Autoscaling

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Autoscaling 
Autoscaling is a key feature in cloud computing that automatically adjusts the number of computing resources (like virtual machines, CPU, RAM) based on the current demand. When the traffic to an application increases, autoscaling adds more resources to handle the load. When the traffic decreases, it removes the extra resources to save costs. This helps maintain performance while optimizing cost.

There are two main types of autoscaling:

Vertical Scaling (Scale Up/Down): Increasing or decreasing the power (CPU/RAM) of a single instance.

Horizontal Scaling (Scale Out/In): Adding or removing multiple instances of a service.

Example: Suppose a website normally runs on 2 virtual machines (VMs). During peak traffic hours, autoscaling can automatically increase the count to 5 VMs to manage the load. Later, when traffic drops, it can scale down to 2 VMs again — all without manual intervention.

Benefits of Autoscaling:
Cost Efficiency: You only pay for what you use.

Improved Performance: Handles high load efficiently.

High Availability: Keeps the app responsive and reliable.

Automation: Reduces manual work.

Autoscaling in Azure:
Azure supports autoscaling in services like:

Azure Virtual Machine Scale Sets

Azure App Services

Azure Kubernetes Service (AKS)

Autoscaling works based on metrics like CPU usage, memory usage, schedule, queue length, etc. It allows applications to stay efficient, scalable, and responsive — all while keeping operational costs under control.

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