Kubernetes optimization with IBM Turbonomic
Optimize Kubernetes for performance and cost efficiency
IBM Turbonomic helps optimize Kubernetes environments by automating resource management to unlock elasticity as well as balance performance and cost.
Turbonomic benefits include:
- Performance at the lowest cost
- Minimize cloud cost through automation
- Continuously and safely optimize container sizing, pod moves, and cluster scaling actions based on demand.
- Visibility into your entire Kubernetes stack for deeper health insights
Managing performance
Case study
To create the most meaningful, engaging experiences, O.C. Tanner is constantly developing its services. But for its developers to do their own great work, they need access to the right resources at the right time within a high-paced, agile environment. This was a significant challenge until the company began using IBM Turbonomic hybrid cloud cost optimization software. Integrations
Manage resources at every layer of the application stack continuously and automatically to help ensure optimal performance.
Automate decisions that simultaneously help ensure performance, minimize cost and maintain compliance.
Help ensure the performance of applications running on EKS and view your EKS clusters alongside other distributions.
Get top-down, app-driven analytics that help ensure the continuous performance of your applications.
Achieve continuous performance and elasticity through automated actions.
Related use cases
The Turbonomic platform uses intelligent automation to increase utilization, reduce energy costs and carbon emissions, and achieve continuously efficient operations.
Turbonomic software automatically optimizes your applications’ resourcing levels while dynamically scaling with business needs in real time. With a modernization strategy you get a more efficient data center and better business outcomes.
The Turbonomic platform provides easy-to-use cloud migration planning that allows you to optimize your cloud consumption from the start and simplify your cloud migration.