Are you thinking about AWS Migration, and moving on-premise projects to the cloud?
But don’t know where to start and how to go about it?
In this post, I am going to guide you through the AWS and AWS Migration.
What is AWS?
AWS or Amazon Web Services is one of the most popular cloud platforms, with over 175 web services with data centers across the globe. Millions of customers, ranging from fastest growing enterprises, large corporations, and government agencies, to medium business owners, are using the AWS.
AWS is a cloud service provided by Amazon, and it is easy to use, scalable, and customizable, and innovative.
More and more businesses are moving to the cloud, and the AWS is a leading cloud platform.
What is AWS Migration?
AWS Migration is the process of moving data, applications, or other business components from an organization’s on-premises infrastructure to the cloud, or moving them from one cloud service to another.
2.5x quintillion new bytes of data generated each day.
With so much data around, cloud migration is an ideal solution today.
Business is no easy task when it comes to handling situations like security, scaling up or down, etc. Let’s look at a few scenarios where AWS Migration could be a better resort.
Need for Migration
According to recent stats, it is estimated that by 2023, more than 1/3rd of the data will pass through the cloud. Well, it would be better to learn swimming than to sink.
There are many reason to move migrate to the cloud.
- The website/application has started getting a high volume of traffic
- For fast application implementation and deployment
- Modernize current IT asset base
- Prepare for future needs
- Lower infrastructure costs
- Increase Business Agility
- Disaster Recovery
How to Migrate On-Premise Server to AWS Cloud?
Migrating your existing applications to the AWS Cloud involves 3 steps:
- Before AWS Migration
- During AWS Migration
- After AWS Migration
Before AWS Migration Stage
1. The goal of migration to Cloud
Goal 1: My business is growing, and my site usually goes down because of high-traffic, what should I go for?
Ans: Public or Private cloud
Goal 2: I have made enough investments for on-premises storage; how can I get the best of Cloud alongside?
2. Staff Training
It is essential to train the staff early in the process. This will help you with:
- Smoother transition
- Easier to dissipate FUD and break down barriers since you have more knowledgeable internal teams.
Make sure this step takes place before you make organization-wide decisions on the improvising your IT asset.
You May Also Like: Migrating from t1.micro to t2.micro in AWS
3. Selecting Right Partners
Well, if you have the right partners for managed aws by your side, the journey will be smoother and more effective. But how to find your AWS soulmate?
- Look for the ones having the technical expertise and good experience in migrating to AWS.
- Experts are having the right project management framework and agile methodology.
- Check on if your cloud partner can help facilitate the operational model you plan on adopting. Since the AWS certified partners have the right expertise to assist in hassle-free migration.
During Migrating to AWS
Before further moving to how of the cloud migration process, here’s a formula suggested by AWS to determine how much data can be transferred and how fast.
Number of Days = (Total Bytes)/(Megabits per second * 125 * 1000 * Network Utilization * 60 seconds * 60 minutes * 24 hours)
AWS Migration: 5 Cloud Migration Steps
Following are the 5 AWS Migration steps:
- Planning and Assessment
- Migration Tools
- AWS Cloud Storage Options
- Migration Strategies
- Application Migration Options
1. Planning and Assessment
The planning and assessment phase is divided into:
- Financial Assessment
- Security & Compliance Assessment
- Technical and Functional assessment
1.1 Financial Assessment
Before deciding on-prem to cloud migration, you need to estimate the cost of moving data to the AWS cloud. A careful and detailed analysis is required to weigh the financial considerations of on-premises center versus employing a cloud-based infrastructure.
P.S. You also need to evaluate the on-premises costs which include server cost, storage cost, network cost, and IT labor costs.
1.2 Security and Compliance Assessment
If you are wondering about:
- Overall risk tolerance
- Main concerns around availability, durability, and confidentiality of your data.
- Security threats
- Options available to retrieve all data back from the cloud
Then it is better to involve your security advisers and auditors early in this process. Since data security is a challenging task, therefore, you must understand your threats, risks, and based on that classify the data into different categories. This will help you know which datasets to move to the cloud and which ones to keep in-house.
You Can’t-Miss: DigitalOcean vs. AWS EC2
1.3 Technical and Functional Assessment
Assessing the need to understand which applications are more suited to the cloud strategically and architecturally. This helps you decide:
- Which application/data to move into the cloud first?
- Which data to transfer later?
- Which applications should remain in-house?
Questions you should ask yourself before moving data into the cloud:
- Which apps should the business move to the cloud first?
- Can we reuse our existing resource management and configuration tools?
- How can we get rid of support contracts for hardware, software, and network?
- Does the cloud provide all of the infrastructure building blocks we require?
2. AWS Migration Tools
There are physical limitations when it comes to migrating data from on-premises locations into the cloud. That’s where migration tools come to rescue. The following tools will help you move data through roads, networks, and technology partners.
Detailed Guide: AWS migration tools and Services
2.1 Unmanaged Cloud Data Migration Tools
If you need easy, one-and-done methods to transfer data at small scales, go for the following tools:
- Glacier command line interface- On-premises data → Glacier vaults
- S3 command line interface- Write commands → Data moves directly into S3 buckets
- Rsync- Open source tool combined with 3rd party file system tools. Copy data directly → S3 buckets
2.2 Amazon Managed Cloud Data Migration tools
Based on optimizing or replacing the internet and friendly interfaces to S3, there are the following tools you can leverage:
A. Optimizing or Replacing the Internet
Ideal for moving data lakes, extensive archives and more.
|Ideal for||Data Migration Tool to Be Used|
|1.||Migrate petabytes of data in batches to the cloud||AWS Import/Export Snowball|
|2.||Migrate exabytes of data in batches to the cloud||AWS Snowmobile|
|3.||Connect directly into an AWS regional data center||AWS Direct Connect|
|4.||Migrate recurring jobs (with incremental changes over long distances)||Amazon S3 Transfer Acceleration|
B. Friendly Interfaces to S3
Makes it simple to use S3 with existing native applications. Helps you to integrate existing process flows like recovery, backup, etc.
|Ideal for||Data Migration Tool to Be Used|
|1.||Push backups or archives to the cloud with least disruption||Technology Partnerships|
|2.||Cache data locally in a hybrid model||Gateways (AWS or Partner)|
|3.||Collect and ingest multiple streaming data sources||Amazon Kinesis Firehose|
|4.||Migrate petabytes of data in batches + apply onboard storage + compute capabilities||AWS Snowball Edge|
3. Various Storage Options Available in the AWS Cloud
Decide which storage option is feasible for you based on:
- Latency performance (response time),
- Size of the object stored (large, small),
- Consistency (eventual, strict),
- Relational (SQL joins)
- Update Frequency
Which Storage Option to Use?
4. 2 Major Strategies for AWS Migration
Here are two strategies that will help you move part of or an entire system to the cloud without disrupting the current business:
1. Forklift Migration Strategy
Self-contained applications, tightly coupled applications, or stateless applications might be better served by this approach. “Pick it all up at once and move it to the cloud” approach.
- Shrinking IT infrastructure footprint: Using this approach for specific application types, you have to worry less about the IT infrastructure.
- Focus on Other Important Resources: With this approach, you will be able to focus on your core and differentiating resources to be ahead of the competition.
- Might not be able to take immediate advantage of scalability and elasticity of the cloud
2. Hybrid Migration Strategy
Considering some parts of an application and moving them to the cloud while leaving other parts of the application in place. Ideal for large systems involving several applications.
- Low-risk approach to the migration of applications to the cloud.
- Parts can be moved and optimized one at a time.
- Reduced risk of unexpected behavior after migration.
Configuring and Creating AMI
- AMI provides the information needed to launch an instance. This is provided by AWS or solution provider.
- You will need to create an AMI for each component designed to run in a separate Amazon EC2 instance.
- Create an automated or semi-automated deployment process to reduce efforts and time.
- Think of a process for configuration management to ensure your servers running in the cloud are included in your process.
5. Application Migration Options
Well… here are some appropriate application migration options available:
1. Live Migration
The process of moving a running application from physical machines to cloud without disconnecting the application. Memory, network connectivity, and storage of the virtual machine are replicated from the physical device to cloud.
2. Host Cloning
It is cloning the Operating System image and typically one-time migration.
3. Data Migration
Synchronizing the data between computer storage types or file formats to the cloud. The data is selectively pushed to AWS Cloud.
4. App Containerization
An OS-level virtualization method for deploying and running distributed applications.
5. VM Conversion
Converts Virtual Machine Disk (VMDK) into AWS recognizable format. The data is transferred via API.
The level of Efforts Required with Each Migration Method:
Post AWS Migration Stage
1. Leveraging the Cloud
After migrating your application, don’t forget to run the necessary tests, and confirm everything is in place. Invest time and resources to explore the additional benefits of the AWS cloud. You must:
- Leverage AWS Enterprise Support
- Leverage other AWS services like Auto Scaling Service, Amazon CloudFront, and Amazon Elastic MapReduce.
2. Monitor and Optimize
Understand → Monitor → Examine → Observe
Follow this to know your load patterns and manage the cloud environment more effectively. Since AWS charges only for the infrastructure (having utility pricing structure) that has been used, you can cut cost here by optimizing your systems.
You May Also Like: Plesk vs. cPanel
3. Use Cloud Monitoring Tools
There are various tools available that help in application-level insights and monitoring on AWS. Some of them are:
- New Relic
- AWS CloudWatch Logs
Frequently Asked Questions (FAQs)
Is Cloud Secure?
49% of IT decision-makers admitted they are ‘very or extremely anxious’ about the security implications of cloud services. There is a lot of myths surrounding to cloud security. Undoubtedly, without the right amount of planning and advanced technology, cloud-based platforms are as risky as your existing enterprise systems.
Must Read: Why Google is Forcing You To Have SSL Certificates
How does the cloud work with my existing on-premise investments?
If you already have made on-premise investments, you can still work in a hybrid cloud model.
Challenges Faced In AWS Migration
Some of the challenges faced by the companies while AWS migration is:
- Lack of details and scope concerning security, operating system, compliance, etc
- Limited or no accurate tools for discovery and process
- Lack of application contexts/ info
- Similar data storages/limited CMDB
- Inaccurate on-premises cost
These challenges lead to increased costs, longer time to value, and inaction. Therefore, it becomes crucial to do a detailed analysis of the business needs and available options.
Factors Influencing a Successful Migration
- The complexity of Application Architecture
- How loosely coupled your application is?
- Efforts Required: how much effort you are willing to put into migration
Also Read: How to Install Magento on AWS?
In this post, I mentioned all the vital things related to the AWS migration.
I hope this article helps you.
But migrating to AWS is not something that you should be doing yourselves if you don’t have much technical knowledge. The process requires expertise and time, so everything could go well.
We at ServerGuy manage AWS for many clients.
Talk to our experts to analyze your needs or managed aws, and we will handle the rest of the things for you!
28 thoughts on “AWS Migration in 5 Easy Steps (Move on to Cloud in 2023)”
detailed post on AWS migration, thanks for the share.
Excellent and well written.
Great Article ..!!
This is definitely helpful for people who are looking for migrating their application from on premises to AWS cloud.
what about aws SMS and aws DMS?
Thanks for post, I am looking for Window/Linux VM migration from on premises to AWS.
All steps involve for migrating any VM to AWS.
Excellent description and very understandable.
Thank you Sahil for compiling this awesome post. I really liked reading the stuff. However, I am not so sure if it works in my case. Actually, I have availed the managed DigitalOcean web server which is powered by cloudways.com/en/digital-ocean-cloud-hosting.php instead of the conventional one and you have compiled your whole post around the migration of unmanaged server.
So, what do you think should I be doing for the migration of my server.
Definitely its a wonderful article. I am new to AWS Cloud. I want to gain knowledge in migration.Assuming my applicaiton is JAVA based Database as SQL Server. Now if i want to migrate this application at a very low level, i understand a DB at cloud is needed, an Elastic Beanstalk to deploy .war file, Route 53 a DNS. In my code i should provide DB end point reference to communicate to the AWS Cloud DB. Now my big question is if this application is moved to cloud, where do we keep the source code of this application? Do we still maintain source code in legacy system and as and when a new release is happened, compile and build the package and then deploy .war file to the AWS EBS and users would get the changes. Thanks to provide your inputs. If we store code in AWS cloud, do we move the code to AWS Eclipse tool kit or etc.
Appreciating the persistence you put into this article and detailed information you provide.
Thank You so much for this article.
Awesome, Really a good post for basic know-how and plan towards cloud migration strategy
I am glad that this post helps you in your AWS Infrastructure Migration.
Insightful detail which covered almost all the components required for migration.
Superb work mate.. God bless you!!
Ossom Article, and it helped me to understand the different ways of migration, what to select and what not to select, Management and data security. Really Interesting. Also Please help us to post more and more on data migration.. 🙂
A quick query here.. If I have 100 applications with all kinds of inter-dependencies, how would you categorize which application is cloud native and which one is not. and once categorized, how are the dependency’s resolved and a migration path is set.
Actually one more.. I always hear “Lift and Shift” .. Practically how is this achieved in the cloud. I am pretty sure AWS will not allow me to Install my old Vintage h/w in their AZs.
Apologies for this, one last .. What are the best tools available in the market to “Design a Hybrid Cloud or AWS or Azure” in terms of Solution Providing (I can only think of Microsoft Visio and use stencils). Are there any tools which based on the design will give out the monthly cost ?
Wonderful article with lot of detailed information and examples, thank you for sharing this data.
Very useful post for the beginners like me thanks..
WOWWW.!! i found great migration article. Rally thanks a lot for sharing such clear info.
Thank you Sudhakar.
I hope it helped you in migrating to cloud.
Could you please post similar for Azure data migration. Thanks in advance
Thanks it is a wonderful post. It is certainly a great migration post i have ever come across. Can you suggest some video tutorials where i can see migration as a demo?
Thank you Pratik.
I’m afraid there are no video tutorials at the moment, but its a great idea. Lets see if we can come up with a few videos on AWS migration.
It has been simply incredibly generous with you to provide openly what exactly many individuals would’ve marketed for an eBook to end up making some cash for their end, primarily given that you could have tried it in the event you wanted.
Thank you Sachin.
We’re continuously experimenting with cloud technologies and passing our experience & knowledge via blog.
Your kind words are much appreciated 🙂
A great and detailed post Indeed. Thanks much:)
Thank you, Priya 🙂
Amazing post. Having an in depth knowledge regarding AWS cloud migration is very essential today.Here you presented it very interestingly and mentioned every aspect. Thanks a lot for sharing.
Thanks, I hope it helped you in migration.
Our data platform is moving to the AWS. We are doing a lift and shift of current tools and systems like Vertica, Tidal scheduling, Hive, Spark etc. Analysts & Data Scientists have over 500 scripts, 400 jobs
scheduled to run these scripts and 200+ Tableau dashboards.
How analysts migrate the scripts and scheduled jobs in an efficient &
automated way? I am looking for the approach
Please let me know