AWS CloudEndure Migration Seamlessly Transitioning Workloads to the Cloud

Introduction to Cloud Migration Challenges and Solutions

Cloud migration refers to the process of transferring digital business resources—which most often include applications, data, and sometimes operated software—from on-premise data centers into the cloud. In the process, the following challenges emerge: how to provide data security, cost management, application compatibility, and downtime minimization in the process of data migration. Many strategies and solutions are implemented to overcome these difficulties.

Overview of AWS CloudEndure Migration

AWS CloudEndure Migration is a Software-as-a-Service application that enables the user to move work from one infrastructure to another, be it from on-premises data centers, other cloud providers, or be it within AWS regions. It is available to migrate VMs, physical servers, and Amazon EC2 instances while keeping the source machines in sync with target infrastructure, at a transfer incurring near zero downtime and data loss.

Understanding AWS CloudEndure Migration

Definition of CloudEndure Migration and Its Role Within AWS

CloudEndure Migration is a Software-as-a-Service (SaaS) application provided by AWS. It is used to automate the process of achieving data, business applications, and other business pieces from an on-premise network or cloud to another physical or cloud environment. AWS CloudEndure Migration automates and accelerates large-scale migrations into AWS. It ensures that the process is carried out with ease and does not interfere with the functioning of the organization. It is perfect for organizations who intend to use AWS for its scalability and fault tolerance and do not want to go through the difficulty of re-engineering.

Key Features of CloudEndure Migration

  • Continuous Block-Level Replication:

CloudEndure Migration makes use of agents in its source instances to ensure continuous replication is done on a block volume to its target region. This is the process by which data replication is done. This automatically orchestrates the full stack by natively converting all applications and databases to run in AWS. This automation highly reduces the necessity for extensive manual interventions. Therefore the process of migration becomes more efficient and less prone to errors.

  • Minimal Downtime:

In the process of migration, CloudEndure migration, with the aid of continuous replication of data, goes through minimal downtime. Through this process, the business can ensure its effective operation over time. This is especially very beneficial for firms that have IT organizations that really cannot afford service interruptions.

  • Flexibility in Network Configuration:

CloudEndure Migration can perform the migration of Amazon VPC network and security configurations as part of the migration workflow to take into consideration any changed target environment. This would be set to match the existing settings to allow the system to work properly.

  • Network Configuration Flexibility:

Key in network configuration, one can configure target instance settings at the time of launching such as instance configuration parameters, tenancy and volume type based on the requirement. This makes the whole process of migration more flexible and therefore, adjustable to different needs of an organization.

Benefits of Using AWS CloudEndure Migration

Reduction in Downtime

CloudEndure Migration ensures less downtime process due to continual replication of block-level. It would make sure that data on the target is in a coherent state with that on the source. Thus, when the actual cutover process is started, a source-to-target environment switch can be achieved in minutes with virtually no data loss. This reduces the window of weakness drastically in the process of migration that ensures the businesses can update their operations with minimal downtimes.


Since CloudEndure Migration doesn’t work on traditional migration tools and methods, the process of migrating workloads to AWS is economical. It works in a staging area where no high-cost resources are involved, and the cost is kept at the minimum. By default, CloudEndure Migration uses the t3.small EC2 instance type for the replication servers and EBS magnetic volumes for its attached volumes. But, if a volume size is over 500 GB, no charge is done in the process. In addition to this, CloudEndure Migration is also charged for storing snapshots that it takes for every volume. But these snapshots are cleared automatically once out of use, which removes the unnecessary cost in this regard. Thus, the low costs in resource utilization and the clearing out of unnecessary snapshots fall under the financial boundary of interest for most organizations.


CloudEndure Migration is flexible in terms of the supported infrastructure where wide source infrastructure includes on-premises environments, other cloud platforms and virtualized environments. Thus, one can perform flexible migration strategies according to need of an enterprise. CloudEndure Migration is capable of performing the migration whether or not the enterprise relates to physical server setup at the source, the virtualized environment, or another cloud provider.

How CloudEndure Migration Works

The step-by-step process of how CloudEndure Migration works:


Step-by-Step Process of CloudEndure Migration


Follow the below mentioned steps to prepare to migrate:

  • AWS account with sufficient permission.
  • Cloud Endure Migration license or setup available to you via AWS Migration Hub.
  • Source environment access and credentials.

Create a CloudEndure Project


  1. Go to the Cloud- Endure Migration console.
  2. Select “Create New Project”.
  3. Give the project name and select the type of migration.
  4. As your target environment needs AWS Credential, give AWS Credentials.
  5. Choose the AWS region.


  1. Download Cloud Endure CLI
  2. Run the following command to create a new Project:
cloudendure project create --name "ProjectName" --type "migration" --region "aws-region"

Install the CloudEndure Agent on Source Machines


  1. In the CloudEndure console, go to the “Machines” tab.
  2. Click the “Add Machines” blue button.
  3. Download and install the CloudEndure Agent on each source machine.
  4. Register each agent with the supplied token.


  1. Install the agent.
curl -o ./installer_linux.py https://console.cloudendure.com/api/latest/installer_linux.py
  • Run the installer on each source machine.
sudo python ./installer_linux.py -t <YOUR_TOKEN>

Configure Replication Settings


  1. Click the “Replication Settings” tab.
  2. Set necessary replication settings: subnet security groups, instance type.
  3. Save settings.


  1. Configure instance replication from source to target machine:
cloudendure replication configure --project-id "project-id" --subnet-id "subnet-id" --security-group-ids "sg-ids" --instance-type "instance-type"

Start Data Replication


  1. In the “Machines” tab of the console, select the source machines.
  2. In the upper-right corner, click the “Start Replication” button.
  3. Monitor data replication.


  1. Execute the task for each of the machines:
cloudendure machine start-replication --machine-id "machine-id"

Perform Test Cutover


  1. As soon as initial replication is done, go to the “Machines” tab.
  2. Select the machine and, at the top, click on “Launch Target Machines”.
  3. Select the test cutover option and follow the dialogue.
  4. Validate if the application and system run in AWS.


  1. Start the test cutover program by using the CloudEndure CLI:
cloudendure machine launch --machine-id "machine-id" --launch-type "test"

Perform Cutover (Migration)


  1. When the cut-over test is successful, then go ahead and click the final cutover.
  2. In the “Machines” tab, select the machines; then click “launch target machines”.
  3. Choose the cutover option and go through the instructions in the dialog.
  4. Monitoring will be done on the process of cutover for successful migration.


  1. Launch target machines for final cutover:
cloudendure machine launch --machine-id "machine-id" --launch-type "cutover"

Post-Migration Activities

  • Validate that all applications and services are running as expected in the AWS environment.
  • Update DNS settings, security groups and any other configurations.
  • Decommission source environment in case it is no longer needed.

Additional Tips

  • Ensure that the network connectivity between the source and the target is the same.
  • Monitor the CloudEndure dashboard at regular intervals to ensure that there would not be issues during replication and cutover.
  • Test it well in advance before the final cutover to make sure that there would not be downtime and interruption.

For any person to use CloudEndure Migration to ensure they migrate their resources successfully, there is a need for proper planning and execution of each and every one of the steps involved in the process. This guide should thus be a good recourse for the individual to carry out operations in the console or CLI.

Use Cases of CloudEndure Migration

Sony Interactive Entertainment

Use Case:

Sony Interactive Entertainment had a designed move of their gaming and digital entertainment services to AWS to further augment scalability, performance, and global reach.


Sony Interactive Entertainment has effortlessly replicated their gaming servers and databases with CloudEndure Migration. They moved to the cloud with barely any downtime that was almost unnoticeable by millions of players across the globe. Data remains current with CloudEndure’s continuous replication; therefore, no effect was noticed on the overall user experience.


The scalability and performance of the gaming services offered by Sony have been ameliorated, capable of handling extra-large tons of simultaneous users.

Coca-Cola Icecek

Use Case:

Coca-Cola Icecek wanted to consolidate its IT setup by migrating multiple on-premises data centers into AWS.


CloudEndure Migration supported the replication of critical applications, databases, and servers from Coca-Cola Iceçek to the AWS cloud. The ability of the continuous replication feature ensured a seamless cutover with less downtime, therefore ensuring continuity of business.


The migration to AWS is indeed crucial in discovering an IT platform that is unquestionably more agile, scalable, and in the process, reduces operational costs by enhancing disaster recovery.


Use Case:

Being a leading specialty pet retailer with operations across the globe, Petco is committed to moving its e-commerce servers and applications to AWS to improve performance and ensure growth.


Petco leveraged the CloudEndure Migration Platform to replicate e-commerce servers and applications on the AWS cloud, thus moving servers and applications with minimal downtime, allowing Petco to offer an online presence and customer service even from the cloud.


After migrating, there was an average improvement in website performance of 30% in faster load times and the ability to scale resources as traffic dictates, resulting in an improved customer experience.

Industries That Benefit from Using CloudEndure Migration


  • Use-case: Introduces continuous availability for financial applications and data in times of disaster recovery.
  • Example: Used by a bank, CloudEndure replicated its critical banking application to AWS, ensuring there is no downtime whenever the data center fails.


  • Use-case: Introduces patient legacy data and healthcare applications with zero compliance issue concerning regulations like HIPAA.
  • Example: Used by a hospital system for migrating the electronic health records (EHR) to AWS, promising more elasticity and safety.


  • Use-case: Migrate the ecommerce platform to scale for seasonal peak traffic.
  • Example: Used by an online retailer for migrating its ecommerce platform to AWS using CloudEndure ahead of Black Friday, promising the site can handle increased traffic.


  • Use Case: Merging the separated on-premises data centers into a single cloud for enhanced data management and analytics.
  • Example: A manufacturing company uses CloudEndure to migrate its ERP systems to AWS and improve operational efficiency with better data insights.


  • Use Case: Relocation of administrative and online learning systems to the cloud for better scalability and availability.
  • Example: The University used CloudEndure to migrate their people soft student information system and online course platform to AWS, where the data can be accessed reliably by students and faculty.

Preparing for Migration with CloudEndure

Prerequisites and Initial Considerations

  1. Setting up the AWS Account: Ensure your AWS account is set up. Ensure that it has the appropriate policies and roles.
  2. Configuring the Network: Verify network connectivity between the source environment and AWS, ensuring sufficient bandwidth.
  3. Security and Compliance: Review security policies and compliance requirements. Ensure data encryption and compliance with all regulations.
  4. Inventory and Assessment: Make a comprehensive inventory of all applications, databases, and dependencies forming part of the existing environment.

Tips for Planning and Executing a Smooth Migration

  1. Migration Plan: Develop a detailed plan for migration, including every step to migrate to the cloud. Each task in the plan must have assigned a timeline, people responsible, and resources.
  2. Testing: Perform complete testing of applications and systems on AWS to check for compatibility and performance before turning off production systems.
  3. Backup Data: Backup all data before you start the migration—this prevents loss of data.
  4. Minimal Downtime: The cutover phase should be carried out during off-peak hours to minimize the disruption of business.

Common Pitfalls and How to Avoid Them

  1. Bandwidth: Poor bandwidth can lead to poor replication. Achieve sufficient bandwidth with AWS Direct Connect or VPN.
  2. Incomplete Inventory If dependencies are missing, then failures may occur. Ensure the inventory is done properly.
  3. Security Misconfigurations Can expose sensitive data Double-check and configure security settings properly
  4. Lack of Testing Can lead to unexpected issues. Thorough testing should be done before the final cutover

Advantages of CloudEndure Over Non-AWS Migration Solutions

  1. Seamless AWS Integration: It is optimized for AWS environments, thus making all migrations smooth and efficient.
  2. Real-Time Replication: Data replication is continuous hence zero downtime and maintaining data consistency.
  3. Pocket-Friendly Costs: Its cost is often more friendly compared to third party solutions, plus better integration and support.

Challenges and Solutions

  1. Network Latency:
  2. Solution: Implement AWS Direct Connect or VPN services to reduce.
  3. Compatibility Issues:
  4. Solution: Compatibility testing and AWS services can be leveraged to bridge the gaps.
  5. Data Security Concerns:
  6. Solution: Enforce encryption and follow AWS security best practices.

Future of Cloud Migration with AWS CloudEndure

Upcoming Features and Updates

  • Enhanced Automation: More automation to increase the speed and efficiency of the migrations
  • AI/ML Integration: Migrate optimization strategy and performance using AI and ML.

Trends in Cloud Migration Strategies

Hybrid Cloud Solutions are gaining popularity for the flexibility and resilience they bring. Multi-Cloud strategies are taking place, using several different clouds to avoid vendor lock-in and ensure the highest performance.


This is the main reason cloud migration is considered key to unlocking the scalability, flexibility, and cost savings offered by the cloud. AWS CloudEndure assures the seamless process of migration and, at the same time, assures its users that it can present the user with some very powerful tools that can execute migrations non-disruptively.

Final Thoughts on the Role of AWS CloudEndure

AWS CloudEndure is one of the options most companies are going for in a bid to eliminate complexities and risks in cloud migration.

Further Resources

Links to Additional AWS Documentation, Tutorials, and Community Forums

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