Google Cloud Platform is the gcp full form. Google Cloud Platform is a scalable, flexible infrastructure platform built on the Google compute engine (GCE), Google storage, and bandwidth services.
GCP is composed of four major components
- Compute Engine
- Container Engine
- App Engine
- Storage
What is GCP Full Form?
GCP stands for Google Cloud Platform. It’s a suite of cloud-computing services that are offered by Google to help businesses store and process their data more effectively than ever before. GCP helps companies scale up or down as needed, which saves them money on computing infrastructure costs. But the best part about GCP is that it offers all these features without requiring any sort of expertise in IT infrastructure management.
G = Google
C = Cloud
P = Platform
- Google Cloud Platform is a suite of cloud computing services, including infrastructure as a service
- GCP offers online storage and data processing capabilities to developers through its APIs
- GCP’s core product is the Google App Engine, which allows developers to build web applications in Python or Java without needing to manage any hardware on their own
- The company also provides other products for managing large-scale data processing and analytics
- GCP has been developing these technologies since 2006 but only launched them in 2008 when it was rebranded from “App Engine”
- It now competes with Amazon Web Services (AWS) and Microsoft Azure among others.
Google Compute Engine
The Google Compute Engine (GCE) virtual machine image runs on the KVM hypervisor. The free-tier GCE instance comes with one virtual CPU core, 3.75 GB RAM and 1 virtual CPU core at 600 MHz frequency. The micro-user Linux instances can be automatically upgraded to run Ubuntu or Debian 64-bit OS inside GCE. There are 120 types of user roles available through the GCE manager that provides an interface for managing projects in production, as well as monitoring resource usage. After creating your project you’ll get $300 USD worth of automatic credit for 12 months which is part of the $300 free trial period. The GCE instance comes with one virtual CPU core, 3.75 GB RAM and 1 virtual CPU core at 600 MHz frequency.
Google Storage Service
The Google storage service provides a highly scalable NoSQL cloud database that is hosted in 21 locations around the world. This service also includes local snapshots for fast data access and disaster recovery that are stored on durable disk devices. Data stored in Google Storage can be accessed from any location but it isn’t included in deep backup solutions such as those offered by CrashPlan or Carbonite. The only portable solution is to store your own Linux images using GCP Compute Engine Image Builder, which creates AMIs (Amazon Machine Images) compatible with the AWS EC2 platform.
Google Bandwidth Services
Google bandwidth services allow for free data egress from the GCP platform to any Internet IP address. Data ingress is charged at a calculated rate of $0.01 per GB into Google Storage. This service allows you to query JSON, XML, and CSV formats of the data stored in your project. The CDN (Content Delivery Network) service will cache static web pages hosted on your website so that it can be accessed by end-users around the world with low latency and high throughput. You can also use other language libraries like Boto, Curl, or Python in combination with a URL-based transformation process to manage content delivery. Finally, Google provides email services that are scalable and secure using an integrated spam filter so that all incoming and outgoing mail can be centrally managed.
You can use the Google Cloud Platform as the complete infrastructure for an application or a portion of it, such as storage and computational power. Using AWS you pay for what you use by way of hourly billing and estimate usage beforehand based on estimated needs at different levels of service. GCP lacks support from other vendors while there are more than 20 popular enterprises using Amazon Web Services (AWS).
The best strategies to protect your business against outages is to deploy servers across multiple cloud platforms using a process called ” multi-cloud .” Also, if one platform experiences problems with its services then their customers are able to access remaining resources on another provider’s network. This means that you’re no longer bound by any limitations of a single provider but can use all of them for different services in an on-demand approach.
The Google cloud platform is ideal as the underlying infrastructure to support your entire business, and this helps you to quickly adapt when the needs of your application change. You can make changes within minutes or hours instead of days or weeks.