Category: AWS Well-Architected

Learn how PwC leverages AI and AWS services to build a next-generation managed cloud service platform that addresses critical challenges in cloud management. Discover how this solution enhances threat detection, security posture management, and operational efficiency while ensuring compliance and cost optimization across cloud environments.

By: Anshu Kapoor, Sr. PSA – AWS By: Diego Dalmolin, WW Resilience Principal PSA – AWS   Assessing the resilience posture is an important step to build reliable and highly available applications in the cloud. A resilient application is one that is capable to respond, withstand, and recover from failures. By evaluating the resilience posture […]

In today’s industrial landscape, smart manufacturing is pivotal for sustainability and efficiency gains. However, organizations face challenges in gathering and consolidating data from multiple, often outdated sources on the manufacturing floor. LTIMindtree’s AWS-powered Digital Command Center (DCC) solution addresses this by enabling data acquisition, management, real-time KPI monitoring, and analytics-driven insights.

The AWS Well-Architected Framework provides best practices for cloud architectures across six pillars. Comprinno’s Tevico enhances the Well-Architected review experience through collaboration tools, automatic risk identification, integrated remediation planning, and a knowledge base. Key features include visual diagramming, multi-user collaboration, auto-discovery of risks, and more. With AWS integration, Tevico helps customers comprehensively evaluate their workloads and swiftly remediate high-risk issues.

Environmental, social, and governance (ESG) initiatives are gaining traction, but companies often struggle to measure progress. The Science-Based Targets initiative (SBTi) offers clearly-defined greenhouse gas emission reduction targets aligned with global climate goals. Choosing the right tools, like the Adonis carbon management platform from eCloudvalley, is critical for data integration, effective tracking, and sustainability strategy optimization on this journey.

Amazon EKS frees users from managing the Kubernetes control plane and easily integrates with other AWS services, providing access to a robust ecosystem of tools and services for enhanced functionality. Comprinno is an AWS Partner that helps enterprises transform faster, modernizing their way of working through enterprise DevOps and cloud-native computing. In this post, explore the architecture of a pre-crafted EKS solution and how you can say goodbye to complexity.

Uncover architectural best practices related to the recommendations in the AWS Well-Architected SaaS Lens framework for providing a frictionless tenant onboarding experience for a SaaS solution. The technology, tools, and realities of your SaaS environment will influence the specifics of your onboarding experience. With an efficient, automated onboarding mechanism, your solution will be able to provide a robust, repeatable onboarding flow that will benefit both customers (tenants) and your SaaS business.

This post describes how Tech Mahindra transitioned a segment of telecom customers in the EMEA region from a legacy monolithic application, BMC Remedy on-premises, to a self-managed microservices application, BMC Helix IT Service Management, utilizing Kubernetes operations with end-to-end data protection on AWS. Tech Mahindra is an AWS Premier Tier Services Partner with the Migration Consulting Competency that specializes in digital transformation, consulting, and re-engineering solutions.

The cloud has become integral to modern businesses, providing unprecedented scalability, agility, and cost-efficiency. Learn how AWS Partners TD SYNNEX and CoreStack worked together to introduce an innovative solution based on the AWS Well-Architected Framework and CoreStack’s AI-powered NextGen cloud governance and FinOps capabilities to help customers optimize their cloud costs and improve overall cloud operations.

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.