementale du numérique (loi REEN) | Arcom
L'Arcom est l’Autorité de régulation de la communication audiovisuelle et numérique, née de la fusion du Conseil supérieur de l’audiovisuel (CSA) et de la Haute Autorité pour la diffusion des œuvres et la protection des droits sur Internet (Hadopi).
·arcom.fr·
Recommandation de l'Arcom sur l'article 26 de la loi visant à réduire l'empreinte environnementale du numérique (loi REEN) | Arcom
Architecting a regenerative future: Thoughts from INTERSECTION23
Architecting a regenerative future: Thoughts from INTERSECTION23
A write up of some of the bold thinking that came out of the INTERSECTION x23 conference in September. Do we need to go beyond sustainability and consider a regenerative future when it comes to technology architecture?
·blog.scottlogic.com·
Architecting a regenerative future: Thoughts from INTERSECTION23
Jyros - le calculateur d'impact environnemental du jeu vidéo
Jyros - le calculateur d'impact environnemental du jeu vidéo
JYROS, l'outil qui vous permet de mesurer l’impact environnemental de votre entreprise, créé par et pour les entreprises de la filière du jeu vidéo.
·jyros-jeuvideo.com·
Jyros - le calculateur d'impact environnemental du jeu vidéo
Degrowth for Engineering and Engineering for Degrowth
Degrowth for Engineering and Engineering for Degrowth
The steady-state/degrowth movement opens the possibility of re-defining “needs” and reorienting engineers to achieving equitable prosperity on our one shared planet.
·resilience.org·
Degrowth for Engineering and Engineering for Degrowth
Optimizing Video for the Web
Optimizing Video for the Web
Learn tips about optimizing videos for the web and which formats to use in this useful post from Chicago digital agency Mightybytes.
·mightybytes.com·
Optimizing Video for the Web
Keeping tech sustainable
Keeping tech sustainable
Information Technology (IT) is responsible for a significant environmental footprint. Currently, most governments are unaware of the impact IT causes, however France is the exception.
·apolitical.co·
Keeping tech sustainable
WebKarbon - Outil d’audit de performances de site web
WebKarbon - Outil d’audit de performances de site web
Outil d’audit de performances pour mesurer votre site web s’appuyant sur les principaux référentiels de conformité : RGESN, GR291 et sur des outils du numérique durable mis à disposition, tels que : l’éco Index de GreenIT, WebsiteCarbon, mais également les outils de type : Google LightHouse.
·webkarbon.bzh·
WebKarbon - Outil d’audit de performances de site web
Introduction to web sustainability | MDN Blog
Introduction to web sustainability | MDN Blog
What can web designers and developers do to build a more sustainable web? This post explores the environmental impacts of web technologies and looks at some of the ways we can build greener websites.
·developer.mozilla.org·
Introduction to web sustainability | MDN Blog
Carbon Explorer: A Holistic Approach for Designing Carbon Aware Datacenters
Carbon Explorer: A Holistic Approach for Designing Carbon Aware Datacenters
Technology companies have been leading the way to a renewable energy transformation, by investing in renewable energy sources to reduce the carbon footprint of their datacenters. In addition to helping build new solar and wind farms, companies make power purchase agreements or purchase carbon offsets, rather than relying on renewable energy every hour of the day, every day of the week (24/7). Relying on renewable energy 24/7 is challenging due to the intermittent nature of wind and solar energy. Inherent variations in solar and wind energy production causes excess or lack of supply at different times. To cope with the fluctuations of renewable energy generation, multiple solutions must be applied. These include: capacity sizing with a mix of solar and wind power, energy storage options, and carbon aware workload scheduling. However, depending on the region and datacenter workload characteristics, the carbon-optimal solution varies. Existing work in this space does not give a holistic view of the trade-offs of each solution and often ignore the embodied carbon cost of the solutions. In this work, we provide a framework, Carbon Explorer, to analyze the multi-dimensional solution space by taking into account operational and embodided footprint of the solutions to help make datacenters operate on renewable energy 24/7. The solutions we analyze include capacity sizing with a mix of solar and wind power, battery storage, and carbon aware workload scheduling, which entails shifting the workloads from times when there is lack of renewable supply to times with abundant supply.
·arxiv.org·
Carbon Explorer: A Holistic Approach for Designing Carbon Aware Datacenters