Google Cloud Platform consists of physical and virtual resources distributed globally across data centers. Resources include virtual machines, storage buckets, and services that can be accessed through the Google Cloud console, command line interface, or client libraries. Projects organize settings and permissions for applications and include a name, ID, and number provided or generated by Google Cloud.

1. GOOGLE CLOUD STUDY JAMS

2. Google Cloud Platform

3. Cloud Storage is a service for storing object in Google
Cloud.
An object is an immutable piece of data consisting of
a file of any format.
These objects are stored in container called buckets.
All branches are associated with a project, and you
can group your projects under an organization.
Overview & Architecture

4. Google Cloud consists of a set of physical assets,
such as computers and hard disk drives, and virtual
resources, such as virtual machines (VMs), that are
contained in Google's data centers around the globe.
Each data center location is in a region. Regions are
available in Asia, Australia, Europe, North America,
and South America. For example, zone a in the East
Asia region is named asia-east1-a.
This distribution of resources provides several
benefits, including redundancy in case of failure and
reduced latency by locating resources closer to clients.
Google Cloud Resources

5. You can think of a project as the organizing
entity for what you're building. A project is
made up of the settings, permissions, and
other metadata that describe your applications.
Projects

6. Each Google Cloud project has the following:
A project name, which you provide.
A project ID, which you can provide or Google Cloud
can provide for you.
A project number, which Google Cloud provides.

7. Google Cloud gives you three basic ways to interact
with the services and resources.
The Google cloud console provides a web-based,
graphical user interface that you can use to manage
your Google Cloud projects and resources. When you
use the Google Cloud console, you either create a
new project or choose an existing project, and then
use the resources that you create in the context of that
project.
Ways to interact with the services

8. If you prefer to work at the command line, you can
perform most Google Cloud tasks by using the Google
Cloud CLI. The gcloud CLI lets you manage
development workflow and Google Cloud resources in
a terminal window.
For example, you can create a Compute Engine virtual
machine (VM) instance by running the gcloud compute
instances create command in the shell environment.
Command-line interface

9. Google Cloud provides Client library that enable you
to easily create and manage resources. Google Cloud
client libraries expose APIs for two main purposes:
App APIs provide access to services. App APIs are
optimized for supported languages, such as Node.js
and Python. The libraries are designed around service
metaphors, so you can work with the services more
naturally and write less boilerplate code.
Client libraries

10. Cloud Storage Pricing
Cloud storage service pricing is based on 4 components which are:
Data Storage: It counts to the amount of data stored in your buckets. Storage
rates vary depending on the storage class of the data and the location of your
buckets.
Network Usage: The amount of data read from or moved between the
buckets.
Operations Usage: The actions taken in Cloud Storage, such as listing the
objects in the buckets, etc.
Retrieval and early deletion fees: It is applicable for data stored in the
Nearline Storage, Coldline Storage, and Archive Storage classes.

12. (https://cloud.google.com/products)