A Comprehensive Guide on Cloud Computing Architecture Planning for Organisation

Cloud computing architecture planning is vital to implement cloud for any organization. Because it has services impact on price, security, and comfort. Cloud computing is one of the essential servers of any organization. To implement a “Cloud-First” approach the organization needs to perform certain things which will be regarded as an investment in information and communication technology.

Cloud Computing Architecture

Cloud Computing Architecture PlanningThe implementation of cloud computing must be trustworthy, approachable, user-friendly, manageable and goal obtainable. When a company plans to go for cloud computing its leaders will face a lot of new challenges. Cloud computing is not a nightmare solution like plug and play. It requires long-term vision, thinking, research and last but not the least is budget.

Step 1: Make an Assessment for Cloud Computing Architecture

To migrate into cloud computing, first of all, you need to find your actual requirement whether it is actually need or not. Otherwise, the implementation of cloud computing will not be cost effective.

Start by decisive what you need to go forward, and what you previously have in place. That way, you will relieve pain points during and subsequent migration. You need to employ time figuring out what services you need and whether you have them in-house. Study what jobs need to be migrated and how.

If new parts are required to maintain cloud computing services, you will require to address that too. Appraising and addressing these inquiries will better prepare your corporation for a successful migration.

Step 2: Explore Cloud Computing Providers and Services

Migrating your industry to Cloud computing architecture earliest requires selecting a provider. There are a lot of cloud computing service providers like Google, Amazon, IDrive, Dropbox, Apple, etc. You have to choose one of them at first.

Each of the vendors has different pricing and condition strategy. Many IT professional or corporate leaders do a great blinder regarding databases selection of a correct vendor. The vendors provide different service such as:

  • Software-as-a-Service (SaaS)

    SaaS is a model of providing application platforms and databases through the Internet. Some Saas services are web-based applications, software on-demand, or hosted software. There are many famous illustrations of SaaS, including Citrix GoToMeeting, Cisco WebEx and Netflix, Office 365, Google Apps, Salesforce.

  • Platform-as-a-Service (PaaS)

    PaaS offers a remote environment through which the user can build services and applications. This database hosted online and retrieved through a browser. Some examples are Windows Azure, Apache Stratos, Heroku, Force.com, AWS Elastic Beanstalk, Google App Engine.

  • Infrastructure-as-a-Service (IaaS)

    This cloud computing service provides visualize resource over the internet. Infrastructure as a service is a prototypical model to outsource data center. It does not need to purchase hardware equipment and pay based on consumption. Some common examples are Amazon Web Services (AWS), Cisco Metapod, Microsoft Azure, Google Compute Engine (GCE), Digital Ocean, Linode, and Rackspace.

If you understand the above services then you will be able to provide a good decision to implement Cloud computing architecture for or your organization. Some of that service have free test and trail facilities that’s why you can migrate your date on the test basis.

Step 3: Start Building A Cloud Computing Architecture

Subject to on your needs, Cloud computing architecture may include various components. Some of the components are a front-end platform (fat client, thin client, mobile device), back-end platforms (servers, storage), a network (Internet, Intranet, Intercloud) and a cloud-based delivery. By combining, these components make up cloud computing architecture.

Cloud computing providers now propose a diversity of managed services. It is not required to limit you by choosing pre-configured solutions. Work with your cloud computing service provider and built an awesome cloud computing system.

From an accountability standpoint, there are numerous items to address traffic control and security mechanisms, management protocols for computers networked for communication. You need to study the different types of cloud computing.

Here, it is important to know the basic cloud instances.

  • Public cloud

    A public cloud offers remote infrastructure via the internet. Through the virtual model, its components become public for general. Examples of public clouds include ESDS’s eNlight Cloud, IBM’s Blue Cloud, Windows Azure Services Platform Sun Cloud, Amazon Elastic Compute Cloud (EC2) andGoogle AppEngine.

Public clouds style the most sense when need to develop and test application code, collaborate on projects, or need to increment ability.  The main disadvantage is it requires extra security otherwise total systems may be damaged by bad persons.

  • Private cloud

    Private cloud denotes a model of cloud computing for the dedicated use of a single organization the IT services are provisioned over private IT infrastructure. A private cloud is typically managed via internal tools. The topic of private cloud and virtual private cloud (VPC) are used habitually.

Some Examples of software-only private cloud computing providers: EMC, HotLink, Hewlett Packard Enterprise, IBM, Joyent, Microsoft, Mirantis, OpenStack, VMware, CA Technologies, Cisco, Dell, Egenera, Oracle, Rackspace, Red Hat, RightScale.

  • Hybrid cloud

    Hybrid cloud is a cloud computing setting that uses a mix of on-premises, private cloud and third-party, public cloud services with transposition among the many platforms.

A hybrid cloud is a mixture of both public and private means. Its composition allows you to possess each piece of your business running in the setting which best suits each need. The problem is the challenge of handling dissimilar platforms. Some examples of hybrid cloud computing are Atlantic.Net, AICPA SOC 1 and SOC 2.

Step 4: Develop a Risk Mitigation Strategy

No stuff which cloud provider you choose, migration challenges continuously bring a definite degree of risk. To alleviate risk, work with your cloud computing service provider to control the most appropriate path to move forward.

Security will be a concern for setup, whether in the cloud or on-premise. Set suitable plans and offer the necessary security tools. Protect your data warehouse location.

You also require to train teams on the finest practices and procedures. That way, you can progress a security culture that will build it harder for external parties to access your data. Also, you may need to study making the following steps for improved security.

A Process of Risk Mitigation for the Cloud

  • Rise Security by a Particular Sign-on Password Management Solution
  • If it requires the use of multiple cloud computing accounts, a particular sign-on key might be a good idea. Single sign-on shortens account management for together IT admins and employees.
  • Solutions architect and IT administrators will be grateful for single sign-on. There will be fewer to maintain when consumers enter and leave the business. Separate users will only requisite to remember one username and password, which creates life easier for them. From a security management standpoint, single sign-on significantly decreases possible weaknesses.
  • Confirm Cloud Security over Third Parties
  • For minor corporations, having a third party confirm and audit cloud security is a must.
  • If the organization does not have a big IT department, assistance from an outside vendor is a perfect option.
  • Beforehand selecting the cloud computing service provider, it requires to ensure all meets, expectations and relevant industry standards. Some standards are SOC 1, SOC 2, HIPAA compliance, etc.

Step 5: End-to-End Encryption

Implementing end-to-end encryption will reduce the probabilities of a breach. Maximum cloud solutions encrypt data through transfer but do not mass them in this encrypted form. End-to-end encryption indicates that data encryption both in transit and at rest. For the uppermost level of security, look for solutions that offer this option.

Step 6: Perform In-House Updates Regularly

Consistent software updates are key to maintaining a vigorous IT system. Confirm that you are not running outdated operating systems or using old browser versions. This type of enactment could put your institute at risk even with third-party audits.

Step 7: Research Available Cloud Computing Architecture

From a risk mitigation viewpoint, Cloud Computing Architecture is bossy that you do your due diligence and investigation cloud service providers carefully. No matter what kind of services you propose, scrutinize and check each vendor and its past with security.

Search service provider’s references, notice its known security weaknesses and develop a migration plan for shifting your workloads. Make sure your enterprise comprises a contract for positive security plans from their end.

Final Thought

You are at the end of Cloud computing architecture planning. It’s time to develop a feasible cloud computing system for your organization. Set some standard for cloud computing and deploy your data. Happy Cloud Computing to implement Cloud computing architecture!!!

Hawlader's passion for technology has driven him to be an avid writer for over 16 years. His vast knowledge of the Windows and Android operating systems is a testament to his proficiency in the field. In addition to his expertise in open source software, he also possesses an extensive understanding of the open-source platform, making him a valuable resource for technology enthusiasts. His contributions to FossGuru writers with research-based articles have helped readers to stay up-to-date with the latest trends in the tech industry. Furthermore, Hawlader's curiosity for scientific breakthroughs has led him to be a keen reader of science blogs, keeping him informed about the latest developments in the field.

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