Category: Sustainability

TCS Mobility Suite Smart Validation powered by AWS enables sustainable, end-to-end simulation-based validation for automated driving systems. IT allows for testing of autonomous vehicles in a low-cost, risk-free manner while helping improve the quality of the software as well as accelerating time to market. Smart Validation is able to remove billions of redundant test cases, reducing them to hundreds and saving computational resources and prioritizing the testing of edge cases.

As the world grows, concerns over pollution and climate change are forcing businesses to redesign how they produce and use energy. A notable approach for achieving this objective is through informing end users of their power usage patterns. Learn how IBM’s anomaly detection solution for energy and utilities helps companies increase energy efficiency leveraging a personalized AI paradigm and to calculate ESG metrics related to energy consumption.

Totogi is an AWS Partner that provides a Charging-as-a-Service platform that benefits from deployment on AWS and helps customers reduce the electricity used for their online charging system. In this post, we’ll compare the Totogi charging platform’s energy and carbon-emissions efficiency to traditional charging platforms, and investigate architectural patterns that telcos and other businesses can replicate to reduce their carbon footprint.

The global shift towards clean energy has led to increased demand for electric vehicle (EV) batteries. This, in turn, has put the spotlight on the environmental and social impact of battery production and procurement. Amplo Global developed an artificial intelligence-led platform leveraging AWS to provide an end-to-end traceability in the production of EV batteries through ESG risk assessment capability. The platform enables businesses to create a transparent and resilient supply chain less prone to disruption.

Snowflake aspires to be a leader in environmental sustainability, and its goal is to provide the best data cloud with the lowest carbon footprint on the planet. Learn how Snowflake reduced its carbon emissions footprint and improved performance efficiency by transitioning virtual warehouses to AWS Graviton-based instance types. This enabled Snowflake to reduce the carbon intensity of workloads, so it can meet customer demand sustainably even as compute requirements continue to grow.

Organizations realize they will need to understand their carbon footprint across the whole supply chain of their products and services to improve energy efficiency. This post introduces you to the Contino Sustainability Dashboard, a new open-source tool that helps customers visualize and identify opportunities to make decisions that will optimize the efficiency of their resource utilization and the overall carbon footprint within their AWS environment.

IBM and Amazon are both signatories of The Climate Pledge, a commitment to reach net-zero carbon emissions by 2040—10 years ahead of The Paris Agreement. Learn how SaaS providers can optimize applications by implementing best practice recommendations from AWS, and review a few examples from IBM to optimize SaaS applications for sustainability and track the results via dashboard. Every action you take contributes to your organization’s broader sustainability goals.

Data centers represent the information bedrock that supports many aspects of the modern economy. When building cloud workloads, the practice of sustainability is to understand environmental impacts like energy consumption and apply best practices to reduce these impacts. Learn why IT operations have become a crucial component of sustainability strategies, and how IBM Turbonomic Application Resource Management (ARM) can help AWS customers with sustainability in the cloud.

In line with Capgemini Group‘s sustainability vision to become a net zero business by 2040, Sogeti has collaborated with AWS to find a pragmatic solution that is helping to bring this vision to life—the Sogeti Carbon Estimator (SCE). This tool can be used to automatically bring insights into the carbon footprint of any cloud component used to serve technology, including complex AI solutions enabled by MLOps. SCE highlights the goal of many cloud providers and businesses—to unlock the value of cloud sustainably.

Wipro moved Schneider Electric’s crucial on-premises SAP system onto AWS, completely re-architecting the system for the cloud, changing the operating system, upgrading databases, and migrating terabytes of data to AWS. The partner and customer both sought a goal larger than reducing the physical data center footprint: they aimed to improve digital supply chain operations and enhance the performance of Schneider Electric’s industrial automation business.