The business potential of artificial intelligence has been on the horizon for decades. But many businesses have found AI hard to implement, or to even start imagining. Thanks to some relatively recent breakthroughs, that potential is being realized now.
AWS OpsWorks is no longer supported as the service officially reached its end of life (EOL) on May 26, 2024, for both new and existing customers. AWS OpsWorks Stacks and AWS OpsWorks for Chef Automate have been disabled, and customers can no longer access these services.
DevOps teams share one common goal: to increase the frequency and quality of application deployments. AWS CodeStar is described as the AWS service to "quickly develop, build, and deploy applications on AWS.” DevOps teams can use AWS CodeStar to quickly set up their entire continuous delivery toolchain in minutes for more reliable deployments in consistent environments, as well as less risk of error.
Small businesses remain acutely exposed to data loss and downtime: 60% close within six months of a significant data-loss event, and downtime costs typically run $8,000–$100,000 per hour depending on company size.
The three-tier architecture pattern has been an established best practice for decades. By separating infrastructure into layers, each is inherently more secure and flexible. In the cloud, the same design principles apply. This article focuses on the core principles of the three-tier web application architecture pattern on AWS, including availability zones, load balancers, route tables, gateways, autoscaling groups, and databases.
Tagging in AWS is a foundational practice that enhances visibility, cost control, and operational efficiency across your cloud environment. Whether managing a single application or a vast multi-account architecture, implementing a consistent tagging strategy enables better governance, automation, and cost accountability.
