In 2025, cloud to cloud migration is becoming a strategic imperative for businesses of all sizes. This term refers to moving data, applications, and workloads from one cloud platform to another cloud platform. Companies pursue cloud-to-cloud moves to take advantage of better services, cost savings, or to avoid vendor lock-in.
It matters because a well-executed cloud migration can make your operations more agile and resilient. In the first moments of planning, understanding what cloud to cloud migration is and why it’s important will set the stage for a faster, safer, and smarter transition.
Cloud-to-cloud migration means transferring your digital assets – such as databases, servers, applications, or files – from one cloud environment to another. In simpler terms, it’s like moving your business’s IT home from Cloud Provider A to Cloud Provider B (or sometimes spreading across multiple clouds). This is different from a traditional on-premises to cloud migration; here, you’re already in the cloud, but you want to relocate or duplicate resources in a new cloud platform.
Why would you do this? Perhaps your startup began on one cloud provider but now finds better features or pricing on another. Or maybe you’re adopting a multi-cloud strategy, distributing services across AWS, Azure, Google Cloud, or others. Cloud to cloud migrations can also happen during mergers (when two companies consolidate systems onto one cloud) or when avoiding vendor lock-in by not relying on a single provider. The key is that the data and applications remain in a cloud environment throughout – you’re not pulling things back to local servers, but rather moving from one cloud to another seamlessly.
This kind of migration can range from moving a single application (like shifting a database from Amazon Web Services to Azure) to migrating entire data centers worth of workloads. In all cases, the goal is to improve some aspect of your cloud usage – whether it’s cost, performance, compliance, or new capabilities. Notably, industry analysts have observed a rise in cloud-to-cloud migrations as of 2025datafold.com, reflecting how common it’s become for businesses to re-evaluate and shift their cloud deployments.
Migrating between clouds might sound like extra work, but there are compelling reasons why businesses in 2025 are doing it. Here are some of the top drivers:
Avoiding Vendor Lock-In for Flexibility
Relying on a single cloud provider can limit your flexibility. If that provider has an outage, policy change, or price hike, your business could be at risk. By moving workloads to another cloud (or spreading them across clouds), companies gain redundancy and bargaining power. In fact, multi-cloud and hybrid strategies are now mainstream – about 70% of organizations use hybrid or multi-cloud environmentsinfoworld.com. Cloud-to-cloud migration enables this flexibility, ensuring you’re not stuck with one platform’s limitations.
Cost Optimization
Each cloud provider has different pricing models and discounts. By 2025, cloud bills are a significant line item for most IT departments, and “cloud bill shock” is real. Businesses migrate workloads to take advantage of lower costs or more efficient services elsewhere. For example, if Cloud B offers cheaper storage or better bulk data transfer rates than Cloud A, moving your data backups or archives could drastically cut costs. (Check out our detailed guide on Cloud Cost Optimization Strategies for tips on reducing cloud expenses.)
Access to Advanced Services
Cloud providers often have unique strengths. Perhaps Google Cloud has a machine learning service your team wants to leverage, or Azure’s integration with Microsoft software is appealing, or AWS has a specialty database that fits your needs. Rather than waiting for your current provider to catch up, you can migrate specific applications to the cloud that offers the best tool for the job. In 2025’s competitive landscape, leveraging best-of-breed services can be a game-changer for innovation.
Performance and Latency Improvements
Sometimes, moving closer to your users or specific regions can improve performance. If most of your customers are in Europe and your current cloud data center is in the US, you might migrate to a European region of another provider for faster response times. Cloud-to-cloud migration makes it possible to choose optimal locations and configurations for your workloads, enhancing user experience.
Compliance and Data Sovereignty
Regulatory requirements can dictate where data must reside. If your current cloud doesn’t have a presence in a required country or lacks certain certifications, you may need to migrate to one that does. For example, a UK business handling sensitive EU customer data might migrate workloads to a provider with strong GDPR compliance in European regions. Ensuring cloud compliance is non-negotiable for industries like finance or healthcare. (See our post on How to Assess Cloud Migration Readiness for tips on compliance checks before migrating.) In 2025, with data privacy laws tightening worldwide, this is a frequent reason to execute a cloud-to-cloud move.
Business Mergers or Changes
If your company acquires another (or gets acquired), you might end up with systems on two different clouds. Consolidating into one can simplify operations. Conversely, some companies going through divestiture might migrate data to a new cloud to separate it cleanly. Cloud-to-cloud migration provides that agility to restructure IT when business structures change.
Businesses need cloud-to-cloud migration in 2025 to stay agile, control costs, and remain competitive. It’s about using the cloud environment that best fits each workload. The benefits (when done right) include improved efficiency, lower costs, higher reliability, and compliance peace of mind.
Moving from one cloud to another isn’t without its hurdles. Being aware of these common cloud-to-cloud migration challenges will help you sidestep pitfalls:
Downtime and Service Disruption
One fear during any migration is: what if your application goes down and users are impacted? An improperly planned migration could lead to hours of downtime or inconsistent data.
How to avoid it: Plan for a phased migration or use synchronization tools that let you copy data while the source remains live, then cut over quickly during a low-traffic period. Always have backups and a rollback plan in case something goes wrong mid-move.
Data Loss or Integrity Issues
Transferring large volumes of data between clouds can be tricky. There’s a risk that some data might not transfer correctly or could be lost if not handled carefully.
How to avoid it: Use reliable migration tools that verify data consistency (for example, database migration services that do checksums or sync checks). Test the migrated data thoroughly in the target cloud to ensure everything arrived intact. It’s wise to run the new system in parallel with the old until you’re confident all data matches up.
Compatibility and Vendor Differences
Each cloud has its own ecosystem. The way you set up networks, manage identities, or configure services in AWS differs from Azure or Google Cloud. Some services in one cloud might not have a one-to-one equivalent in another.
How to avoid it: Do a thorough inventory of your current architecture and map out how to recreate each component in the target cloud. If you have platform-specific features (like an AWS Lambda function or an Azure Cosmos DB database), research the closest analogs or plan to refactor that part of your application. In some cases, you might use a cloud-agnostic approach (for instance, containerizing an app with Kubernetes so it’s easier to deploy on any cloud).
Security Gaps
During migration, data is in motion and potentially vulnerable. Also, a new cloud setup might accidentally be misconfigured, leaving an open door for attackers.
How to avoid it: Treat security as a top priority in migration. Encrypt data in transit between clouds, use secure network connections (VPNs or private links) for the transfer, and double-check access settings in the new environment. It’s easy to accidentally leave a storage bucket open or a database unencrypted if you rush. Maintain all the same (or better) security controls in the target cloud that you had in the source. (For a refresher on essential cloud security controls, see our Cloud Security Checklist for SMBs.) After migration, run security audits and penetration tests on the new setup to catch any oversight.
Compliance and Regulatory Issues
This overlaps with security but focuses on regulations. For instance, moving data from a GDPR-compliant environment to one that isn’t could land you in hot water.
How to avoid it: In the planning phase, involve your compliance or legal team. Ensure the target cloud meets all required certifications (ISO, SOC 2, HIPAA, etc., as applicable to your industry) and that data residency requirements are met. Update any documentation like privacy policies if your data storage location is changing. Essentially, don’t let a migration inadvertently break your compliance obligations – plan it out thoroughly.
Unexpected Costs
While one goal of cloud to cloud migration might be cost savings, the migration process itself can incur costs. Data egress fees (cloud providers often charge for data leaving their cloud), network bandwidth costs, and running two environments in parallel for a while can add up.
How to avoid it: Estimate migration costs early. Many cloud providers have calculators – use them to predict data transfer costs and required resources during migration. It may even be worth negotiating with providers; for example, some providers might waive migration-related fees to attract your business. Also, clean up any data or servers you don’t need to migrate (no point paying to transfer redundant data). Keeping a close eye on cloud billing during the transition will prevent surprises.
Skill Gaps and Team Readiness
Your IT team might be very skilled with Cloud A, but not as familiar with Cloud B. That learning curve can slow down the project or lead to mistakes.
How to avoid it: Invest in training and possibly external expertise. Before a big migration, ensure at least a few team members are certified or experienced in the target cloud platform. You can run small pilots or lab tests to get familiar. Another option is to work with a cloud migration partner or consultant who has done it before – they can guide you on best practices and avoid rookie errors.
By anticipating these challenges, you can address them proactively. A cloud-to-cloud migration done with eyes open and proper preparation will avoid most common failures. The mantra here is: plan, test, and secure at every step.
Moving between clouds requires a solid game plan. Below is a step-by-step approach to planning a successful cloud-to-cloud migration:
Assess Your Current Environment
Start with a thorough audit of what you have. Inventory all servers, applications, databases, and data storage in your current cloud. Understand the dependencies between components (e.g., which apps talk to which databases, what needs to move together). Also evaluate performance needs, security requirements, and any compliance constraints for each workload. This assessment will help you decide what can move easily and what might need changes.
Define Goals and Requirements
Clearly outline why you are migrating and what success looks like. Is it to reduce cost by 30%? To improve response time for users in Asia? To enhance security or meet a new compliance rule? Setting specific goals will guide your strategy. Also determine requirements for the target cloud – for example, it must have data centers in a certain country, or support a certain database technology, etc. Having these criteria will help in choosing the right target environment and migration method.
Choose Your Target Cloud and Migration Strategy
With requirements in mind, select the target cloud provider(s). You might decide to go “all-in” to one new provider, or adopt a multi-cloud setup. Once chosen, plan how to migrate each asset. Common migration strategies include:
Create a detailed plan for each workload: which strategy, target service equivalents, and order of migration.
1. Plan the Migration Timeline and Phases
Plan out the sequence of migration. It’s often wise not to do everything at once. For instance, you might migrate non-critical workloads first as a pilot, then critical ones. Develop a timeline that includes time for testing and resolving issues. Identify any periods where you absolutely cannot have downtime (perhaps end-of-quarter for finance systems) and schedule around them. Also decide if you’ll run systems in parallel for a while (and how you’ll sync data changes during that period). A phased approach reduces risk – you can learn and adjust as you go.
2. Prepare the Target Environment
Before moving anything, set up your new cloud environment to be ready. This means creating the necessary network architecture (VPCs, subnets, load balancers, etc.), setting up security controls (firewalls, IAM users/roles, encryption settings), and ensuring connectivity (maybe a VPN or direct connection between your old and new clouds for the migration period). Basically, provision the target cloud so that it can receive the incoming applications and data. If possible, automate this setup using Infrastructure as Code (tools like Terraform) so that it’s consistent and repeatable.
3. Execute a Test Migration (Pilot)
Don’t start with your most critical system. Perform a test run with a representative sample – for example, migrate a less critical application or a chunk of data to validate your approach. This pilot will help you verify that your migration tools and processes work as expected. It’s like a dress rehearsal. Test the migrated application in the new cloud thoroughly: does it run? Is the data all there? Are users able to access it? Use the pilot to estimate how long larger migrations might take and to refine your process based on any hiccups encountered.
4. Migrate Your Data and Workloads
Now it’s time for the main event – migrating the workloads per your plan. Proceed in the phases you defined. For each phase:
It’s often wise to do migrations during off-peak hours or maintenance windows to minimize user impact. Stick to your runbook, but be prepared to pause and troubleshoot if something unexpected happens. This is where having that rollback plan (ability to quickly revert back to the old system) is a lifesaver if needed.
Post-Migration Validation and Optimization
Once a workload is migrated, don’t consider it done until you validate everything. Run through full functionality tests for your applications. Check data integrity (are all records present and correct?). Ensure that security controls like permissions carried over properly. It’s common in this phase to discover minor issues – perhaps a file didn’t transfer or an API endpoint needs reconfiguring – so schedule time to fix those. After validation, start optimizing in the new environment: maybe the server sizes can be adjusted to save cost now that you’re on a new platform, or you can enable a new performance feature. Also update your documentation: network diagrams, asset inventory, and runbooks should be revised to reflect the new cloud setup.
Decommission or Integrate Old Systems
After everything is running smoothly in the new cloud, plan what to do with the old environment. You might keep it for backup for a short time, but eventually, you’ll want to shut down to avoid paying for resources you no longer use. Ensure all needed data is migrated before turning anything off. It’s also good practice to revoke any access keys or accounts that were used solely for migration between the two clouds, and to sanitize data in the old cloud if decommissioning (so leftover data isn’t hanging around). This final cleanup step wraps up the migration project.
By following these steps methodically, you set yourself up for a successful cloud-to-cloud migration. Each step is about reducing risk and ensuring nothing important slips through the cracks. Remember, thorough planning is the backbone of a smooth migration journey.
One relief for IT teams is that you don’t have to migrate between clouds manually – there are many tools and services to help. Here are some top tools and platforms that can make cloud to cloud migration easier:
AWS Migration Tools
Amazon Web Services offers a suite of services to aid migrations. For example, AWS Application Migration Service (CloudEndure) allows block-level replication of your servers from another cloud into AWS with minimal downtime. AWS Database Migration Service (DMS) can continuously replicate data from, say, an Azure SQL Database into Amazon RDS. AWS also has S3 Transfer Acceleration and Snowball appliances if you need to move huge data sets quickly. If your target is AWS, their Migration Hub can coordinate many of these tasks.
Azure Migrate
Microsoft Azure provides Azure Migrate, a centralized hub of tools for migrating servers, databases, web apps, and virtual desktops into Azure. It includes assessment tools to map your current environment and even agent-based replication for VMs. For example, you could replicate an AWS EC2 virtual machine into an Azure VM using Azure Migrate’s server migration tool. Azure also has Database Migration Service for moving databases from other clouds or on-prem into Azure SQL or Cosmos DB.
Google Cloud Migrate for Compute Engine
Google Cloud Platform (GCP) offers migration services as well. Migrate for Compute Engine (previously Velostrata) helps migrate VMs from on-prem or other clouds into Google Cloud VMs with minimal downtime by streaming the VM data. GCP’s BigQuery Data Transfer Service and Storage Transfer Service can pull data from other cloud storage (like AWS S3 or Azure Blob) into Google’s storage or BigQuery. They also provide transfer appliances if needed. If you’re containerized, Google Anthos can help manage workloads across multiple clouds, easing migration for Kubernetes clusters.
Third-Party Migration Tools
There are vendor-neutral tools that specialize in cloud-to-cloud migration. For example, Carbonite Migrate (OpenText) allows live migration of workloads at the block level between different environments (like moving a VM from one cloud to another) with continuous replication. Zerto is another platform often used for disaster recovery that can replicate VMs and data between cloud providers in real time, which can double as a migration method. Rackware and CloudEndure (before AWS acquired it) are known for multi-cloud mobility as well. These third-party tools can be especially useful if you’re doing a large-scale migration and need advanced features like real-time sync, or if you want more control than the native cloud tools provide.
SaaS Data Migration Services
If your migration is more about moving data (files, databases) rather than full servers, there are specialized services. For instance, tools like CloudFuze or Mover.io (Microsoft) help migrate files from one cloud storage (e.g., Dropbox to Google Drive, or S3 to Azure Blob) including preserving file hierarchies and permissions. For databases, there are services like ShareGate (for SharePoint or Microsoft cloud data) or Talend for data migration pipelines. These can simplify transferring large data sets or specific cloud apps (like Office 365 to G Suite migrations, etc.).
Infrastructure as Code (IaC) & Orchestration Tools
While not migration tools per se, using IaC tools such as Terraform can greatly ease a cloud-to-cloud migration. You can write templates that describe your infrastructure in Cloud A, adjust them for Cloud B, and deploy those templates to create a mirror environment in the target cloud quickly. Similarly, container orchestration platforms like Kubernetes can enable portability; if your apps run in containers, you can deploy those containers on any cloud’s Kubernetes service (EKS, AKS, GKE, etc.) with minimal changes. This doesn’t automatically migrate data, but it makes application migration far simpler since the environment differences are abstracted away.
When choosing tools, consider the type of workload and your source/target clouds. Often, a combination of native cloud tools and third-party solutions works best. For example, you might use a third-party tool for VM replication but a cloud provider’s native service for database migration to their managed database. Always test the tools in a dry run to be comfortable with how they work. The good news is, with the right tools, cloud-to-cloud migrations can be largely automated – saving you time and reducing human error.
To ensure your cloud migration is both secure and fast, keep these best practices in mind:
Plan with Security First
Incorporate security checks at every stage of the migration. Before migrating, harden your source and target environments – for example, apply the principle of least privilege on accounts doing the migration, and use encryption on all data transfers. During migration, send data over secure connections (HTTPS, SFTP, VPN tunnels, or even a dedicated direct connect line between cloud providers if available). After migration, immediately verify that security groups, firewalls, and access controls in the new cloud are correctly configured. Remember that a fast migration is no good if it introduces vulnerabilities, so never cut corners on security.
Leverage Automation and Scripts
Automation is your friend for both speed and consistency. Use scripts or Infrastructure as Code to set up resources and to transfer data where possible. Automated processes can run faster than manual ones and are repeatable for multiple servers or data sets. For example, use a script to sync data buckets nightly leading up to the cutover, rather than doing it by hand. Automation also reduces mistakes – the same script that worked in testing can be used on production workloads. Just ensure your scripts are well-tested and include logging so you can monitor progress.
Minimize Downtime with Incremental Migration
If at all feasible, avoid a “big bang” cutover. A best practice is to do an initial full transfer of data in advance, then incremental updates. Most databases and storage support some form of replication – use that to keep the target up-to-date. When it’s time to switch, you only need to finalize the last small delta of changes, which can cut downtime to minutes or even seconds. Techniques like blue-green deployments can help: you set up the new environment (green), test it while the old (blue) is still live, then switch traffic over instantly. This approach makes the migration nearly invisible to end users.
Monitor Performance During Migration
Keep an eye on system performance and network throughput while migrating. You don’t want the migration itself to hog all your bandwidth or CPU and degrade your live systems. Use monitoring tools to watch network usage, disk I/O, and application performance on both the source and target. If you see bottlenecks, throttle back the migration tasks accordingly. Also, monitor the new environment as you bring it up – ensure response times, error rates, etc., are in line with expectations. Real-time monitoring will let you react quickly if something goes awry, keeping the migration on track and avoiding lengthy slowdowns.
Test, Test, Test (and Document)
Testing isn’t just for after everything is moved. Test at every stage. When you set up the target cloud, test that it’s configured correctly (security rules, connectivity). Do test migrations as mentioned earlier and simulate user activity on the new environment to catch issues. After the final migration, run all your regression tests or user acceptance tests. It’s far better to discover a problem now than after you’ve decommissioned the old system. Additionally, document what you tested and verified. That documentation provides assurance to stakeholders that everything was covered, and it becomes a runbook for future migrations or for disaster recovery plans.
Engage Cloud Experts or Partners
If your team is doing this for the first time, consider getting expert help. This could be consulting with the cloud provider’s solutions architects (many cloud vendors offer free assistance or well-documented best practices for migrating to their platform), or hiring a cloud migration service like Critical Cloud or another partner who specializes in migrations. Experts who do this routinely will have frameworks and checklists to ensure both security and speed. They can also help troubleshoot snags quickly. While this might add a bit of cost, it can save a lot of time and prevent costly mistakes, ultimately making the migration faster and more secure.
Ensure Post-Migration Security & Compliance Audits
Once the migration is complete, conduct a full security audit and compliance review on the new setup. This includes vulnerability scanning, verifying that all data is in expected locations, and that logs/monitoring are functioning. It’s a best practice to treat the immediate post-migration period as if you were onboarding a brand new environment – have your security team give it a green light. Also double-check cost settings and alerts (for a fast migration, you don’t want a surprise in the billing due to something left running). Essentially, close the loop by confirming that “faster and smarter” didn’t come at the expense of “safer.” If you find any issues, resolve them promptly and document the learnings for next time.
By following these best practices, you significantly increase your chances of a smooth cloud to cloud migration that doesn’t compromise on security or speed. It’s all about being proactive and methodical.
Before you embark on your cloud migration journey, use this quick checklist to ensure you’ve covered all the bases. This cloud-to-cloud migration checklist sums up the actionable steps and considerations:
Inventory All Assets: List out all servers, applications, databases, and data that you plan to migrate. Don’t forget things like DNS settings, certificates, or background jobs that might be running in the old cloud.
Define Success Criteria: Determine what a successful migration looks like (e.g., “Application X runs in Cloud B with response time < 200ms” or “No data loss during transfer”).
Backup Critical Data: Before migrating, take backups of databases and important data. Store them safely (possibly in a third location) so you have a point-in-time restore if needed.
Evaluate Security & Compliance Requirements: Ensure the target cloud meets your security standards and compliance needs. Obtain any necessary certifications or documents from the provider. Plan how you will secure data during transit.
Choose Migration Tools: Decide on the tools or services for each part of the migration (file transfer, database migration, VM replication, etc.). Test them on a small scale.
Prepare Target Environment: Set up networks, accounts, and services in the new cloud environment ahead of time. Use similar configurations or improved architectures as needed.
Plan Cutover and Downtime: Schedule the migration during a window that impacts users the least. Communicate this plan to stakeholders and customers if necessary (e.g., send a maintenance notice).
Test in Advance: Perform a trial run or pilot migration. Validate that applications work in the new cloud, and that data is accessible and correct.
Monitor During Migration: Keep dashboards or logs open to watch the health of systems during the switch. Be ready to address issues on the fly.
Post-Migration Audit: After moving, verify everything. Run tests on functionality, check data integrity, and ensure performance is as expected. Also double-check that nothing was left behind (or that left-behind systems are turned off if not needed).
Optimize and Clean Up: Fine-tune the new environment for cost and performance (adjust instance sizes, enable autoscaling, etc.). Decommission resources on the old cloud to avoid duplicate costs, and close any accounts or access that are no longer needed.
Update Documentation: Document the new architecture, update your disaster recovery plans with the new setup, and note any changes in procedures for the IT team. This will help operationally and for any future migrations.
Use this checklist as a guide before, during, and after your migration. Checking off these items will help ensure you haven’t missed an important step in achieving a smooth transition.
Q1: What is cloud-to-cloud migration and why would a company do it?
Cloud-to-cloud migration is the process of moving data, applications, or other business IT assets from one cloud platform to another. Companies do it to improve their setup – for example, to get better pricing, access new features, improve performance, or enhance reliability. In essence, if one cloud provider can serve a particular workload better than another, a business might migrate that workload to the better provider. It’s also done to avoid vendor lock-in by spreading services across multiple clouds or to meet compliance requirements (using a cloud in a specific region). The goal is to ensure the company’s cloud infrastructure is optimally aligned with its technical and business needs.
Q2: How long does a cloud-to-cloud migration take?
The duration of a cloud-to-cloud migration can vary widely depending on the size and complexity of what’s being moved. A small application with little data might be migrated over a weekend. A large enterprise migrating hundreds of servers and petabytes of data could take several months, planned in phases. Key factors include how much data needs transferring (data transfer can be time-consuming), how many interdependent systems are involved, and how much testing is required. Planning and executing in stages (and possibly running source and target in parallel for a while) can stretch the timeline but greatly reduce risk. It’s important to set a realistic schedule – some migrations are quick, but others are more of a marathon than a sprint.
Q3: What are the biggest challenges in cloud-to-cloud migration?
Some of the biggest challenges include ensuring data integrity (no loss or corruption of data in transit), minimizing downtime so that end-users aren’t impacted, and dealing with differences between cloud environments (for instance, an application might need adjustments to run on the new platform). Security is another major concern – migrating data between clouds must be done securely to prevent leaks. Additionally, cost management is a challenge: migrations can incur one-time costs and the target environment might have different cost structures to learn. Lastly, the learning curve for the new cloud (if your team is unfamiliar) can be a hurdle. Careful planning, using the right tools, and possibly getting expert help are common ways to overcome these challenges (as discussed in detail above).
Q4: Which tools can help with cloud-to-cloud migration?
There are many tools available to simplify cloud migrations:
The choice of tool depends on the specific migration scenario. Often, businesses will use a combination: perhaps a cloud provider’s tool for one part and a third-party solution for another. The right tools significantly reduce manual effort and risk during migration.
Q5: How can we ensure security and compliance during a cloud migration?
Ensuring security and compliance during a cloud-to-cloud migration comes down to diligence and using best practices:
Before migrating, assess the security of both source and target clouds. Make sure the target cloud meets any compliance certifications you need (such as GDPR, HIPAA, etc. relevant to your industry).
During migration, use encrypted connections for all data transfer. Many migration tools have built-in encryption – make sure it’s enabled. It’s also wise to limit who has access to the environments during this sensitive time (only essential personnel).
Maintain logs and audit trails of what is transferred and who performs actions. This is useful for compliance verification later.
After migration, run security scans on the new environment, and if you’re in a regulated industry, consider having a compliance officer or external auditor review the new setup to certify that nothing was overlooked.
Keep all security controls active – for example, if you remove data from the old cloud, ensure it’s securely wiped. In the new cloud, ensure things like identity management, network firewall rules, and data encryption at rest are properly configured from the get-go.
In short, treat the migration with the same level of security rigor as you would any production deployment. By following a checklist (like our security best practices mentioned earlier) and involving your security/compliance team from the start, you can move clouds confidently without violating any regulations or exposing data.
Moving Forward
Cloud-to-cloud migration might seem like a formidable project, but with the right approach, it can be executed faster, safer, and smarter. Businesses in 2025 are increasingly leveraging this strategy to stay competitive and innovative. If your company is considering a cloud migration, remember that preparation and expert guidance are key. You don’t have to navigate it alone – feel free to book a free cloud consultation call with our team at Critical Cloud. We’re here to help you craft a migration plan that fits your needs and to ensure a smooth transition with minimal disruption.
Embrace the change with confidence. A well-planned cloud to cloud migration can unlock new possibilities, from cutting costs to boosting performance. In the rapidly evolving digital landscape, smart cloud adoption is a powerful enabler for growth.