Examples of potential commitments include game days, hackathons, immersion days and well-architected reviews, and providing access to our new Carbon Footprint Tool ().Īs part of our response to Covid-19, AWS is providing highly scalable and reliable infrastructure capacity, technical support, and AWS services to help customers with their research, remote work and learning, and other solutions to address their needs and the effects this is having on communities and businesses. These commitments will align with the scope and scale of each contract and each customer’s priorities. We will include specific and measurable additional social value commitments as part of contracts procured via G-Cloud for customers that require them. AWS’s scale enables high resource usage, and its global cloud infrastructure is built using Amazon’s own custom hardware, purpose-built and optimised for workloads run by AWS customers. The study also found that moving a megawatt of a typical compute workload from a European organisation’s data centre to AWS Cloud could reduce carbon emissions by up to 1,079 metric tons of carbon dioxide per year.ĪWS achieves lower energy use in its data centres through innovation, such as designing cooling systems that reduce energy and water use (), and using real-time sensor data to adapt to changing weather conditions. In 2021, AWS joined the data centre industry in Europe to create the Climate Neutral Data Centre Pact, an industry commitment to proactively lead the transition to a climate neutral economy ().Ī study by 451 Research found that AWS infrastructure is five times more energy efficient than the average surveyed European enterprise data centre. Amazon is the world’s largest corporate purchaser of renewable energy, and in October 2021, Amazon’s first UK renewable energy project became operational and started delivering clean energy to the grid. AWS provides customers with the capability to implement a robust continuity plan, including the utilization of frequent server instance back-ups, data redundancy replication, and the flexibility to place instances and store data within multiple geographic regions across multiple Availability Zones.ĪWS is committed to running its business in the most efficient and sustainable way possible, and we are on a path to powering our operations with 100% renewable energy by 2025, five years ahead of our original target of 2030. In case of failure, there is sufficient capacity to enable traffic to be load-balanced to the remaining sites.Ĭustomers are responsible for implementing contingency planning, training and testing for their systems hosted on AWS.
All data centres are online and serving traffic. Components (N) have at least one independent backup component. Each data centre is built to physical, environmental, and security standards in an active-active configuration, employing an n+1 redundancy model, ensuring system availability in the event of component failure. This approach ensures that AWS performs system recovery and reconstitution efforts in a methodical sequence, maximizing the effectiveness of the recovery and reconstitution efforts and minimizing system outage time due to errors and omissions.ĪWS maintains a ubiquitous security control environment across all regions. AWS has developed a three-phased approach: Activation and Notification Phase, Recovery Phase, and Reconstitution Phase. The AWS Business Continuity plan details the process that AWS follows in the case of an outage, from detection to deactivation.
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