Software-Based Load Balancing

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1. Server Load Balancing
The goal of server load balancing is to distribute workloads across servers based on availability and capabilities. Server load balancing configurations tend to rely on the aforementioned traffic to route requests.

2. Hardware-Based Load Balancing
Hardware-based load balancers include built-in virtualization venezuela mobile phone number capabilities that enable multiple virtual load balancer instances to be used on a single device.

This type of load balancing also works on virtual machines. Load balancing, referred to as virtual load balancer, creates a more flexible situation compared to physical load balancing. Software load balancers work on traditional hypervisors, containers or Linux processes.


4. Virtual Load Balancing
This type of load balancing deploys special load balancing software from a special appliance in a virtual machine to combine the hardware and software-based load balancing types mentioned above. The point to emphasize at this point is that virtual load balancers cannot provide a solution to architectural problems such as limited scalability and automation.

5. Cloud-Based Load Balancing
Cloud-based load balancing uses a cloud infrastructure. A cloud infrastructure usually has more than one option for load balancing. This type of load balancing can include both network (layer 4) and application (layer 7) balancing. Some examples of cloud-based load balancing are:

Network Load Balancing
HTTP(S) Load Balancing
Internal Load Balancing
6. Container Load Balancing
Container load balancing provides virtual and isolated application instances. In addition, its activation is carried out through load balancing clusters. At this point, the system that stands out among orchestration systems is the Kubernetes container orchestration system, which can distribute loads to container partitions within the framework of rules in order to balance availability.