What is Lift and Shift Migration in Azure

Lift and shift migration offers several benefits, including reduced time to migrate.

Minimal disruption to existing workflows, and the ability to leverage Azure's scalability, reliability, and security features without the need for significant application redesign or rearchitecting. However, it's important to note that while lift and shift migration can accelerate the migration process, it may not fully exploit the capabilities of cloud-native services or optimize costs compared to rearchitecting applications for cloud-native environments.

Understanding Lift and Shift Migration in Azure

Navigating the Path to Cloud Migration Efficiency

Lift and shift migration in Azure involves the transfer of on-premises applications or workloads to the Azure cloud with minimal alterations to their architecture. This approach, often referred to as "lift and shift," signifies lifting applications in their current state and shifting them to Azure infrastructure without significant redesign or redevelopment.

Assessment

The first step involves assessing the existing on-premises applications to determine their compatibility with Azure and to identify any dependencies or constraints that need to be addressed during the migration process.

Resource Provisioning

Azure resources such as virtual machines, storage, and networking are provisioned to replicate the on-premises environment in the cloud. This may involve selecting appropriate Azure VM sizes, storage types, and network configurations.

Migration

The applications are then migrated to Azure by replicating their components, configurations, and data in the cloud environment. This can be achieved using tools provided by Azure such as Azure Migrate or third-party migration tools.

Testing and Validation

Once the migration is complete, thorough testing and validation are conducted to ensure that the applications function correctly in the Azure environment. This may involve testing for performance, compatibility, and functionality.

Optimization

After migration, optimizations may be applied to the Azure infrastructure and configurations to improve performance, scalability, and cost-effectiveness. This could include rightsizing VMs, implementing auto-scaling, or optimizing storage configurations.

Monitoring

Once the applications are running in Azure, ongoing monitoring and management are essential to ensure their continued operation and performance. Azure provides various monitoring and management tools to help administrators.

Asset Management

Asset Management module focuses on managing and maintaining manufacturing assets such as equipment, machinery, and tools. It includes functionalities for asset tracking, maintenance scheduling, downtime analysis.

Product Lifecycle (PLM)

PLM module manages the entire lifecycle of a product, from design and development to manufacturing and maintenance. It facilitates collaboration between cross-functional teams, manages product data and documentation.

Azure Lift and Shift Migration Steps

Discover Evaluate

Collaborate with SAVIC to identify databases and applications suitable for migration to Azure with respect to once company. Utilize SAVIC's expertise to assess readiness for migration & develop a comprehensive migration.

Migrate

Work with SAVIC to leverage tools like Azure Migrate or Azure Database Migration Service.Benefit from SAVIC's guidance and support throughout the migration journey, ensuring a seamless transition of your workloads to the Azure environment.

Optimize

Post-migration, collaborate with SAVIC to optimize databases and applications to fully leverage Azure's capabilities.Leverage SAVIC's expertise to fine-tune performance, reduce costs, and maximize the value derived from your Azure investments.

SAVIC Implementation

Microsoft Azure lift and shift migration strategy

In each strategy, partnering with SAVIC as a trusted advisor can provide valuable insights, assistance, and support throughout the cloud migration journey, ensuring successful adoption and optimization of cloud services tailored to your organization's needs. When considering cloud migration, there are five main strategies to contemplate, each offering different advantages and challenges:

Rehost

Involves lifting and shifting your application to another hardware environment without altering its architecture.
Migration is rapid and cost-effective initially, but ongoing operational costs may be higher due to a lack of optimization.
SAVIC, as a trusted partner, can assist in seamless migration and provide ongoing support for optimizing infrastructure in the cloud.

Refactor

Applications are run on a cloud provider's infrastructure, allowing developers to leverage existing languages, frameworks, and containers.
Offers strategic advantages, but there may be limitations, transitive risks, and potential lock-in with specific frameworks.
SAVIC can help navigate these challenges and provide expertise in selecting the right PaaS solutions while mitigating risks.

Revise

Involves modifying or extending existing code to meet modernization requirements before migrating to the cloud.
Allows leveraging cloud characteristics, but incurs upfront development costs.
SAVIC can assist in assessing legacy-modernization needs and guide the revision process, ensuring a smooth transition to the cloud.

Rebuild

Requires rearchitecting the application by discarding existing code to access innovative features in the cloud provider's platform.
Offers improved developer productivity but may lead to lock-in or abandonment of application assets.
SAVIC can provide expertise in rearchitecting applications and mitigating risks associated with vendor lock-in.

Replace

Involves discarding existing applications and adopting commercial software delivered as a service.
Useful when business requirements change rapidly, but may encounter challenges like data semantics, data access, and vendor lock-in.
SAVIC can help evaluate SaaS options, ensure smooth integration, and address any issues related to data consistency and vendor lock-in.

Monitoring

Implement monitoring and alerting mechanisms to track integration performance.
Continuously optimize integration workflows based on performance metrics, user feedback,evolving business requirements.
Regularly review & update integration configurations,policies,compliance standards to maintain alignment.

Comparison of Lift and Shift Migration from AWS to Azure

Comparing Lift and Shift Migration from AWS to Azure: Factors to Consider

When considering a lift and shift migration from AWS to Azure, several factors need to be evaluated to make an informed decision. Ultimately, the decision to perform a lift and shift migration from AWS to Azure should be based on a comprehensive analysis of these factors, considering the specific requirements, goals, and constraints of the organization. Additionally, engaging with experienced migration partners or consultants can help navigate the complexities and ensure a successful migration journey.

Ease of Migration:

Both AWS and Azure offer tools and services to facilitate lift and shift migrations. AWS provides services like AWS Server Migration Service (SMS), while Azure offers Azure Migrate. The ease of migration may depend on factors such as the complexity of the workload and familiarity with the respective platforms.

Compatibility and Interoperability

Workloads running on AWS may have dependencies on AWS-specific services and features. Similarly, workloads running on Azure may rely on Azure-specific services. During migration, compatibility and interoperability issues may arise, requiring adjustments or reconfiguration.

Cost Considerations

The cost of lift and shift migration from AWS to Azure involves various factors such as compute resources, storage, data transfer, and ongoing operational expenses. Organizations should carefully compare pricing models, instance types, and service offerings between AWS and Azure to determine the cost-effectiveness of migration.

Performance and Scalability

Both AWS and Azure offer scalable infrastructure and high-performance computing options. However, performance characteristics may vary between the two platforms, and organizations should assess how well their workloads will perform on Azure compared to AWS.

Security and Compliance

Security and compliance requirements play a crucial role in migration decisions. Both AWS and Azure offer robust security features, compliance certifications, and regulatory controls. Organizations should evaluate the security capabilities of both platforms and ensure that migrated workloads meet their compliance requirements.

Management and Support

The management and support services provided by AWS and Azure differ in terms of documentation, customer support, and service-level agreements (SLAs).

Lift and shift from on-premises to azure

Migrating VMware Virtual Machine to Azure Using Azure Migrate: A Step-by-Step Guide

In today's IT landscape, migrating workloads from on-premises environments to the public cloud has become a common practice. One such migration approach is known as "lift and shift," where applications or services are moved from existing on-premises infrastructure, such as VMware, to public cloud platforms like Microsoft Azure. In this guide, we will walk through the process of migrating a virtual machine (PRTG Network Monitor) from VMware ESXi 7.0 to Microsoft Azure using the Azure Migrate Server Migration tool.

By following these step-by-step instructions, you can successfully migrate a virtual machine from VMware to Microsoft Azure using the Azure Migrate Server Migration tool. This "lift and shift" approach offers a streamlined method for transitioning workloads to the cloud while minimizing disruption to operations.

Step 1: Prepare VMware ESXi

Before initiating the migration process, it's crucial to ensure that the VMware ESXi environment is properly configured. This involves creating and configuring accounts, access controls, roles, and privileges within vCenter.

Step 2: Prepare Azure Migrate

Next, we need to prepare Azure Migrate for the migration process. This includes creating a project, generating a key for the Azure virtual appliance, and downloading the OVA template. The Azure Migrate Appliance, which hosts Windows Server 2016, will be used for continuous discovery of virtual machines on VMware.

Step 3: Register Azure Migration Appliance

Once the Azure Migration Appliance is set up, it needs to be registered and activated using the Azure Migration project key. This key facilitates the registration of the Azure Appliance with the Azure subscription account and enables the discovery of VMs and installed applications on VMware.

Step 4: Perform Server Assessment

The Server Assessment phase involves verifying which virtual machines can be migrated to Azure and providing an estimation of the resources needed to run the VMs along with the associated monthly costs.

Step 5: Replicate Virtual Machine from VMware to Azure:

Initiate the replication process to migrate the virtual machine from VMware to Azure. Up to 300 replications can be run simultaneously.

Step 6: Test Migration

After the initial replication is complete, perform a test migration to ensure that everything is functioning as expected. This step allows for validation before proceeding with the full migration.

Step 7: Perform Full Migration to the Environment

If the test migration is successful, proceed with the full migration of the virtual machine to the Azure environment.

Step 8: Configure Networking and Resources

Prepare necessary resources such as virtual network (vnet), subnet, network card, public IP, and Network Security Group (NSG). Assign these resources to the migrated VM to ensure connectivity and security.

Additional Tweaks for the Applications

Make any necessary adjustments or configurations for the applications being migrated. For example, navigate to Remote Probes > Administration Tool and update PRTG Core Server IPs accordingly.

Verification and Documentation

Once the migration and configuration processes are complete, thoroughly verify that everything is functioning as expected. Update documentation and create network diagrams to reflect the changes made during the migration process.

SAVIC - Microsoft Azure Partner

By leveraging these unique points, organizations can maximize the benefits of using "lift and shift"

At the core of AWS PaaS lies a commitment to streamlining the development lifecycle. This entails not only expediting the creation of applications but also enhancing their efficiency and effectiveness.

Seamless Migration Experience

Microsoft Azure offers a seamless migration experience through its Azure Migrate service, which provides a unified hub for discovery, assessment, and migration of on-premises workloads. This end-to-end solution simplifies the migration process and reduces the complexity associated with moving applications to the cloud.

Optimized for Azure Infrastructure

When using "lift and shift" with Microsoft Azure, workloads can be optimized to take full advantage of Azure's infrastructure capabilities. Azure offers a diverse range of virtual machine sizes, storage options, and networking features, allowing organizations to tailor their cloud environment to meet specific performance and scalability requirements.

Integrated DevOps Pipeline

Azure provides integrated DevOps tools and services that streamline the deployment and management of applications migrated using the "lift and shift" approach. By incorporating Azure DevOps, organizations can automate build, test, and release processes, enabling faster time-to-market and improved collaboration across development and operations teams.

Advanced Security and Compliance

Microsoft Azure offers advanced security and compliance features that help protect migrated workloads from evolving threats and ensure regulatory compliance. Azure Security Center provides continuous monitoring, threat detection, and remediation capabilities, while Azure Policy enables organizations to enforce compliance standards across their cloud environment.

Hybrid Cloud Flexibility

With Azure Stack, organizations can extend the benefits of Azure to their on-premises datacenters, creating a consistent hybrid cloud environment. This hybrid approach allows organizations to seamlessly migrate workloads between on-premises infrastructure and Azure, providing greater flexibility and agility in managing their IT resources

AI and Analytics Integration

Microsoft Azure offers a comprehensive suite of AI and analytics services that can be seamlessly integrated with migrated workloads. Azure AI capabilities, such as machine learning, cognitive services, and Azure Synapse Analytics, enable organizations to unlock insights from their data and drive innovation in their applications.

Global Reach and Scalability

Azure's global footprint and scalable infrastructure enable organizations to deploy migrated workloads closer to their users and scale resources on-demand to meet growing demand. With datacenters located in regions around the world, Azure provides low-latency access and high availability for applications deployed in the cloud.

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What is Lift and Shift Migration in Azure

Understanding Lift and Shift Migration in Azure

Assessment

Resource Provisioning

Migration

Testing and Validation

Optimization

Monitoring

Asset Management

Product Lifecycle (PLM)

Azure Lift and Shift Migration Steps

Discover Evaluate

Migrate

Optimize

SAVIC Implementation

Microsoft Azure lift and shift migration strategy

Rehost

Refactor

Revise

Rebuild

Replace

Monitoring

Comparison of Lift and Shift Migration from AWS to Azure

Ease of Migration:

Compatibility and Interoperability

Cost Considerations

Performance and Scalability

Security and Compliance

Management and Support

Lift and shift from on-premises to azure

SAVIC - Microsoft Azure Partner

Seamless Migration Experience

Optimized for Azure Infrastructure

Integrated DevOps Pipeline

Advanced Security and Compliance

Hybrid Cloud Flexibility

AI and Analytics Integration

Global Reach and Scalability

Request of Services

Let's Talk

Maxcare Support
Beyond

Empower Your
Careers

CRM ,
Build Relationship

SAVIC Boardroom
Booking