Introduction to Cloud Computing

A network or the internet that provides services remotely.

Using the internet to access and manage software, hardware, and data remotely.

The ability to access and use software and data without installing it on your computer.

The ability to quickly and easily add or remove resources as needed.

The ability to use cloud resources without needing to manage them yourself.

Reduced costs for hardware, software, and IT staff.

Vast storage capacity for data, often exceeding 2000 GBs.

A private cloud offers greater control over data security, access management, and compliance measures compared to public cloud options.

Private clouds allow businesses to tailor their infrastructure to meet specific requirements, such as configuring resources, networks, and storage for optimal performance.

Private clouds enable businesses to scale their infrastructure up or down on demand, efficiently allocating resources based on needs.

Private clouds provide greater control over underlying infrastructure, leading to better performance and reliability compared to public cloud options.

Private clouds offer organizations the flexibility to meet specific compliance and regulatory standards by implementing robust security measures, following data residency laws, and adhering to industry-specific regulations.

Private clouds can be seamlessly integrated with public cloud services, allowing organizations to leverage the advantages of both.

Private clouds provide a high level of security and privacy, protecting sensitive data from unauthorized access.

Private clouds offer improved performance, including faster processing speeds and increased storage capacity compared to traditional IT solutions.

Private clouds allow IT teams to quickly provision and deliver on-demand IT resources, meeting evolving business needs efficiently.

Private clouds are fully controlled by the organization, eliminating the need for dependence on third-party providers.

A cloud environment shared by a specific group of organizations with common needs and goals.

The participating organizations in a Community Cloud share a single cloud infrastructure, allowing them to access common resources and services.

A Community Cloud offers tailored resources, applications, and services that cater to the specific needs of the participating organizations.

The ownership and management of a Community Cloud can be shared between the participating organizations, a third-party provider, or a combination of both.

Community Clouds prioritize security and compliance measures to meet the specific industry standards and regulatory requirements of the participating organizations.

By sharing the infrastructure and resources, the participating organizations in a Community Cloud can reduce individual costs associated with cloud computing.

Community Clouds encourage collaboration and knowledge sharing among participating organizations, fostering innovation and efficiency.

A cloud computing layer that lets organizations pay for using computing resources like servers, storage, and networks on demand. It's like renting a car - you only pay for the time you use it.

IaaS allows you to adjust how much computing power you need, without needing to buy expensive hardware or wait for long setup times.

IaaS uses virtualization to create virtual servers and storage that you can use on demand. This allows you to share resources efficiently.

IaaS lets you modify your computing resources as needed, ensuring you have the right amount to meet demand and control costs.

IaaS offers you "self-service" portals, so you can manage your resources without needing help from IT.

A cloud computing model where providers offer software applications over the internet, allowing users to access them without installing or managing them on their own devices.

A cloud computing model that provides a platform for developing, deploying and managing software applications. It offers tools, services, and infrastructure for building and running web-based applications.

A cloud computing model that provides virtualized computing resources, such as servers, storage, and networking, to users on demand. It allows users to manage and control the underlying infrastructure without owning or managing the physical hardware.

A component of cloud computing responsible for providing the environment where applications execute (run). It manages the processes required to run the applications smoothly and efficiently.

A fundamental component of cloud computing that provides storage capacity to store and manage data in the cloud. It offers a vast amount of data storage space to users, eliminating the need for physical storage devices.

The foundation of cloud computing, encompassing the physical and virtual resources that enable cloud services. It includes servers, networking devices, storage infrastructure, and virtualization software.

The component responsible for managing and coordinating various aspects of cloud computing, from applications and services to infrastructure and security. It ensures smooth operation and efficient management of all cloud components.

A critical aspect of cloud computing that ensures the security of data, applications, and infrastructure. It implements security measures to protect against unauthorized access and cyberthreats.

The communication medium that connects users and applications to cloud services. It enables interaction between the front end (users and applications) and the back end (cloud infrastructure).