#RUST LANGUAGE WANT TO TAKE INTO SOFTWARE#

#RUST LANGUAGE WANT TO TAKE INTO SOFTWARE#

AWS customers are responsible for energy efficient choices in storage policies, software design, and compute utilization, while AWS owns efficiencies in hardware, utilization features, and cooling systems. The energy efficiency improvements we’ve talked about so far have been the responsibility of AWS, but just like security, sustainability is a shared responsibility. First, is the status quo good enough? Is keeping data center energy use to 1% of worldwide energy consumption adequate? The second question is whether innovations in energy efficiency will continue to keep pace with growth in storage and compute in the future? Given the explosion we know is coming in autonomous drones, delivery robots, and vehicles, and the incredible amount of data consumption, processing, and machine learning training and inference required to support those technologies, it seems unlikely that energy efficiency innovations will be able to keep pace with demand. We’ve also adopted more energy efficient building materials and cooling systems.Īs incredible as that success story is, there are two questions it raises. We’ve slowed the growth of our servers with support for multi-instance and multi-tenant, and we’ve improved drive density and efficiency for storage. In compute, we’ve made efficiency improvements in hardware and implemented smarter utilization of resources to reduce idle time.

There have been too many data center efficiency improvements to list, but here are a few examples. Those cloud and hyperscale data centers have been implementing huge energy efficiency improvements, and the migration to that cloud infrastructure has been keeping the total energy use of data centers in balance despite massive growth in storage and compute for more than a decade. The second interesting detail is that while the top line of the graph is flat, inside the graph, the distribution over traditional, cloud, and hyperscale data centers has changed dramatically in the same period. That’s incredibly counter-intuitive give the tremendous growth of big data, machine learning, and edge devices our industry has experienced over that same period of time. If you look at the graph of energy consumption, the top line is basically flat going back as far as 2010. There are a couple of really interesting things about the details of that energy use. That’s roughly 1% of all energy consumed on our planet. Worldwide, data centers consume about 200 terawatt hours per year.

Source: IEA (2021), Global data centre energy demand by data centre type, 2010-2022. AWS is investing in the sustainability of Rust, a language we believe should be used to build sustainable and secure solutions. In 2020, we started hiring Rust maintainers and contributors, and we partnered with Google, Huawei, Microsoft, and Mozilla to create the Rust Foundation with a mission to support Rust. In 2019, AWS was proud to become a sponsor of the Rust project. In 2020, we launched Bottlerocket, a Linux-based container operating system written in Rust, and our Amazon EC2 team uses Rust as the language of choice for new AWS Nitro System components, including sensitive applications, such as Nitro Enclaves.Īt AWS, we believe leaders create more than they consume and always leave things better than they found them. We use Rust to deliver services such as Amazon Simple Storage Service (Amazon S3), Amazon Elastic Compute Cloud (Amazon EC2), Amazon CloudFront, and more. It launched publicly in 2018 as our first notable product implemented in Rust. Firecracker is an open source virtualization technology that powers AWS Lambda and other serverless offerings. The Foundation’s mission is to support the growth and innovation of Rust, and the member companies have grown from the founding 5 to 27 companies in the first year.Īt AWS, Rust has quickly become critical to building infrastructure at scale. Rust 1.0 launched in 2015, and in 2020, support for Rust moved from Mozilla to the Rust Foundation, a non-profit organization created as a partnership between Amazon Web Services, Inc (AWS), Google, Huawei, Microsoft, and Mozilla. Rust started in 2006 as a personal project of Graydon Hoare before becoming a research project at Mozilla in 2010. It combines the performance and resource efficiency of systems programming languages like C with the memory safety of languages like Java. Rust is a programming language implemented as a set of open source projects.

Rust language want to take into