AWS Cloud Financial Management
Category: AWS Cloud Financial Management
AWS joins the FinOps Foundation as a Premier Member
Customers have always been interested in understanding their cloud costs, and in today’s economic times, cost efficiency is a top priority for most organizations. The demand for cost management competency has resulted in the growth of FinOps teams across every major industry segment. AWS provides AWS Cloud Financial Management (CFM) Services, a set of industry-leading solutions […]
Analyze your custom billing data with AWS Cost Explorer
To provide the ability for end users of our resellers and large organizations to understand and analyze cost at their negotiated rates, we enabled proforma cost support in Cost Explorer.
Establish a cloud financial management “flywheel” to continuously improve cost transparency, control, forecasting, and optimization
Read this blog and learn how you can establish effective cloud financial management (CFM) practices to continuously improve cost transparency, control, forecasting, and optimization.
Cost optimization flywheel
Cost transparencies and insights will help drive data-driven and informed decisions. This blog describes a flywheel approach that an enterprise can utilize to optimize their AWS spend and leverage those saving towards driving continuous innovation.
Create your own granular cost dimension using AWS Cost Categories and Amazon Athena
In this blog, we’ll walk you through an example of setting up a multilevel hierarchy in Cost Categories. We’ll use Amazon Athena to consolidate cost and usage data across all AWS services, accounts, tags, cost categories, and other fields from the AWS Cost and Usage Reports (CUR).
AWS Cloud Financial Management 2023 Q2 Recap
In case you missed the launch announcement from AWS Cloud Financial Management solution category in Q2, this blog presents you a quick summary.
Optimize and save on “other” services
When it comes to cost optimization, you often focus on the top spenders, but the cost of the services that typically fall under the “Others” category can be just as high as the top cost drivers. It’s worth looking into the sources of these costs and identifying opportunities for cost and performance optimization. In this blog, I’ll use a few examples to demonstrate how you can dive deeper and understand the cost elements of these “other” services and what you can do to optimize the spend.
How Cvent saved over $3M in less than two years by creating a cost-aware culture
By using CUDOS and the CID Framework, Cvent provides its centralized governance teams with greater visibility across all organizational spend in a simple, cost-effective manner. More importantly, that same visibility is available to budget managers and engineers, which decentralizes the ownership of the budget details. Cvent’s mindset and processes are shifting from reactive spend investigation to proactive cost optimization during planning and deployment, which fosters a high degree of financial predictability expected from investors and shareholders.
Optimize your x86-based Amazon EC2 Workloads
This post will show how you can optimize your x86 Amazon Elastic Cloud Compute workloads with no architectural changes. We will focus on improving price-to-performance without introducing engineering overhead, large planning cycles and significant time investment. The optimizations mentioned today require no application engineering and can be done quickly. The focal point of this post is showing the benefits of running your x86 EC2 workloads on AMD based EC2 instances to achieve at least 10% cost savings.
Increased visibility of your carbon emissions data with AWS Customer Carbon Footprint Tool
The Customer Carbon Footprint Tool now supports the CSV download option, giving you the ability to review carbon footprint data in detail and ingest the data into other reporting systems for further analysis and information sharing. It has also lowered the carbon reporting threshold from one decimal place to three decimal places, which means the carbon emission data is now available at 0.00X metric tons of CO2e, from the previous 0.X metric tons of CO2e.








