Illinois: (312) 533-4033
Pennsylvania: (814) 333-3117

Indiana: (765) 395-7240
Wisconsin: (262) 686-5070
Ohio: (440) 797-1090

Microsoft Azure Autoscaling

Scalability is the property of a system to handle a growing amount of work by adding resources to the system as needed. Autoscaling is the process of dynamically allocating resources to match performance requirements. As the work volume increases, applications may need additional resources in order to keep performing at the necessary performance levels and satisfy SLAs.  As the demand for resources lessens and the additional resources are no longer needed, they can be removed to minimize costs.  Users chose Microsoft Azure to take advantage of its’ elasticity, and by using autoscaling they can also ease the overheard management costs.

When autoscaling is turned on, it reduces the need for an operator to continually monitor the performance of a system and make decisions about adding or removing resources. Applications can skill either vertical or horizontal. Vertical scaling is scaling up and down, means changing the capacity of a resource. Horizontal scaling is scaling out and in, means adding or removing instances of a resource. Microsoft Azure supports automatic horizontal scaling.

Microsoft Azure provides built-in autoscaling mechanisms that address common scenarios. If a particular service or technology does not have built-in autoscaling functionality, or if you have specific autoscaling requirements beyond its capabilities, you might consider a custom implementation. A custom implementation would collect operational and system metrics, analyze the metrics, and then scale resources accordingly.

If you are currently using Microsoft Azure as your cloud solution provider and want to learn more about autoscaling, give us a call today. 2W Tech is a Microsoft Gold Partner and has IT Consultants on staff that are experts in Microsoft Azure cloud solutions.

Read More:

California Sets the Bar for IoT Security Regulations

What is a Managed Security Service Provider (MSSP)?