Integrate AWS Compute Optimizer with Terraform using OpenOps – OpenOps

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See How OpenOps Combines AWS Compute Optimizer and Terraform to Optimize FinOps Processes

Discover real-world FinOps use cases built with AWS Compute Optimizer, Terraform, and OpenOps. Explore how automation can help you manage cloud spend, streamline resource ownership, and drive financial accountability across your teams.

Automated Right-Sizing for Cost Optimization
AWS Compute Optimizer analyzes your EC2 instances and provides right-sizing recommendations based on actual usage patterns. By integrating with Terraform, you can automatically implement these recommendations through infrastructure-as-code workflows. This eliminates manual intervention and ensures consistent application of cost-saving measures across your entire fleet. The integration enables continuous optimization cycles where Terraform updates instance types, storage configurations, and auto-scaling policies based on Compute Optimizer insights, delivering significant cost reductions while maintaining performance standards.
Performance-Driven Infrastructure Scaling
Combine AWS Compute Optimizer's performance analytics with Terraform's deployment capabilities to create intelligent scaling strategies. Compute Optimizer identifies underutilized or over-provisioned resources by analyzing CPU, memory, and network metrics. Terraform then orchestrates infrastructure changes to match optimal configurations, ensuring your applications run efficiently without performance degradation. This integration is particularly valuable for dynamic workloads where resource requirements fluctuate, enabling automated adjustments that maintain optimal performance while controlling costs through precise resource allocation.
Compliance-Driven Resource Management
Leverage AWS Compute Optimizer recommendations within Terraform workflows to maintain compliance with organizational policies and governance standards. The integration ensures that all infrastructure changes follow predefined templates and approval processes while incorporating cost and performance optimization insights. Terraform's state management combined with Compute Optimizer's recommendations creates an audit trail for resource modifications, helping organizations demonstrate compliance with budget constraints and performance requirements. This approach standardizes optimization practices across teams while maintaining security and governance protocols.

Connect AWS Compute Optimizer to Terraform on the First FinOps No-code Automation Platform

Frequently Asked Questions About AWS Compute Optimizer and Terraform Integrations
New to FinOps automations? Do not worry! Below you will find most relevant answers to common questions about how integration between AWS Compute Optimizer and Terraform works.
How does AWS Compute Optimizer integrate with Terraform for infrastructure optimization?
AWS Compute Optimizer analyzes your EC2 instances and provides rightsizing recommendations, while Terraform manages infrastructure as code. By combining both, you can automatically implement optimization recommendations through Terraform configurations, ensuring your infrastructure remains cost-effective and performance-optimized while maintaining version control and deployment consistency.
Can Terraform automatically apply AWS Compute Optimizer recommendations to existing infrastructure?
Yes, you can create Terraform configurations that incorporate AWS Compute Optimizer recommendations. Use the AWS CLI or APIs to fetch recommendations, then update your Terraform files with optimized instance types and configurations. This approach ensures systematic implementation of cost savings while maintaining infrastructure documentation and change tracking.
What cost savings can organizations achieve using AWS Compute Optimizer with Terraform?
Organizations typically achieve 10-25% cost reduction on EC2 spending by implementing Compute Optimizer recommendations through Terraform. The combination enables systematic rightsizing of over-provisioned instances, optimizing CPU utilization, and selecting appropriate instance families while maintaining automated deployment processes and infrastructure consistency across environments.
How do I automate Compute Optimizer recommendations implementation using Terraform workflows?
Create automated workflows using Terraform Cloud, GitHub Actions, or AWS CodePipeline. Set up scheduled jobs to fetch Compute Optimizer recommendations via AWS APIs, generate updated Terraform configurations, and deploy changes after approval. This ensures continuous optimization while maintaining proper change management and infrastructure governance processes.
Does using Terraform with AWS Compute Optimizer affect application performance or availability?
When properly implemented, this combination improves performance while reducing costs. Terraform's blue-green deployment capabilities allow safe instance replacements with minimal downtime. Compute Optimizer's machine learning algorithms ensure recommended instances meet or exceed current performance requirements, maintaining application reliability while optimizing resource allocation and spending.

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How OpenOps Works

OpenOps makes it easy to connect AWS Compute Optimizer with Terraform - no code necessary.
Choose a FinOps Optimization Template
Kickstart your FinOps journey with a catalog of pre-built templates. Customize workflows to your cloud goals - or create new ones from scratch using OpenOps' no-code building blocks.
Connect Your Cloud and FinOps Tools
Easily integrate OpenOps with your cloud environment and FinOps stack. Start with any CSP access level and instantly fit OpenOps into your existing processes, teams, and reporting systems.
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Streamline approvals, ownership, and communication with built-in stakeholder workflows. OpenOps connects data across your cloud infrastructure to help you manage FinOps collaboration at scale.
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OpenOps is dedicated to delivering top-tier security and compliance for all cloud operations. By adhering to the highest industry standards and maintaining a transparent, flexible approach, OpenOps ensures that businesses can manage their financial operations with confidence and peace of mind.
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OpenOps only requests necessary permissions, keeping exposure and data access to a minimum.
Transparent permission management
OpenOps provides full visibility into permissions, access, and usage.
Safe remediation
Set up custom authorizations to keep stakeholders in the loop and avoid blind automation.
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Security first approach
Human oversight and compliance-driven controls provide extra protection and safeguard data.
Leverage existing permissions
OpenOps utilizes the existing cloud security model and doesn't require breaking it with admin-level credentials to run automations.
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