

Find out in this report how the two Operating Systems (OS) for Business solutions compare in terms of features, pricing, service and support, easy of deployment, and ROI.
With Amazon Linux, selecting and launching instances on a public cloud provider means the machine spins up in fewer than ten seconds, making it efficient.
By switching the compute fleet from a paid distribution to Amazon Linux, we have reduced our OS-related overhead cost by 100%.
Some wins commonly seen after switching, particularly when moving from general-purpose distributions such as Ubuntu, include approximately twenty to forty percent better price-performance ratio.
The audit trail MySQL provided also meant zero untracked data losses in production.
I have seen a return on investment with MySQL on Ubuntu because I can say that everything we can do here is save money and time, and even we are using a small number of team to handle it.
I have indeed seen a return on investment, particularly in time saved, as using MySQL on Ubuntu has proven to be 15 to 20% quicker than building a Postgres database.
Amazon has the best expertise and they are available 24/7.
Timely and helpful responses for performance, updates, or AWS integration issues.
It offers specific advantages and constraints depending on the use case.
I used AWS support, and they are very quick to respond.
Whenever we can, we call the support and they fix the problem right away.
GitHub Copilot provides substantial information that helps when encountering errors.
Since it is tightly integrated with AWS services, I can easily scale instances up or down based on demand using EC2 auto-scaling and load balancing.
The compatibility of container scalability with Amazon ECS and Amazon EKS, along with performance optimizations and low latency for workloads.
The beauty here is that we can scale it immediately, which also saves cost.
When running on EC2 instances, for example, I can scale it from zero to 10,000 machines or even higher.
Clustering is useful because that helps with high availability and scalability.
MySQL on Ubuntu provides excellent reliability for scalability needs.
Combined with AWS managed infrastructure, it provides enterprise-grade reliability suitable for production workloads.
Since it is purpose-built for the cloud, it lacks the bloat of traditional desktop-focused distributions, which leads to fewer crashes and higher uptime.
Compared to other Linux distributions, Amazon Linux is significantly more stable for AWS workloads because it is pre-optimized for EC2 hypervisor and includes integrated AWS tools out of the box.
MySQL on Ubuntu uses the InnoDB engine, which has ACID properties integrated.
In real-world production use, it has been consistently proven across startups, mid-sized companies, and large organizations as well.
MySQL on Ubuntu is stable; both the MySQL component and the Ubuntu component are very stable, popular, and actively maintained.
Documentation explaining the differences between Ubuntu and Amazon Linux would be valuable.
Since we are working in a real-time manner and need to scale things immediately, the time it takes to boot an instance and then deploy things is preventing me from giving it a perfect rating.
My advice for others looking into using Amazon Linux is to make sure the command line is easy and that Amazon Linux has more performance than other Linux environments and is more secure than other Linux environments as well.
Scaling out is much harder to do. Even though a master-slave setup can help maintain a real-time backup or offload queries, achieving true horizontal scaling with numerous nodes at once can be tricky with MySQL on Ubuntu.
A more self-tuning approach to index optimization and query execution would reduce that burden, particularly for teams that focus more on application logic than database administration.
The only area where I would say I have seen potential for improvement is occasional slowness, but I cannot really attribute it to the product; it could also be the design of the database and the queries.
With Amazon Linux itself, there is no cost associated with using it, so I would say it is very good from a pricing perspective.
If I am a new AWS customer, the AWS Free Tier typically includes, for the first six months, micro instances such as t2.micro or t3.micro for free.
I am paying around $300 to $400 per month because I use many services.
Since MySQL on Ubuntu is quite lean, it results in low operational costs, making it favorable from a pricing perspective.
We can reduce licensing cost saving with MySQL on Ubuntu because there is no cost.
Amazon Linux handles this automatically. It is optimized for EC2, AWS hardware and software, mostly secure and stable, and there is no additional cost.
In terms of service security, there are many constraint security protocols and policies that help me create our own networks, security groups, and inline policies.
Amazon Linux's security updates have been helpful in general because I have had to be more specific in using the Identity Access Management (IAM) service so that we can have role-based permissions in preference to just keeping it open.
It extends with volume very well. Most RDBMS don't scale very well, but this one scales very well and has been very reliable and highly available.
By putting it in MySQL on Ubuntu, even if the node went down, the database would come back up.
Since our EC2 instance is deployed in a virtual private network with MySQL on Ubuntu installed, it is protected from unauthorized access and use, and we have also encrypted the data in MySQL.
| Product | Mindshare (%) |
|---|---|
| Amazon Linux | 1.2% |
| MySQL on Ubuntu | 0.2% |
| Other | 98.6% |


| Company Size | Count |
|---|---|
| Small Business | 20 |
| Midsize Enterprise | 14 |
| Large Enterprise | 19 |
| Company Size | Count |
|---|---|
| Small Business | 8 |
| Midsize Enterprise | 2 |
| Large Enterprise | 6 |
Amazon Linux is a secure and stable distribution for cloud environments, optimized for AWS performance. It is widely adopted by developers seeking minimal disruption in deployment and management, offering a seamless operational experience.
Developed by Amazon Web Services, Amazon Linux provides an environment streamlined for performance on AWS infrastructure. By offering long-term support and regular security updates, it ensures crucial security and reliability. It is tailored to enhance cloud-centric application development, making it a preferred choice for developers needing efficient resource management. Its compatibility with a wide range of AWS tools and services makes it highly adaptable for cloud-native solutions.
What are the key features of Amazon Linux?In industries such as finance and healthcare, Amazon Linux is used to develop cloud applications that require secure data handling and robust performance. Media companies appreciate its flexibility and speed in managing high-demand scenarios, ensuring scalable content delivery and reliable performance.
MySQL on Ubuntu offers a reliable, scalable, and high-performance database management environment. Known for its efficient installation and robust community support, it boosts application performance while securely handling data and reducing costs due to its open-source nature.
MySQL on Ubuntu provides a powerful solution for database management needs, offering high availability and improved data management processes. It supports web and backend applications through strong security and role-based access, enhancing performance with fast queries. While seen as reliable, areas like performance, security, and analytics query capability require attention. Auto-tuning and easier cluster setups are necessary improvements, and concerns around Oracle's involvement prompt considerations of alternatives like MariaDB. Nevertheless, the integration with technologies like AWS, Python, and Docker facilitates effortless deployment and data consistency.
What are the key features of MySQL on Ubuntu?MySQL on Ubuntu is widely implemented in industries like e-commerce, education, finance, and tech. It supports database management for e-commerce platforms, faculty management systems, credit analysis, transactional applications, and workforce analytics. Its role in automation and user event tracking is significant, especially when embedding in WordPress sites and end-user apps for managing user accounts, transactions, and historical data.
We monitor all Operating Systems (OS) for Business reviews to prevent fraudulent reviews and keep review quality high. We do not post reviews by company employees or direct competitors. We validate each review for authenticity via cross-reference with LinkedIn, and personal follow-up with the reviewer when necessary.