The Ultimate Guide to Cloud Migration Strategy

the ultimate guide to cloud migration strategy itechnolabs

Making the most of the cloud is imperative to thrive in today’s digital age, particularly when businesses are shifting to the cloud in order to boost growth. In 2024, over 45 percent of the IT budget will be shifting from traditional technology and solutions to cloud.

However, moving to cloud computing is not a cake in itself. Cloud initiatives often are unsuccessful, and companies are unable to reap the full benefits of cloud investments if the process is faulty or inefficient and not completed carefully.

The most important thing to achieve true cloud transformation is deciding on the best cloud migration strategy to your assets in IT and preparing accordingly. This article will give you a greater understanding of cloud migration techniques, helping to create a plan to migrate and seamlessly move to the cloud.

Let’s begin by understanding what cloud migration is.

iTechnolabs offers top-quality cloud migration solutions and has a track record of success in assisting organizations to develop effective plans for moving to cloud computing. Contact iTechnolabs today to talk to our cloud experts certified by us!

What is the cloud migration strategy?

Cloud migration is the process that a company adopts to shift the infrastructure it has (such as applications, data and services as well as various other assets) onto the cloud.

The creation of a comprehensive strategy will be the initial step towards making the move. The objective is to achieve an effortless transition of workstations from the on-premises system to the cloud-based infrastructure you want without affecting availability or day-to-day activities.

However, the path to the cloud is different for each organization, since there isn’t a universally applicable migration strategy. Every IT asset to be moved is different in terms of performance, cost and the complexity. This means that you cannot transfer all the components using a single procedure. Furthermore, some workloads may be suitable for a migration.

Therefore, creating a plan to migrate helps answer the questions regarding what is the best way, when and when to move these elements. This is the place where cloud migration strategies are a key element.

Often referred to as the 6″R’s” of migration, the strategies solve the issue of how to move the majority of your IT resources to the cloud. Below, we’ve discussed each strategy, along with the use examples and the benefits of having a migration plan.

Benefits of cloud migration strategies

Making the switch to cloud-based services without having a plan in place could lead to data loss and downtime, budget overruns and missed deadlines. However, a well-planned cloud adoption strategy can assist in identifying and executing the fastest, most cost-effective and most efficient transition from traditional infrastructure to cloud-based. It can help reduce the risk of problems and guarantee an efficient cloud migration.

Implementing a migration strategy could be beneficial for an organization, as shown below.

  • Time and Cost savings

Cloud migration may take months or even years to complete if the sources are numerous and the destinations differ on platforms. But, with a proper plan migration can be made executed with consistency and workstations moved without interruption.

Additionally, a well-designed migration plan can assist businesses to find areas where substantial cost savings can be realized for example, making the most of cloud resources and eliminating excessive costs associated with licenses, repairs, operating expenses, etc.

  • Reducing downtime and risks

A strategy for migration can reduce downtime by making sure that the process is carried out efficiently, while minimizing the impact on the business. Furthermore, it can help identify typical cloud migration issues and risks that could be a concern. This can help reduce risks and ensures that the migration goes without a hitch.

  • Increased scaling

A well-planned strategy can increase scalability and agility by ensuring that organizations have access to the appropriate cloud-based resources at the appropriate moment. Additionally, it allows users to quickly and easily adapt to changes in business requirements or whenever needed.

  • Improves security and improves conformity

A migration strategy that is designed with compliance and security in mind will ensure the security precautions are in place correctly and efficiently, minimizing the risk of security breaches and data loss during the migration. Furthermore, it helps ensure the compliance of regulatory requirements and reduces the risk of financial and legal sanctions.

  • Improved knowledge of businesses

The process of establishing the right cloud migration strategy requires an exhaustive study of the organization’s technology infrastructures, software and data. This can help in gaining an understanding of the business processes and pinpoint areas where cloud computing could provide the greatest advantages.

Also Read: What is an Application Migration?

The Six R’s of Cloud Migration Strategy

1. Rehost

If you’re looking to transfer your existing Oracle database over to an EC2 instance of AWS with minimal effort upfront. If so, then rehosting is the right strategy ideal for you! It’s among the quickest and most simple cloud migration methods that can move data with no code-level modifications.

This is how it works: This “lift and shift” pattern allows organizations to move their data assets from their on-premises infrastructure to cloud infrastructure. It is specifically designed for large-scale data migrations. Additionally, it improves the speed and efficiency of cloud infrastructure to provide faster and more efficient cloud, at costs that are lower. Rehosting can be made automated by using cloud-based tools such as CloudEndure Migration, AWS VM Import/Export or AWS Database Migration Service, but you may also opt for a manual approach to achieve the maturity of cloud.

Despite all the benefits however, you might not be able to take advantage of features such as ephemeral computation and autoscaling. Apps that use resources and are older may have issues with latency because of their incompatibility with cloud-based environments.

Cordant Group rehosted its IT operations on AWS and slashed up to 50% of the infrastructure costs

The Cordant Group, one of the top facilities and securities management firms in the UK has an impressive IT system that could provide a variety of operations. It was able to save between 40 and 50 cost savings by moving from the on-premise CapEx to a cloud-based OpEx model. It employed the ‘lift and shift’ strategy to successfully transfer all IT services to the AWS cloud. This included various websites, client desktop services, and SQL databases.

Use Cases

Use Rehost if:

  • Moving a large-scale business
  • Cloud computing is new to the cloud
  • The transition to off-the-shelf software
  • Moving with a time limit

2. Replatform

The ‘lift, tinker and shift’ method is a modified form of Rehosting. Replatform lets you make a few changes in the applications to more effectively work with cloud environments without altering their basic design. Developers often use this technique to alter the way that apps interact with the database, so they can be run on managed platforms such as Google CloudSQL as well as Amazon RDS.

However, it’s essential to check your work at regular intervals so that it doesn’t turn into an entire change. It is important to stay clear of unneeded changes to take care of the risk.

Pinterest increased capacity of infrastructure by 80% during the non-peak hours

Pinterest has moved away from AWS’s previous cloud to the latest generation cloud computing platform when it had more than 250 million users and provided more than 1,000 microservices using various infrastructure layers and tools. It used the ‘lift, twist method of tinkering, lifting and shifting to transfer the microservices into Docker containers that are powered by Kubernetes. In the end, it decreased the time it takes to run an instance for engineers and also made it more cost-effective.

Use Cases

Use Replatform If you wish to:

  • Change your course with a time-crunch
  • Make use of the advantages of cloud computing without having to refactor the application
  • Move an app that was developed on premises with minor adjustments to gain cloud-based advantages

3. Refactor/Re-architect

Refactoring or Re-architecting is the process of writing your application from scratch to transform it into cloud-native. This strategy allows you to realize the full potential of cloud-native technologies like microservices architecture, serverless computing, service-oriented architecture, containers, function-as-a-service, and load balancers.

In this case, for instance, you can modify assets as you move all of your assets digitally from a monolithic on-premise architecture to a fully serverless system on the cloud. The refactored software is adaptable, flexible, and effective and yields an ROI on cloud services over the long term regardless of the competitive market.

This option is the most time-consuming, resource-intensive and costly option compared to other options, but it is the most beneficial over the long term. Other challenges you could confront include the lack of cloud expertise, complicated project and program execution and possibly a significant disruption to your business.

It is important to prioritize smaller pieces of your monolithic application into microservices and then to change them to microservices. Also, let the older applications run on your own premises while you build them in the cloud, to prevent disruption.

Netflix had an 8X growth in its streaming subscribers

Netflix chose to move to the cloud after it suffered a massive data corruption that lasted over the course of three days in 2008. Netflix decided to redesign all their technology and fundamentally alter how they work, using AWS as their cloud service provider. Reliability, horizontal scaling and distributed systems within the cloud were crucial in their progress. The entire refactoring process took many years but was the best solution for the company. Today, it has eight times more members than the year 2008, and has become a worldwide OTT platform that has a presence in more than 130 countries.

Use Cases

Refactoring is required when:

  • The application will benefit the most from cloud
  • There is a clear business motivation to improve the ability to scale, speed, and performance
  • A desktop app isn’t compatible with cloud

4. Repurchase

Repurchase, also referred to by”drop and buy” strategy, also known as “drop and purchase” strategy, replaces an existing on-premise application by a cloud-native, vendor-integrated software. It usually means switching towards Software as a Service (SaaS applications) that have similar capabilities. In essence, it’s changing the licensing of your application at times. You can drop the on-premise license you have and sign a new contract with the cloud service provider of their solution. The latest, more modern cloud version provides more value and better efficiency, lower maintenance and app storage costs.

For instance, moving from CRM on-premise and onto Salesforce or Hubspot or Hubspot. Also, if you are switching to Workday to manage HRM, and then migrating to your in-built CMS into Drupal. This is simple and quick. It also eliminates many of the migration efforts.

The biggest hurdles in repurchasing include getting your employees trained on the new software, or ensuring that you have locking in your vendor. SaaS platforms provide limited customization and control. It is possible to feel the pain of losing a custom-tailored customized on-premise solution.

Airbnb has saved the cost of at most one operations position by transferring it to Amazon RDS

Airbnb changed into Amazon RDS and dropped MySQL when they moved to AWS. Complex processes like scaling and replication were difficult to implement using MySQL. Amazon RDS simplified and handled many of the time-consuming administrative tasks that are associated with databases. In the end, engineers could be more productive in working on their projects. The entire database was transferred into Amazon RDS with only 15 minutes of downtime.

Use Cases

Repurchase if:

  • You’re replacing software to perform standard tasks like accounting, finance, HRM, CRM, CMS, ERP, email and more.
  • A legacy app isn’t compatible with cloud

5. Retire

When you employ the strategy of “retire” the goal is to get rid of applications that are no longer efficient to your portfolio of IT. If a program is judged not worthy of moving onto the cloud platform, it will be removed or reduced. It lets you explore every application by their use, dependents, cost, and value for the business. It’s a pretty simple strategy, as there isn’t any migration. As per the Stephen Orban at AWS, about 10% of your enterprise’s IT portfolio is not useful after transitioning to the cloud. It can be turned off.

Although it may sound simple, decommissioning applications is an extremely complex procedure and is essential in deciding which apps to decommission. It is best to do it at the beginning of planning so that you can move pivotal services or applications to a smaller number of the applications that need to be moved and conserve resources.

Here are some suggestions for moving cloud-based applications to the end of their life:

  • Archive applications that can provide useful information.
  • Retire programs with duplicate capabilities to cut costs.
  • Apps that are retired whose functionality may be augmented by microservices.

Autodesk enhanced it’s UX along with security through removing 209 applications environments

Autodesk has retired a few applications as it moved to AWS to improve efficiency as well as resilience and automation by large-scale modernization and migration. It disposed of 209 applications that cut down on attack surfaces and moved 239 applications to AWS with a cost efficiency of 97. Overall, the business had better business results as well as lower costs, improved customer experience, and better security.

Use Cases

Use Retire if:

  • A program is obsolete or out of date.
  • An older app isn’t fully compatible with the cloud and is not a valuable asset any longer.
  • You decide to change the way you work or repurchase an application

6. Retain

Retaining, also referred to as re-visit, is revisiting some critical applications/portions of your digital assets that need a significant amount of refactoring before migrating them to the cloud. Eventually, you’ll discover that some apps can be better suited for on-premise setups or have been recently upgraded and require to be kept. In other instances it is because of compliance requirements, latency or regulatory requirements or because they are efficient in terms of cost.

Retaining is typically utilized in the deployment of hybrid cloud by companies to guarantee continuity of business during massive-scale transitions that may take a few years. For instance, Johnson and Hess Corporation, created a hybrid cloud environment that supports their ongoing transitions to AWS. It gives the advantages of cloud and also keeps important workloads and sensitive data on premises.

Use Cases

Use Retain only if:

  • It is possible to adopt an hybrid cloud model when you the migration
  • You’re very invested in on-premise software
  • An old app is not compatible with cloud services and is best used in the on-prem environment.
  • You may decide to revisit the app in the future

Once you’ve mastered the various cloud migration strategies You’re now ready to design and implement! Make sure to take into consideration every aspect of your company when determining your strategy for migration including costs, the right security measures, the need for scaling timeframe, knowledge, and your goals for business. The right guidance and careful planning are essential to successful migration.

iTechnolabs has guided several businesses through the complexities of cloud migration. We follow these best practices that help accelerate and speed up the transition from the old architecture to the cloud.

Cloud migration: the key elements that affect strategy

A variety of factors affect the development for a cloud migration plan implemented in an organization. These include:

  • Business goals

A company’s goals for business including the reduction of costs, high scalability and agility, may greatly influence its plan for cloud migration. For instance, if a company is seeking to cut expenses, it could choose to transfer the applications it uses to a cloud service that offers a cheaper pricing model. Furthermore, businesses must take into consideration the structure and requirements of each task to be transferred, as well as the available capabilities, the time frame and budget to meet the desired objectives.

  • Scalability and adaptability

Flexibility and scalability are crucial to the cloud migration strategy. AWS services like Amazon EC2 Auto Scaling and Amazon Elastic Kubernetes Service (EKS) enable companies to scale their resources to meet ever-changing demands, while ensuring maximum performance and efficiency. This flexibility allows businesses to manage changes in workloads and adapt to the future growth.

  • Workload Requirements

The needs and the level of maturity of the application which are to be transferred to cloud also influence the strategy for migration. For instance, apps that require high-performance low latency, high availability might require a move to a cloud service that meets those needs with the least amount of downtime.

It is essential to conduct a thorough exploration phase for each instance of every application to determine the level of maturity of the application. Then, the approach to migration must align with clearly defined goals and milestones, realistic times for each task and an understanding of potential risk if things go wrong in the course of a workload migration.

  • Cost reduction

Moving to cloud computing requires a capital and upfront investment. There are expenses associated with the switch into SaaS (repurchase method) as well as moving resources, and training employees on cloud usage and administration. Additionally, there is the expense of running the cloud as well as the company’s old systems simultaneously till the transition is complete. To avoid risk the company may choose to either retire or keep some workstations.

  • Security and Compliance

In the process of cloud migration companies are exposed to security risks related to data transfer and must be aware of regulations and privacy concerns. A solid migration plan must consider the AWS Identity and Access Manager (IAM) along with AWS Key Management Service (KMS) to offer encrypted and secure access, reducing security vulnerabilities and making sure that you are in compliance with the regulatory requirements. Furthermore, businesses can decide to store sensitive data on their premises while moving the rest of the data to cloud storage, further improving security of data.

  • Personnel Skills and Training

The knowledge and experience of IT personnel at an organization could also impact the strategy of migration. If the IT staff is not familiar with a specific cloud service or technology company could require training or recruit new employees who have the required knowledge.

  • Keep up on the latest developments

Technology is evolving at a speed. If you want to keep up with the shifting technology landscape that is vital to the future of your company or a specific task might be the best, then it’s recommended to employ the refactoring technique to migrate.

Important Article: AWS Vs Azure Vs Google Cloud – Which cloud platform should you choose for your enterprise?

10 Best practices to implement an effective cloud migration strategy

The process of implementing a cloud migration strategy involves multiple stakeholders: business departments, top executives, engineers, developers and IT administrators. In addition, the strategy should be customized to meet the specific requirements of the business and technological goals of every company since each is unique. To create a successful cloud migration plan. There are some good methods to use when developing one.

1. Define goals

Before developing a cloud-based strategy for migration, it’s essential to know the company’s goals for business and how cloud-based migration could help in achieving them. A clearly defined roadmap must be created, describing the plan of action for moving to cloud with specific timelines, milestones and objectives. This ensures an effortless transition to cloud, but also assists in identifying the potential problems that may occur during the migration process.

It is also crucial to ensure that all parties that are part of the process of cloud migration are in agreement and informed of expected results. The formalization and documentation of the objectives that are part of the migration plan with baseline measures and important performance indicators (KPIs) to measure the progress is crucial to the success of the strategy.

2. Determine priorities for migration

Choose the services and applications which should be moved first, based on your business requirements along with technical complexity and the risk. For instance, less-impact workloads could be first moved as they are not required to redesign them or refactor them, which is a costly alternative. A phasing approach must be designed with a focus on one aspect of application or area at a particular time to reduce disruption and control the risk.

Conduct a thorough investigation and evaluation of the existing IT technology, infrastructure and data. Determine which applications should be optimized for cloud, using cloud-native functions. After the assets that will be moved are determined and the plan is in place, it should contain plans to remove old systems after the migration has been completed.

3. Use pricing calculators

To prevent the unexpected costs associated with cloud migration, businesses must use cloud pricing calculators offered by cloud providers. The calculators (such as Amazon’s AWS price calculator) will assist in determining the total costs of the proposed installation and provide in-real-time guidelines for optimizing cloud configurations. With these calculators cloud migration teams can accurately estimate the cost and predict the way they will scale according to the future plans of the company and ensure that costs don’t appear suddenly.

4. Create a disaster recovery strategy (DRP) implemented

A well-functioning emergency recovery program (DRP) is vital for a successful migration, ensuring continuity of operations with recovery and backup tools. It should contain a backup plan or resource allocation as well as plans for the restoration of services in the event interruptions or outages. It is essential to test and update the DRP to ensure that it is foolproof and able to combat unexpected downtimes during the process of cloud migration.

5. Make sure that all employees are trained

Training is vital for IT personnel and employees to be able to manage and use the cloud efficiently. The cloud migration strategy must include the investment in time and money necessary for ongoing training to ensure the successful use of cloud technology. The training must be specific to the cloud provider and updates.

6. Avoid vendor lock-in

Choosing the best cloud provider that meets your business’s needs, budget, security, and requirements is vital to avoid lock-in by the vendor. Be aware of factors such as pricing, scalability and security, and reliability along with the provider’s technology roadmap. A multi-cloud configuration could also help reduce the risks of relying only on a single vendor, and also leveraging the best features offered by different cloud providers.

7. Measure and test the success of migration

Create a test plan as a part of your cloud migration plan for ensuring a seamless transition process and reduce the risk. Also, executing an experimentation migration before you begin the production migration can help to determine whether you are ready for the cloud journey.

Testing is required to ensure that all services and applications running on the new cloud platform are working and the KPIs must be created prior to implementation to assess both the short and long-term outcomes. These KPIs could comprise business and technical indicators and can help determine the efficiency for the migration project. Regularly evaluating KPIs is essential to evaluate the effectiveness of the migration process and justify continuing investments to continue the migration process.

8. Review security and performance, and monitor the performance

Monitoring security and performance is essential in a cloud environment. Prioritize security and compliance as you continuously monitor application performance. Make use of AWS CloudWatch for comprehensive monitoring and AWS CloudTrail for audit and for compliance purposes. Record the entire migration process for use as a reference to auditors and stakeholders such as objectives, assets, strategies, cost analysis, as well as training and testing plans.

9. Concentrate on automation

Automation plays a crucial part in facilitating cloud migration, while reducing errors, optimizing operations, decreasing downtime and reducing costs. Make use of middleware tools to automate processes, set up continuous integration (CI) and continuous delivery (CD) workflows that seamlessly adapt to the ever-changing cloud environment. One of these tools can be AWS CloudFormation that facilitates infrastructure as code and automates resource provisioning, further improving the automation capabilities.

10. Keep up-to-date with updates

Keep yourself updated on new enhancements and features provided by the major cloud companies to make sure that your business is up to date and benefits full from cloud services. Include an update process in your cloud migration plan to ensure you are prepared for the future and take advantage of the latest capabilities.

All in all, these best practices will help businesses to develop the most effective cloud-based migration checklist with the least risk in terms of downtime, decreased risk, and maximized costs and utilization of resources.

Final remarks!

Cloud migration is a long and difficult process but it doesn’t need to be if you have the right information and guidance. These strategies aren’t absolute, but certain ways to begin with planning for migration. The method you choose is contingent on the type of migration method you select or already have to your business such as Infrastructure as a Service (IaaS), Software as a Service (SaaS) as well as Platform as a Service (PaaS). Your plan for migration can be a combination of any of these methods or each one, since there’s no universally applicable approach.

If your company isn’t interested in technologies like Spotify. You don’t need to spend all day working on huge data centers, or hire additional resources. What do you think Spotify did? It sought the help of tech experts to move onto Google Cloud. Google cloud-based platform.

How iTechnolabs can help to guide the cloud migration strategy?

In today’s fast-paced business landscape, cloud migration has become a necessity for organizations looking to stay competitive and agile. Leveraging the power of the cloud can lead to cost savings, scalability, and improved performance. However, the journey to the cloud is not without its challenges. To successfully migrate to the cloud, organizations need a well-defined strategy. iTechnolabs, a leader in cloud technology services, can play a pivotal role in crafting and executing an effective cloud migration strategy using the 6 R’s framework.

1. Understanding the 6 R’s of Cloud Migration

Before delving into how iTechnoLabs can help with cloud migration, it’s essential to understand the 6 R’s framework, which is crucial for a successful cloud migration strategy:

  • Rehost: Also known as “lift and shift,” this approach involves moving existing applications to the cloud without making significant changes to the code. It’s a quick way to achieve cost savings and is a good fit for applications that don’t require substantial changes.
  • Refactor: Refactoring, or rearchitecting, involves modifying applications to take full advantage of cloud-native features. This approach can lead to improved performance, scalability, and cost efficiency but requires a deeper commitment of time and resources.
  • Revise: In this approach, organizations make incremental changes to the application code to optimize it for the cloud. While not as extensive as refactoring, revising allows for some level of cloud-native optimization.
  • Rebuild: Rebuilding involves scrapping the existing application and creating a new, cloud-native version from scratch. This approach offers the highest level of cloud optimization but requires significant time and resources.
  • Replace: Replacing involves adopting a new off-the-shelf cloud-native application instead of modifying or rebuilding an existing one. This approach is suitable when the existing application is outdated or not meeting business needs.
  • Retire: In some cases, applications may no longer be necessary. They can be retired to reduce maintenance costs and complexity.

iTechnolabs understands the nuances of these strategies and can help organizations choose the most appropriate one for their unique needs.

2. Leveraging Rehosting with iTechnolabs

Rehosting is often the quickest way to migrate to the cloud, making it an attractive option for organizations looking to achieve immediate cost savings. iTechnolabs excels in rehosting by ensuring that your applications are smoothly transitioned to the cloud with minimal disruption. Here’s how they can help:

Infrastructure Assessment: iTechnolabs starts by assessing your existing infrastructure to understand your application dependencies and requirements. They ensure that your cloud environment is configured optimally.

  • Data Migration: Migrating data to the cloud is a critical step in rehosting. iTechnoLabs helps you seamlessly transfer your data while minimizing downtime.
  • Cost Optimization: While rehosting doesn’t involve code changes, iTechnoLabs helps identify cost-saving opportunities through rightsizing your cloud resources and optimizing your architecture.

3. Achieving Cloud-Native Excellence with Refactoring

For organizations aiming to fully embrace the advantages of the cloud, refactoring is the way to go. iTechnolabs can guide you through this transformation with their expertise:

  • Application Analysis: iTechnolabs conducts a comprehensive analysis of your application, identifying areas that can be refactored for cloud optimization.
  • Cloud-Native Design: They work closely with your team to design a cloud-native architecture that maximizes performance, scalability, and cost-efficiency.
  • Code Refactoring: iTechnolabs assists in making necessary code changes to ensure your application seamlessly integrates with cloud services, such as serverless computing, microservices, and containerization.
  • Testing and Deployment: Rigorous testing and deployment procedures are executed to ensure that the refactored application functions seamlessly and securely in the cloud environment.

4. Incremental Changes with Revising

Revising is a balanced approach that allows organizations to make incremental changes to their applications to optimize them for the cloud. iTechnolabs can help you in the following ways:

  • Prioritizing Changes: iTechnolabs helps you identify the most critical changes that will yield the greatest benefits in terms of performance and cost optimization.
  • Implementing Changes: Their experienced team assists in implementing the necessary code changes and optimizations, ensuring minimal disruption to your operations.
  • Testing and Validation: Rigorous testing and validation are essential to guarantee that your revised application functions smoothly in the cloud.

5. Building from Scratch with Rebuilding

Rebuilding applications from scratch for the cloud is a demanding yet rewarding endeavor. iTechnolabs provides the following support:

  • Cloud-Native Design: They help you design a new application that leverages cloud-native services and features for optimal performance and scalability.
  • Development: iTechnolabs has a team of skilled developers who can build your cloud-native application, ensuring it aligns with your business goals.
  • Testing and Deployment: Rigorous testing and deployment procedures are executed to guarantee a seamless transition to the cloud.

6. Adopting Off-the-Shelf Solutions with Replacing

When existing applications no longer meet your needs, replacing them with off-the-shelf cloud-native solutions can be the best course of action. iTechnolabs supports you in this transition:

  • Assessment and Selection: They assess your current applications and help you select the most suitable cloud-native alternatives.
  • Integration: iTechnolabs assists in seamlessly integrating the new solutions into your existing infrastructure, ensuring minimal disruption.
  • Training and Support: They provide training for your team and ongoing support to ensure a smooth transition and effective use of the new solutions.

7. Retiring Unnecessary Applications

In cases where applications are no longer necessary, retiring them can simplify your cloud landscape. iTechnolabs helps you identify and safely retire these applications, reducing maintenance costs and complexity.

8. Post-Migration Optimization

Migrating to the cloud is not a one-time effort. Continuous optimization is crucial to maximize the benefits of the cloud. iTechnolabs offers post-migration services that include:

  • Cost Optimization: They monitor your cloud usage and costs to identify opportunities for further optimization.
  • Performance Enhancement: iTechnolabs continually assess your cloud infrastructure 
  • Security and Compliance: They ensure that your cloud environment remains secure and compliant with industry standards and regulations.

Also, read: Advantages of Using AWS as Your Cloud Platform in Real World

Are you looking for a Cloud Migration Strategy?

are you looking for a cloud migration strategy itechnolabs

Cloud migration is a complex process that requires a well-thought-out strategy and expert execution. iTechnolabs, with its deep expertise in cloud technology services, can help organizations navigate the 6 R’s of cloud migration, from rehosting to retiring applications. Whether you’re looking to achieve quick cost savings or fully embrace cloud-native excellence, iTechnolabs  is the partner that can guide you to success in your cloud migration journey. With their support, your organization can harness the power of the cloud to drive efficiency, innovation, and competitiveness in today’s digital landscape.

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