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🌍🌱 Ready to make a positive impact on the planet? Discover how migrating to AWS can significantly reduce your carbon footprint and e-waste, paving the way for a greener future in IT infrastructure. ➡️ Learn more about achieving green sustainability with AWS migration https://buff.ly/3SdwbNz 💻📖🌿✨ #GreenTech #Sustainability #AWSMigration #EcoFriendly #CloudComputing #ReluTech

Exciting industry insights from Munich! 🌍✨ We're thrilled to share the recap video of our recent AWS Energy & Utilities Symposium Germany in Munich, where we gathered with customers and partners to discuss the transformative industry shift and game-changing innovation. 💡 At Amazon Web Services, we are at the forefront of driving change and work with our customers and partners on new realms of efficiency, sustainability, and digital transformation. 🌱 💻 Watch the recap video today and hear from visionaries and their perspectives. 🎥 #AWS #Energy #Utilities #AWSSymposium

Great recap of key Energy trends and how cloud technology can help innovate and accelerate in your business. Recommended! #aws #energy #cloud

Fueling Sustainability Innovation at TensorIoT! As an AWS Advanced Tier Services Partner, we're revolutionizing Carbon Accounting. Simplify data processes for precise measurements and actionable insights. Dive into a greener future with us! Read our latest blog here - https://ow.ly/fm8e50Qv1jX

More and more business are considering not just the capability of a solution but the environmental impact as they look to achieve sustainability targets. AWS Gravitron hosting enhances both performance and reduces carbon footprint.

Amazon Web Services (AWS) can help reduce the carbon footprint of AI workloads by up to 99%. Here’s how. - 99% Emissions Reduction: AI workloads optimized on AWS can reduce carbon emissions by up to 99% compared to on-premises solutions. - Energy-Efficient Data Centers: AWS data centers are 3.6 times more energy-efficient than typical enterprise data centers. - Purpose-Built Silicon: AWS’s custom silicon, like the AWS Graviton processors, enhances energy efficiency for AI workloads. - Renewable Energy Commitment: AWS aims to power operations with 100% renewable energy by 2025, ahead of its original 2030 goal. https://lnkd.in/g3ebdwiw #awsuntukmalaysia #amazonwebservices #ESG

What an amazing journey we have in front of us! In a landmark collaboration, the leadership teams of Enverus, a leading energy analytics provider, and Amazon Web Services (AWS) came together to reimagine and redefine the landscape of energy intelligence during an Executive Visioning session in Seattle. Special thanks to Manuj Nikhanj, Keri Brooke, Jimmy Fortuna, Matthew Wilcoxson, Colin Westmoreland, Chris Dinkler, Mark Szygenda, Cody Loverin from Enverus, and Bill Vass, Tariq Choudry, Stephen Brozovich, Benjamin T. Wilson, Jeff Miers, Mohamed Shawky, Kumar Lakshmipathi, Paras Bhuva, Brad Farmer, Kathy Kennedy, Irina Borovskaya, PhD, MBA from Amazon Web Services (AWS)!!! "Profound" is the perfect word I can use to describe the future of the movement.

This week, AWS announced new study commissioned by Amazon Web Services (AWS) and completed by Accenture that estimates that migrating compute-heavy workloads, including compute-heavy AI workloads, in Australia to AWS can result in a carbon emissions reduction of up to 94% compared to simulated on-premises data centres.   Climate change is one of the world’s greatest challenges and at AWS we know we have to move fast, constantly innovate, and invest in future technologies and solutions in order to meet our net-zero carbon by 2040 goals.   We remain committed to these goals and in Australia, Amazon has invested in seven renewable energy projects, which are helping power Amazon’s Australian operations, including Amazon data centres, and fulfilment centres. There’s a great blog about the report’s findings over at About Amazon that also covers the many other ways Amazon and AWS are working to reach our sustainability goals, and helping our customers to meet theirs. New Study: https://lnkd.in/gAw4iESu

"Today [AWS] announced a new study commissioned by AWS and conducted by Accenture that estimates AWS’s infrastructure is up to 4.1 times more energy efficient than on-premises and, when workloads are optimized on AWS, the associated carbon footprint can be reduced by up to 99%. Accenture’s study quantified the energy efficiency and carbon reduction opportunity of moving customer workloads from on-premises to AWS. Researchers did this by simulating and analyzing the differences between workloads on AWS and on-premises. They used the International Organization Standardization (ISO) Software Carbon Intensity (SCI) standard for the analysis on representative compute-heavy and storage-heavy workloads, considering also the impact of corporate carbon-free energy procurement. The study looked at the amount of estimated carbon avoided simply by moving workloads from on-premises infrastructure to AWS (the lift-and-shift scenario). Accenture then studied how much more carbon can be avoided when those same workloads are optimized to take full advantage of AWS native features, such as its purpose-built silicon designed for running AI models, and compared each scenario across four geographic areas: the United States and Canada, Europe, Asia Pacific, and Brazil. " https://lnkd.in/enr6dNve

Very insightful day at Sustainability LIVE. Engaging with industry leaders like Rahul Sareen, Sustainability Lead for AWS, was a highlight. Sustainability priorities vary among enterprises, with some focusing more on scope 3 emissions from meat production globally, than their cloud footprint. I also met an organisation that has created over 400 FinOps practices yet I'd never heard of them. It's eye-opening to see diverse sustainability approaches in action. Impact Technology Solutions can't wait to discuss your FinOps and GreenOps initiatives. #Sustainability #EnvironmentalImpact #AWS #GreenOps #GlobalInitiatives #FinOps