The ElasticAI KubeWatch solution is built to provide intelligent auto-scaling for applications deployed on Azure Kubernetes Service (AKS) while leveraging AI-powered insights. 🚀
ElasticAI KubeWatch architecture combines Azure Functions, Kubernetes, and machine learning components to achieve dynamic resource scaling based on real-time performance metrics. 📈
The architecture consists of the following components:
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Azure Functions: Serve as the control plane for auto-scaling, analyzing real-time metrics to make scaling decisions. 🔍
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Kubernetes: Provides the foundation for running the application and enables the Horizontal Pod Autoscaler (HPA) for dynamic scaling. 🛡️
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Machine Learning Model (Optional): Forecasting model uses historical data to predict future demand and optimize resource allocation. 📊
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Azure Functions collect performance metrics from Azure Monitor and analyze trends. ⏲️
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Based on configured rules and machine learning insights (if used), the Functions determine whether to scale up or down. ⚖️
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When scaling is required, Azure Functions interact with Kubernetes to adjust the number of replicas in the Deployment. ⚙️
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Kubernetes Horizontal Pod Autoscaler (HPA) continuously monitors the application's resource usage and triggers scaling events. 🚀
The ElasticAI KubeWatch solution can seamlessly integrate with various external tools and services, such as:
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Azure Monitor: Collects and stores real-time performance metrics, ensuring effective monitoring. 📊
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Azure Kubernetes Service (AKS): Hosts the application and provides auto-scaling capabilities through the HPA. 🛡️
The architecture's modularity and use of AI-driven scaling empower applications to handle varying workloads efficiently. 💪
ElasticAI KubeWatch implements secure practices to protect data and maintain the integrity of the auto-scaling process. 🔐
To deploy the ElasticAI KubeWatch solution, refer to the Deployment guide for step-by-step instructions.
For more detailed technical information, refer to the User Guide and explore the source code in the src
directory. 📖