Enabling Self-Aware/Self-Optimizing Instances
Enabling Self-Aware Self-Optimizing Instances
The process of optimizing cloud instances can be fully automated, replacing the manual task with an API-driven process. Densify enables your cloud-based applications to become self-aware of their resource requirements and then uses Terraform, CloudFormation or CloudForms to automate the process of moving the workloads to their optimum instance size and family.
Using machine learning to characterize your workloads and then determining the optimal cloud offering to host them, it is possible to continuously align your application needs with optimal resources, thus reducing cloud costs, while at the same time reducing operational risks.
- Densify collects and analyzes data from your existing cloud infrastructure for optimal insights. See
Performing Data Collectionfor details.
- Insights and recommendations from analyses can be automatically sent to external applications using the Densify API. Refer to the
Optimizing AWS EC2 Instancesuse case to see examples of how to send Densify recommendations to your DevOps pipeline.
- Specific insights can be sent to application owners for review. See
Viewing the Public Cloud Impact Analysis and Recommendation Reportfor details of the recommendation impact analysis PDF report available to application owners.
- Densify offers an integrated Terraform module from GitHub to enable cloud and container resources to be "self-aware" by updating their property tags. See https://github.com/densify-dev/terraform-null-optimization-as-code for details.
- Densify incorporates your approval process into the self-optimizing cycle. You can pass approval status into Densify using the Densify Console or the Densify API. See
Approving Cloud Recommendationsfor details on the instance approval process.
- Use the integrated Terraform module from GitHub to action the approved recommendations. See https://github.com/densify-dev/terraform-null-optimization-as-code for details on how to setup the "self-optimizing" component.