Cloud Computing Guide

High-performance computing in the cloud, also known as cloud computing or simply cloud, is a model for enabling providers to offer services to customers as self-serve software solutions instead of physical devices. The overarching principle of cloud computing is that you should be able to access software programs and services from anywhere and on any device. This section covers everything you need to know about the technology of cloud computing.

What is Cloud Computing?

Cloud computing is a way of delivering computing services that allows users to store and process data in remote data centers rather than on their premises. Cloud computing is a model for enabling providers to offer services to customers as self-serve software solutions instead of physical devices. Cloud computing is a type of Internet-based computing that enables sharing of computer resources, applications and services, either publically or privately, in a way that allows the users to connect remotely and access shared resources via the Internet. Cloud computing is a type of Internet-based computing that enables sharing of computer resources, applications and services, either publically or privately, in a way that allows the users to connect remotely and access shared resources via the Internet. It is a model for enabling providers to offer services to customers as self-serve software solutions instead of physical devices. Cloud computing provides a way to store, manage and access data and software applications that is centralized, virtualized and scalable.

Cloud Service Providers

Cloud service providers (CSPs) are companies that host your data and resources in a computing cloud of computers. CSPs are responsible for handling any maintenance and repairs to these systems, as well as any updates or installations of software and hardware. CSPs charge clients either on a subscription basis or on a pay-as-you-go basis. Cloud service providers provide services such as data storage, server hosting, and application hosting. The major cloud service providers, such as Amazon, Google, and Microsoft, host millions of business and consumer applications on their platforms. These providers offer different types of cloud services, such as Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS).

Types of Cloud Services

Data storage – Data storage occurs when data is placed in a remote data center. This can be done for backup and archiving purposes, as well as for sharing data with customers, suppliers, and business partners.

• Hosting – Hosting involves renting virtual servers that can be used to run a website or application.
• Platform as a Service (PaaS) – This is a category of cloud services that includes both hardware and software components that help IT organizations build, deploy, and manage applications.
• Software as a Service (SaaS) – This category of cloud services includes business software that is delivered to customers via the Internet.
• Infrastructure as a Service (IaaS) – This category of cloud services includes virtualized computing resources, such as storage, networks, and servers.
• The hybrid cloud – This term refers to a hybrid of public and private clouds, where data and applications are stored on a combination of private and public clouds.
• The edge cloud – This term refers to storing data and running applications close to customers.

How Does Cloud Computing Work?

Cloud computing is a type of Internet-based computing that enables sharing of computer resources, applications, and services, either publically or privately, in a way that allows the users to connect remotely and access shared resources via the Internet. It is a model for enabling providers to offer services to customers as self-serve software solutions instead of physical devices. Several cloud service providers offer what is referred to as Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). This is where the customer enters into an agreement with the provider and is responsible for the management of their data. This means that the provider is responsible for maintaining security and the availability of data, virtual machines, operating systems, and network connections.

The Security Issue in the Cloud

Cloud computing has been under the spotlight for its security issues, namely data breaches and the loss of information. The main issue with cloud computing is that it can be risky when it comes to security. If you store data with a third-party service, likely, that your data is not secure. This is because your data is not stored on your premises, but the premises of the cloud service provider. Even though cloud service providers have taken steps to improve their security, there are still security threats, such as insider threats, natural disasters, and malicious attacks, which can cause data breaches. This is why it is important to follow security best practices.

Where to from Here?

We’re only just scratching the surface of what is possible with cloud computing and what it can do for organizations and individuals that choose to take advantage of it. The future is bright for cloud computing and we can expect to see more innovations and new ways of using cloud technology.

Cloud computing has enabled businesses to deliver software as a service (SaaS), storage as a service (StorageaaS), platform as a service (PaaS), and many other services. However, it’s not enough to just provide these services. You have to have the right infrastructure and processes in place to support cloud computing. A cloud computing platform includes hardware, software, and services that are used to build apps that can be deployed on-demand. These platforms also connect with other software platforms and third-party APIs (application programming interfaces). With this article, you will learn about cloud computing platforms, their types, and their advantages.

Types of Cloud Computing Platforms

There are three types of cloud computing platforms – software as a service (SaaS), platform as a service (PaaS), and infrastructure as a service (IaaS). SaaS is software that is hosted and managed by a third party. PaaS is an environment and tool that help companies build, deploy, and manage their software. IaaS is a computing environment, where you’re responsible for the network, servers, storage, and other infrastructure. The goal of these cloud computing platforms is to help businesses reduce their operating costs and streamline their IT operations.

Advantages of using cloud computing platforms

Besides reducing your costs and improving time-to-market, cloud computing platforms have many benefits. These include better scalability, the ability to use resources on-demand, improved security, and higher availability of your software. You can also use your PaaS or IaaS provider for other services, such as data storage, failover, and load balancing. Cloud computing platforms help you manage your software’s lifecycle, including the development, testing, and deployment stages. By using these platforms, you can focus on your core business, while the cloud providers take care of the technology side of things. Cloud computing platforms can be used for many types of applications. These include web applications, mobile applications, and data analytics applications. You can also use PaaS and IaaS platforms for managing databases, network security devices, and other third-party software. These platforms can also be used for disaster recovery and business continuity. Deploying a disaster recovery plan on a cloud computing platform can help reduce downtime when an incident occurs. Business continuity is about having a plan in case something goes wrong with your primary systems. By using a cloud computing platform, you can have backup systems or data ready to go.

Examples of PaaS platforms

• Amazon Web Services – AWS is a popular PaaS platform that offers computing resources through its data centers. AWS has a wide range of services, including databases, application servers, and analytics tools. You can also use AWS to host your software and build your applications to run on the AWS platform. AWS is known for its scalability, security, and reliability. It’s especially useful for startups that are testing and iterating quickly. AWS lets you pay only for what you use and can quickly scale up and down based on your needs.
• Google App Engine – Google’s PaaS platform is based on Python and enables you to build and host your applications in Google’s data centers. It also has a range of services for building, deploying, and managing your apps. You can use Google App Engine for web and mobile apps, as well as for building your APIs. You can also use it to store and analyze your data.
• Heroku – Heroku is a PaaS that helps you build and manage Ruby, Java, and other applications. It’s suitable for startups and small businesses that want to focus on their core products or services. Heroku offers a wide range of services, making it easy to build and deploy your apps.

Examples of IaaS platforms

• Amazon Web Services – AWS is also one of the top IaaS platforms. It allows you to build your own data center in its data centers. This lets you use the resources that are best for your business while taking advantage of AWS’s reliability and scalability.
• DigitalOcean – DigitalOcean is a lower-cost IaaS that lets you build and host your apps in its data centers. It offers an easy-to-use interface, making it suitable for both new and experienced users.
• Microsoft Azure – Microsoft Azure is another top IaaS platform. It’s suitable for businesses of all sizes, letting you build and host applications in Microsoft’s data centers.
• Google Cloud Platform – Google Cloud Platform is another top IaaS platform. It has a range of services for building and hosting your applications, including data storage and analytics.

Summary

Cloud computing is a great way for businesses to save time and money. It also gives them more flexibility and scalability when managing their software. One of the best ways to take advantage of cloud computing is through the use of cloud computing platforms. These platforms are designed to help businesses deploy and manage software. They’re also great for hosting and scaling your apps while letting you focus on your core business.

In the world of cloud computing, it’s essential that your business has an understanding of how network connectivity operates. Software-as-a-Service is a great example of cloud networking in action. There are many different kinds of cloud networks, but for the scope of this article, we’ll be focusing on Cloud Networking and not Virtual Private Networks (VPNs) or Local Area Networks (LANs). The main differences between these three setups are where they operate and their individual networking capabilities. Let’s take a closer look at each type of cloud networking and see which one will work best for your business needs.

What is Cloud Networking?

Cloud networking is the controlled communication between a group of devices via a network. It’s important to understand that this is a very general definition and there are many kinds of cloud networks. Since we’re focused on cloud networking for the cloud, we’ll be looking at how it differs from a LAN (local area network) or a WAN (wide area network).

• LAN – Networks that are contained within one physical location are known as Local Area Networks (LANs). A LAN is designed to extend a network over a limited distance and doesn’t require a connection to the internet. A LAN is great for businesses that need to network computers together, but don’t need a connection to the outside world.
• WAN – A Wide Area Network (WAN) is a network that covers a large distance. This can be across an entire country or even the world. A WAN requires a connection to the internet and is typically used by businesses that need to share data with partners or customers.

LAN Cloud Networking

LAN-based cloud networking is the setup of using a LAN protocol over a public network, such as the internet. This setup is beneficial in that it provides the best performance, but it does come with some challenges. If you are using a LAN to transmit data, it’s a private network that you control. You, along with your partners, are the only ones with access to the network. This creates an environment that is ideal for testing and troubleshooting. LAN-based cloud networking is also commonly referred to as “private cloud”. LAN cloud networking was invented and is used by a variety of agencies, including the U.S. Department of Defense, the National Science Foundation, and NASA. LAN cloud networking also works well for businesses that want the benefits of cloud technology without needing to share data with their partners.

VPN Cloud Networking

VPN cloud networking is when you’re using a VPN (Virtual Private Network) over a public network. This setup is beneficial because it gives you a secure connection that is hosted on a remote network. When you’re using a VPN, you’re sending all of your data over an encrypted connection, which means that a third party cannot intercept and view it. VPN cloud networking has become increasingly popular over the last few years, due in large part to the growth of remote workers. VPN cloud networking works well for businesses that need to share data with partners that are located in a different country. This type of networking is common when working with clients or vendors located in China or India. VPN cloud networking also allows you to transmit data over the internet without having to install software or hardware on each device. This setup is great for businesses that have a mobile workforce because they can access data remotely with a simple login and password.

Carrier Cloud Networking

Carrier cloud networking is when you’re using a public network that is hosted by a telecommunications company. This setup is beneficial because it’s cost-effective and easy to set up, but it does come with some limitations. Carrier cloud networking works well for businesses that are looking for a low-cost option for transmitting data. This service works well for low-bandwidth, low-volume data. Carrier cloud networking is commonly used for IoT (Internet of Things), and machine-to-machine data transmission.

Differences Between LAN, VPN and Carrier Cloud Networks

• Speed – LAN cloud networking is optimal for speed, but it does come with some challenges. If a LAN is experiencing issues, all of the devices on the network will be affected. If a LAN is connected to a public network, the internet, an outside party could potentially experience issues due to network congestion or an outage.
• Security – VPN cloud networking is great for security as it uses an encrypted connection between two endpoints. However, this type of connection is not recommended for transmitting large amounts of data.
• Cost – LAN cloud networking is the most expensive option. Carrier cloud networking is the least expensive because you’re using a public network.

Summary

Cloud networking is the controlled communication between a group of devices via a network. There are many kinds of cloud networks, but for the scope of this article, we’ll be focusing on LAN, VPN, and carrier cloud networking. LAN cloud networking is the setup of using a LAN protocol over a public network. VPN cloud networking is when you’re using a VPN (Virtual Private Network) over a public network. And carrier cloud networking is when you’re using a public network that is hosted by a telecommunications company. There are many benefits to using cloud networking, but it’s important to understand the differences between LAN, VPN, and carrier networks.

Virtual Cloud Computing (VCC) is an advanced level of cloud computing that involves combining multiple layers of services to get optimum results. It is not a stand-alone cloud service but an overarching technology framework that uses virtualization, software-as-a-service, and a variety of other technologies to build hybrid cloud architecture. Users can implement VCC in their business to reduce costs, increase efficiency, and accelerate innovation by integrating the cloud into their existing IT infrastructure. Virtual Cloud Computing enables enterprises to manage and control various cloud services from different providers in a single centralized location.

Why use Virtual Cloud Computing?

The main advantage of VCC is that it allows organizations to build a hybrid cloud that interconnects both private and public cloud services. This way, businesses can take advantage of the benefits of the public cloud for scalability, cost, and flexibility, while keeping sensitive data safe in private clouds. Another reason to use Virtual Cloud Computing is that it enables organizations to take advantage of the benefits of DevOps. Modern businesses are fast-paced environments and they need to be able to respond quickly to changes in their environment. VCC can help IT teams achieve faster provisioning of resources by integrating multiple cloud services. This can save time and resources while improving overall productivity. Another important advantage of VCC is that it allows companies to integrate an existing IT infrastructure with the cloud. This means that businesses can keep their existing infrastructure while taking advantage of the scalability and flexibility of cloud services. In this way, companies can avoid the unnecessary costs and risks associated with complete cloud migration.

Key Benefits of Virtual Cloud Computing

• Scalability – You can scale up or down the entire VCC environment according to your business needs without having to invest in new hardware or software.
• Cost-effectiveness – VCC can reduce operational costs and procurement costs associated with data centers and hardware.
• Agility – VCC can accelerate IT transformation and enable business agility through faster provisioning of resources.
• Integration – VCC can help IT teams to integrate an existing IT infrastructure with the cloud by leveraging an advanced layer of services.
• Security – VCC can enhance data security by protecting data at all layers of the infrastructure through encryption, access controls, and monitoring.
• Resiliency – VCC can increase the resilience of the entire infrastructure by using fail-over and failback mechanisms that ensure continuous operations.
• Visibility – VCC provides advanced monitoring and analytics capabilities that enable businesses to manage their resources and infrastructure more effectively.

Different Types of Virtual Cloud Computing

• Public Cloud – In this type of VCC, businesses can integrate public cloud services such as Amazon Web Services, Microsoft Azure, and Google Cloud Platform.
• Private Cloud – With this type of VCC, IT teams can connect private cloud services such as IBM Cloud, VMware vCloud, and Nutanix.
• Hybrid Cloud – This type of VCC allows businesses to combine private and public cloud services to get the best of both worlds.
• Managed Cloud – This is a type of VCC where businesses can manage public cloud services through a private cloud managed service provider.
• Software-defined VCC – This is a type of VCC where the underlying services are software-defined and managed through a centralized control plane.

VCC Architecture

The architecture of a VCC system is based on a topology that includes three main layers:

• Cloud Layer – This layer includes a variety of public cloud services such as computing, storage, and networking.
• Management Layer – In this layer, businesses can manage the public cloud services and private cloud services.
• Hybrid Layer – This layer is responsible for integrating the public cloud services with the private cloud services.

Limitations of Virtual Cloud Computing

• High Complexity – Managing and governing a VCC environment is complex and requires a highly skilled IT team that understands the various technologies and services involved.
• Complex Logical Architecture – VCC architectures are usually highly complicated and depend on third-party services that are not always reliable.
• Lack of Visibility – Monitoring and troubleshooting services in a VCC environment are often difficult due to the high complexity and the large number of services involved.
• Lack of Control – VCC environments are usually controlled by third-party service providers that often don’t allow organizations to have full control over their services.
• Additional Costs – VCC environments are complex and often rely on a combination of public cloud and private cloud services. This makes them more expensive than an environment built with a single type of service.

Summary

Virtual Cloud Computing is an advanced level of cloud computing that allows organizations to build hybrid cloud architectures. VCC enables businesses to enhance data security, increase agility, and reduce costs by managing and controlling multiple cloud services from different providers in a single centralized location.

Hybrid cloud computing is an essential model for the next generation of business growth. It solves the challenges that enterprises face when trying to adopt new technologies and respond to market changes faster. Hybrid cloud computing allows companies to integrate different types of clouds, as well as other third-party services, so they can get the best of both worlds for their unique needs. A hybrid solution combines multiple cloud services and on-premises resources into a single connected system that delivers seamless hybrid experiences to users wherever they work or conduct activities. This section will show you why and how!

Introduction to Hybrid Cloud Computing

Hybrid cloud is an approach to integrating multiple types of clouds, on-premises resources and third party services. Hybrid cloud computing allows companies to integrate different types of clouds, as well as other third-party services, so they can get the best of both worlds for their unique needs. Hybrid solutions combine multiple cloud services and on-premises resources into a single connected system that delivers seamless hybrid experiences to users wherever they work or conduct activities. A hybrid cloud service is a single solution that provides a mix of infrastructure and/or software services. Hybrid cloud computing allows companies to integrate different types of clouds, as well as other third-party services, so they can get the best of both worlds for their unique needs. Hybrid solutions combine multiple cloud services and on-premises resources into a single connected system that delivers seamless hybrid experiences to users wherever they work or conduct activities.

Benefits of Hybrid Cloud Computing

Hybrid cloud computing offers a variety of benefits that are essential to companies who need to operate in a fast-paced, ever-changing business landscape.

• With hybrid cloud, organizations can: Provide a better experience for their users: Hybrid cloud solutions enable companies to offer flexible, reliable, and consistent cloud-based services to their employees, partners, and customers. Hybrid cloud can also provide increased security and compliance, enable scalability and agility, and reduce costs.
• Handle increased demands for IT services: Hybrid cloud computing provides flexibility and scalability to cope with growing computing demands. Hybrid clouds allow organizations to scale up or scale down their IT capabilities in real-time as business needs change. Reduce risk and exposure: Hybrid cloud computing can help companies reduce risk and exposure by minimizing the amount of capital they commit to IT investments, enabling less investment in infrastructure, and giving them more flexibility to respond to changes in the market.

Types of hybrid clouds

There are a variety of ways to set up a hybrid cloud architecture. These hybrid cloud architectures range from basic hybrid clouds to advanced hybrid clouds. Let’s look at the different types of hybrid clouds:

• Basic hybrid clouds: Basic hybrid clouds are an effective way to combine your on-premises and cloud-based services. It’s a great option if you want to get started with cloud computing, but aren’t ready to fully commit to the cloud.
• Advanced hybrid clouds: An advanced hybrid cloud architecture is an effective way to combine your on-premises and cloud-based services. A hybrid cloud solution enables organizations to maximize and optimize their cloud investments by managing them as one single hybrid cloud.

Integration Strategies for Hybrid Clouds

Hybrid clouds are a combination of on-premises and cloud-based services that enable you to get the best of both worlds for your unique needs. Hybrid clouds can be integrated into a variety of ways, including:

• Hybrid computing: Hybrid computing involves combining public cloud computing and on-premises resources. This approach allows organizations to leverage the benefits of public cloud computing and meet the unique needs of their business.
• Hybrid storage: Hybrid storage is the integration of public cloud storage services, such as Amazon S3, and on-premises storage resources, such as a storage area network (SAN). Hybrid storage enables organizations to take advantage of cost savings associated with public cloud storage while maintaining control over their data.
• Hybrid networks: Hybrid networks are a combination of public and private network capabilities. Hybrid networks allow businesses to take advantage of the low cost and scalability of public networks while maintaining control and security over their networks.

Summary

Hybrid cloud computing is an essential model for the next generation of business growth. Hybrid clouds are a combination of on-premises and cloud-based services that offer flexible, reliable, and consistent cloud-based services to employees, partners, and customers. Hybrid clouds can be integrated into a variety of ways, including hybrid computing, hybrid storage, hybrid networks, and hybrid storage.

Internet as a service (ias) cloud computing is a type of cloud computing where the IT infrastructure and services are provided to customers over the internet. IAS cloud computing is also known as Infrastructure-as-a-Service, virtualized or private cloud services. With Voice over Internet Protocol (VoIP) telephony becoming more popular, demand for IaaS has grown exponentially in recent years. As a result, there are now many vendors offering IaaS solutions that can help your business cut costs and reduce capital expenditure by shifting IT resources to an external provider. This section aims to give you an overview of what exactly IaaS is and how it can benefit your company.

What is IaaS Cloud Computing?

IaaS cloud computing is a type of cloud computing where the IT infrastructure and services are provided to customers over the internet. The core difference between IaaS and SaaS cloud computing is that in IaaS, the customer gets complete control and ownership over the underlying infrastructure. This infrastructure could be in the form of servers, networks, and storage devices. In SaaS, the user gets access to software over the internet but does not have control over the underlying infrastructure. In case, a client rents or purchases discrete units of server capacity, storage capacity, or network capacity, as a service. All these units can be scaled up or down as per the requirements of the business. With IaaS cloud computing, companies can save money and increase efficiency by outsourcing their IT infrastructure to external service providers.

Cloud computing vendors providing IaaS

Some of the key players in the IaaS market include Amazon Web Services, Microsoft Azure, Google Cloud Platform, IBM Cloud, Rackspace, and Hewlett Packard Enterprise. Most of these vendors offer robust enterprise-level technologies.

Differences between IaaS and PaaS

IaaS stands for Infrastructure-as-a-Service while PaaS stands for Platform-as-a-Service. IaaS is the underlying infrastructure that is managed and controlled by the customer, while in PaaS, the hosting provider manages the underlying technology and lets you build your application on top of it. With IaaS, you can choose the OS, database, and other software, while in PaaS, the hosting provider gives you a pre-selected set of software. PaaS is more suitable for developers as it is easier to build and scale apps as the hosting provider manages the underlying infrastructure.

Summary

IaaS cloud computing is the most flexible and scalable cloud computing model available. It lets organizations rent processing power, server space, and storage over the internet on a pay-as-you-go basis. It is the most economic and cost-effective way to get access to IT resources when needed. Companies can use it to host their entire IT infrastructure or only part of it. It is suitable for both small and large businesses looking to cut down on costs and future-proof their IT resources.

Everyone is talking about the cloud, but adoption has been slow. Why? It’s no secret that cloud computing presents numerous security risks. Enterprises are wary of moving sensitive data to the cloud for that very reason. But, there are ways to mitigate risk and make the most of your cloud services. There’s also a lot you can do to ensure that your current cloud setup is secure from intrusion. Whether you have just implemented a new hybrid or fully-cloud IT architecture or are simply looking to upgrade your current setup, it’s important to understand how you can protect your organization from potential threats and vulnerabilities with your new or existing cloud services.

Cloud Computing Security Basics

When it comes to cloud security, the basics are often what matter most.

• Infrastructure Security
• Application Security
• Identity and Access Management (IAM)
• Data Security Let’s break down each of these.
• Infrastructure Security

First off, it’s important to note that the cloud does not guarantee a more secure infrastructure. If a cloud provider’s infrastructure isn’t secure, your data is at risk regardless of where it’s stored. The good news is that cloud providers take security seriously. All major providers have security policies and controls in place to ensure that your data stays secure. Be sure to review those policies and select a provider whose security best reflects your organization’s security requirements. While providers have security in place, it’s important to understand what you’re responsible for. When you choose to move to the cloud, you’re responsible for monitoring and managing your data. You’re also responsible for ensuring that your provider’s security is intact.

• Application Security – Application security is designed to identify and prevent threats to your data. It’s all about access control, credentials, and monitoring, and it’s important to all organizations. When it comes to cloud applications, providers are responsible for application security. Although, in most cases, application security is managed by your team. If you’re using a managed service provider, application security will be managed by them. Regardless of who manages it, application security is important. It’s designed to help you determine what data is accessible and who can access it. It also allows you to monitor for unauthorized access.
• Identity and Access Management (IAM) – Identity and access management (IAM) is a critical security measure for any organization. It allows you to control and manage user access to your applications and data. It allows you to customize permissions and provides visibility into user access across the entire organization. When it comes to the cloud, the provider is responsible for managing IAM. This means that you need to select a provider whose IAM meets your security requirements. If you want to select a provider that uses a different IAM than what your organization uses, it’s important to understand how you’re going to manage user access.
• Data Security – Data security is designed to identify and protect data in use, at rest, and in transit. It’s important to understand how these three work together to ensure data security in the cloud. When it comes to cloud computing, data in use is what’s actively being processed. Data at rest is data that has been processed and is stored but is not being actively used. Data in transit is data that is being transferred from one location to another. All three are important when it comes to protecting your data, which brings us to encryption. Encryption is the process of transforming data so that it cannot be understood by anyone who does not have the decryption key or software to decrypt it. This is important for protecting and securing your data when it comes to transit and at rest. The type of encryption that your provider uses can vary. Be sure to select a provider with high-quality data security.

Cloud Service Provider Security Controls

While the above security measures are important, they are also something that you are responsible for managing and monitoring. When it comes to cloud security controls, the provider is responsible for ensuring that your organization’s data is safe. These security controls are designed to identify and reduce risk. The following are some of the most commonly used security controls:

• Network security – Network security is designed to protect your data as it travels between networks. It’s important to ensure that your data is not accessible to other organizations.
• Access controls – Access controls are designed to manage who has access to your data and applications. It’s critical to select a provider with robust access controls as well as one that is compliant with any specific compliance standards your organization may have.

Encryption: Protecting the Data You’ve Chosen to Keep in the Cloud

Encryption is important for protecting your data regardless of where it is being stored. When it comes to the cloud, encryption is important for protecting the data that you’ve decided to keep in the cloud. Be sure to choose a provider that offers encryption that meets your security requirements. There are two types of encryption that you may come across:

• End-to-end encryption – This type of encryption protects data from being decrypted until it reaches its endpoint. This is important because it means that only the two endpoints can decrypt the data.
• Centralized encryption – This type of encryption is managed by the cloud provider and is applied across the entire system. It means that the provider can decrypt the data. It’s important to determine which type of encryption is best for your organization.

Network Protection/Control

Network protection is designed to identify and prevent threats to your network. Network control is designed to manage and monitor your network for any potential threats. When it comes to the cloud, your provider is responsible for protecting your network and providing centralized control. This means that you need to select a provider that can meet your security requirements. It’s important to select a provider whose network security best reflects your organization’s network security requirements.

Organizational Basics: HR, Payroll, and More

In addition to the security-related items above, there are other organizational basics that you need to keep in mind when it comes to protecting your cloud computing environment.

• Data governance – Data governance is designed to help you manage and maintain control of your data. It provides visibility into what data is being used, where it’s being used, and who is accessing it. Data governance is important for any organization, but it’s critical when it comes to protecting your data in the cloud.
• Incident response – Whether your organization is fully on the cloud or hybrid, you need an incident response plan. An incident response plan is designed to help you recover from a data breach and contain the damage. It’s important to understand that different regulations have different requirements for incident response plans. Be sure to understand what your regulations require.

Wrapping up: Stay Vigilant

Now that we’ve gone through all the security-related items that you need to consider when securing your cloud computing environment, it’s important to note that the best way to protect your organization is to stay vigilant. The cloud is constantly evolving, which means that there are new ways to protect your data. Make sure you’re up-to-date on the latest security threats and techniques so that you can protect your organization from harm.