Load Balancing on Google Cloud Platform

The prime focus of cloud load balancing is to prevent a breakdown or overloading of servers. Software-based load balancers require unique…

Load Balancing on Google Cloud Platform

image from unsplash

The prime focus of cloud load balancing is to prevent a breakdown or overloading of servers. Software-based load balancers require unique rack and bag equipment, while virtual machine and ordinary x86 servers are equipped with hardware-based balancers. By spreading workloads among servers, software-based systems can be more efficient.

Why Load Balancing

The amount of requests that can be handled at a given moment by a single computer is limited. When requests rise suddenly, your application will load slowly, your network will slow down and your server will crumble. Two alternatives are available: scale up or scale out. By adding more physical devices to a current resource pool, you can scale indefinitely.

Prevents Network Server Overload

You may spread workloads over many servers, network units, data centres and cloud providers when you use load balancers in the cloud. This prevents network server overload during traffic booms.

High Availability

The idea of high availability indicates that when a system component falls or fails, the whole system will not be shut down. You can only route requests to healthy nodes if you fail using load balancers.

Better Resource Utilization

The focus is on spreading workloads effectively across data centres and via different resources, such as drives, servers, clusters or Desktops. This enhances performance, optimises the use of resources available, prevents overload of a single resource and minimises reaction time.

Prevent a Single Source of Failure

Load balancers are possible through different algorithmic and medical control approaches to recognise healthy nodes in your cluster. If the failure occurs, loads may be shifted onto another node without harming your users, which will provide you time rather than an emergency to deal with the situation.

Load Balancing on Google Cloud Platform

Google Cloud Platform is a Google, Facebook, Twitter and others cloud computing platform. Load balancers from the GCP are managed GCP services that distribute traffic across many application instances. The firm provides consumers with a range of tools to manage their cloud workloads. We examine which load balancing solutions for businesses choosing GCP are accessible.

Global Load Balancing (GLB)

The longer it takes to send data back and forth the more your app is from your users. A worldwide pool of global load balancers ensures that your users may connect to servers located in the vicinity. GLB is the process of distribution of traffic over linked server resources in different geographical locations. Global load balancing (GLB). GCP global load balancers may be used for the management of resources in many regions, without network configuration and a complicated VPN need. To maximise the performance of an application, GCP Global load balancers provide increased traffic control and catastrophe recovery advantages.

Regional Load Balancing

You can divide your workload by regional load balancing through a pool of servers in the same region. Some companies offer a market niche specific to a particular country to clients located in specific regions. However, their burden might be higher than that handled by a single server. Such companies can have a fleet of servers near their customers in the region to handle the workload. This is where balancers of regional load come into play. You may consider it as balancing loads, which balance the load amongst clusters, containers and VMs in the same area.

External Load Balancing (ELB)

External load balancing enables content-based load balancing and interregional load balancing that may be set up through the premium level. Both services will leverage several backend services, each in numerous regions with NEGs and backend instance groups. The external load balancers also broadcast the same global external IP from different places of presence and route traffic to the next Google Front End when using the Premium Level.

Internal Load Balancing (ILB)

With an internal load balancing process, you may operate your apps behind an internal IP address and distribute HTTP/HTTP traffic to your Google Kubernetes or Google Compute Engine backend application. The internal load balancer is a controlled service that is accessible exclusively at an IP address and inside the selected area of your virtual private cloud network. It may be used to travel on your virtual machines and balance load flow. At a high level, internal load balancers consist of one or more backend services, which are transported by the load balancer and an internal IP address to which customers transmit data.

TCP/SSL Load Balancing

TCP/SSL load balancing allows you to spread TCP traffic over a pool of computer engine-related VM instances. You may use TCP/SSL to close SSL user links at the load balance layer. The TCP and SSL protocols balance your backend connections. When several services are provided inside separate areas, a TCP/load balancer determines the closest location and routes your traffic appropriately.

TCP Proxy Load Balancing

A worldwide balancing solution suited for unbroken non-HTTP traffic is the TCP proxy load balancing (TPLB). It is deployed globally distributed on Google Front Ends (GFEs) and offers a dependable and incorrect stream of IP addressed packets that cannot easily be lost or corrupted. To terminate your Customer TCP session and send your traffic to your VM instances, you can utilise the TCP proxy load balancer utilising SSL or TCP.