Oracle Linux 7 | Support by SupportedImages Reviews

For Oracle Linux 7 | Support by SupportedImages day-to-day use cases, I use it for server health checks, disk and file management, user and access management, server management, patching and package management, and performance troubleshooting.

I commonly face challenges such as file systems reaching 90 to 100% utilization, which may lead to P1 or P2 incidents. I also encounter high CPU or memory utilization and server or SSH connectivity issues. Applications and services are not running or not starting due to patching issues and vulnerability remediations, including security scans identifying vulnerable RPMs and configuration issues.

One common challenge I faced was high file system utilization. In one scenario, the file system crossed the monitoring threshold. I first used `df -h` to identify the affected file system, and then I used `du` to find which directories were consuming more space. I checked old logs or temporary files that could be safely removed or moved. If cleanup was not sufficient, I checked the volume group for available space using `vgs` and reviewed the logical volumes using `lvs`. Based on the requirement and the support I received from the client, I extended the file system through the approved change process. I also monitored the server to ensure affected storage utilization returned to a normal level.

Oracle Linux 7 | Support by SupportedImages is cost-effective and efficient for my organization because it provides a stable enterprise Linux platform for running critical applications while allowing me to use familiar RHEL-compatible administration tools and processes. It is cost-effective because it provides an enterprise-grade Linux platform, and it is operationally efficient as it allows tools like YUM, Systemd, and LVM to help me manage patching, services, and storage with less administrative effort. This may lead to cost savings.

One area where I have improved cost efficiency is through proactive file system management and automation. Instead of waiting for file systems to become full and cause application outages, I monitor utilization, clean, or rotate unnecessary logs. When additional capacity is required, I use LVM to extend the file system. This reduces manual troubleshooting effort and avoids unnecessary storage allocation, helping prevent downtime. I also automate repetitive health checks, which saves engineer time across multiple servers.

For Oracle Linux 7 | Support by SupportedImages, the best features include enterprise stability, which is designed for long-running enterprise workloads on production servers. It also features RHEL compatibility, as Oracle Linux 7 is largely compatible with Red Hat Enterprise Linux 7, allowing standard RHEL administration skills to transfer well. Oracle provides the UEK, which stands for Unbreakable Enterprise Kernel, an alternative kernel optimized for enterprise and Oracle workloads. Systemd service management makes it easy to manage service administrations.

It provides YUM or RPM package management, supports LVM, and includes OS-level security controls like SELinux and firewalld. Additionally, it features strong Oracle ecosystem integration, commonly suited to environments running Oracle database and other Oracle software. The features I find useful are its stability, RHEL compatibility, UEK kernel, YUM package management, Systemd service management, and LVM storage management.

My favorite feature is LVM because it saves time when handling file system space issues. For example, if `/var` is running out of space, instead of rebuilding the file system, I can check available space in the volume group and extend the logical volume online. This is especially useful during production incidents where I need to restore available capacity quickly.

One improvement area I identified is reducing manual operational work, such as health checks, file system monitoring, log cleanup, and path validation.

I rated Oracle Linux 7 | Support by SupportedImages 8 out of 10 because I need improvements in automation.

I recommend several important improvements. I would suggest moving new builds to Oracle Linux 8 or 9 and avoiding creating new long-term workloads on Oracle Linux 7. I should keep Oracle Linux 7 mainly for existing legacy applications while migration is planned. Another improvement I recommend is modernizing Oracle Linux 7 image lifecycle by not creating new Oracle Linux 7 workloads. I would standardize hardened golden images, automate patching and vulnerability scanning, and migrate applications towards Oracle Linux 8 or 9. For existing Oracle Linux 7 systems, I should maintain an accurate inventory and ensure extended support updates are being applied. This improves security, reliability, governance, and reduces operational effort.

I have been using Oracle Linux 7 | Support by SupportedImages for two years, mainly for server administration, patching, application support, storage management, access management, and production incident troubleshooting.

I can face downtime with Oracle Linux 7 | Support by SupportedImages mainly during kernel patching and reboot activities. When I update the image, it introduces compatibility issues. To minimize this, I validate the image in a non-production environment.

Oracle Linux 7 | Support by SupportedImages provides good scalability because I can maintain a standardized golden image and provision multiple servers quickly using automation. However, the limitation is that Oracle Linux 7 is now a legacy platform, so scaling more workloads increases patching, security, support, and lifecycle management overhead. My recommendation is to maintain Oracle Linux 7 images only for applications that still require them, while moving new deployments to standard Oracle Linux 8 or 9 images and utilizing automation for provisioning and configuration.

Oracle Linux 7 | Support by SupportedImages has good customer support. I have a platform where I raise tickets, and the technical team from Oracle Linux 7 | Support by SupportedImages contacts me and resolves the issues I face. I would rate customer support 10 out of 10.

Assume I am managing 100 Linux servers. A manual health check takes about 15 minutes per server before automation, which totals 100 multiplied by 15 minutes, equaling 25 engineering hours per cycle. After using Ansible scripts or similar tools, it takes only 5 hours, saving time.

I measure cost savings using tangible metrics such as engineer hours saved, number of servers decommissioned, storage reclaimed, patching efforts reduced, incident reduction, and avoided downtime. For example, if automation reduces routine Linux health checks by 20 engineer hours per week, that represents roughly 1,040 hours of capacity saved annually. I convert those hours into financial value using my organization's loaded labor rate, giving management measurable ROI, rather than simply stating that automation improved efficiency.

For a server requiring one physical CPU per subscription, the published annual support list price is approximately $699 per year for basic support. For premium support, it is $1,390 per year. From a cost perspective, Oracle Linux can be attractive because I need operational enterprise support subscriptions. The major ongoing costs come from infrastructure, support level, storage, monitoring, and administration.

Extended support can increase costs for older Linux 7 workloads, so migrating suitable workloads to a newer Oracle Linux version can reduce legacy support overhead while improving security and maintainability.

If I want to support other options, I would consider Oracle Linux 8 or 9.

I would rate Oracle Linux 7 | Support by SupportedImages 8 out of 10.

Regarding AI capabilities for Oracle Linux 7 | Support by SupportedImages, AI can sit above the OS level. Modern examples include log analysis and anomaly detection, and predictive CPU, memory, and disk alerts. I would not describe AI as a native operating system feature. Instead, I use AI for log analysis, anomaly detection, incident summarization, capacity prediction, and troubleshooting assistance. From a governance perspective, AI should follow RBAC, so data security controls, audit logging, and human approval are essential. For example, AI could identify a file system likely to run out of space and recommend an LVM expansion, but the actual production change should still go through engineer validation and the approved change management process.

For AI in Linux operations, accuracy and reliability are very important. I would not directly execute an AI-generated recommendation in production. I would validate it against real-time server data and logs first. AI can assist with anomaly detection, log analysis, capacity forecasting, and troubleshooting recommendations, but production actions should remain under human validation and change management control. This allows me to gain efficiency from AI without compromising system reliability or governance.

Oracle Linux 7 | Support by SupportedImages can be run in all three models: on-premises, private, and public cloud. I primarily work with Oracle Linux 7 | Support by SupportedImages in on-premises and virtual enterprise environments.

My responsibilities include overall operations like patching, file system, LVM management, and user access. Oracle Linux 7 | Support by SupportedImages can also be deployed in public and private cloud environments, but in my organization, I use on-premises. I have worked with it mainly from an infrastructure operations perspective. My day-to-day activities include monitoring file systems, LVM administration, patching, access management, and vulnerability remediation.

As an Oracle DBA, my main use case for Oracle Linux 7 | Support by SupportedImages is hosting enterprise Oracle database environments and supporting critical business applications, specifically Oracle E-Business Suite. For example, I use Oracle Linux 7 | Support by SupportedImages to host production Oracle Database 19c instances, relying on its stability, compatibility with Oracle products, and prerequisite packages that are ready in Oracle Linux 7, along with performance for database operations, backup and recovery, and application connectivity.

I use Oracle Linux 7 | Support by SupportedImages daily because it hosts critical database and application workloads, and it has helped me maintain availability during routine security patching and system maintenance. For example, using Ksplice to apply supported kernel updates without requiring an immediate reboot can reduce planned downtime and avoid unnecessary disruption to database services, although I still schedule maintenance when required.

Oracle Linux 7 | Support by SupportedImages has positively impacted my organization by improving operational efficiency, deployment consistency, and reducing administrative overhead. Using standardized Oracle Linux 7 | Support by SupportedImages images helps me provision servers faster, maintain consistent configurations across environments, and reduce manual installation errors. From a DBA perspective, this provides a more predictable infrastructure for Oracle Database workloads and simplifies troubleshooting and maintenance. I haven't established specific, quantified metrics, but the improvements in deployment time, operational consistency, and maintenance efforts are noticeable.

Based on my operational experience as an Oracle database administrator, I estimate approximately a 20 to 30 percentage time saving in server provisioning when using standardized, pre-configured Oracle Linux 7 | Support by SupportedImages images compared with manual installation and configuration. For maintenance, standardized configurations and centralized package management also reduce repetitive administrative tasks, and these are rough operational estimates rather than figures measured through formal tracking.

Oracle Linux 7 | Support by SupportedImages provides a stable and reliable operating system foundation for my critical business applications, and its compatibility with Oracle Database and middleware products is practically important. One feature that stands out is Ksplice, which allows me to apply certain kernel security updates without rebooting the server, helping to minimize downtime, decrease my efforts, and maintain service availability, especially for production database environments.

The key features I value most in Oracle Linux 7 | Support by SupportedImages are Ksplice, which allows applying kernel security updates without rebooting, excellent integration with Oracle products such as Oracle Database, WebLogic, and Oracle Business Suite, optimized kernel and system libraries for enterprise workloads, amazing security features such as SE-Linux, regular security patches, and enterprise security capability. Additionally, it is a very stable version, ensuring reliable performance for mission-critical production environments, and I appreciate its management tools, which include standard Linux administration utilities that simplify monitoring and system management. Additionally, having preconfigured Oracle Linux 7 | Support by SupportedImages images through SupportedImages can simplify deployment and reduce initial provisioning efforts.

From an administration perspective, I appreciate the flexibility of Oracle Linux 7 | Support by SupportedImages management tools, particularly yum for package management, systemctl for service management, and Cockpit for monitoring and basic system administration. Regarding provisioning, having standardized and pre-configured images simplifies server deployment, ensures consistency across environments, and reduces installation time. For a production environment, I would also emphasize the importance of configuration standardization, security hardening, and automated patch management.

I suggest improving Oracle Linux 7 | Support by SupportedImages by implementing faster support response time, especially for critical production incidents, and providing clearer lifecycle guidance and better communication about security updates, support timelines, and migration recommendations. I also need more frequent image updates, providing regularly updated images with the latest security patches. Additionally, better documentation, including detailed deployment, troubleshooting, and hardening guides would be valuable, along with more integration with configuration management tools such as Ansible and automated patch solutions.

I believe Oracle Linux 7 | Support by SupportedImages is the most used version in Oracle Linux, and I have been working with it for several years, primarily in an enterprise database environment, supporting Oracle database and Oracle E-Business Suite and other products. My experience includes installation, administration, patching, troubleshooting, performance monitoring, and maintaining production systems.

Oracle Linux 7 | Support by SupportedImages is stable.

Oracle Linux 7 | Support by SupportedImages is scalable, as it scales well for an enterprise environment, allowing the use of standardized images to deploy multiple servers consistently across development, testing, and production environments. From a DBA perspective, it supports scaling the database infrastructure by allowing me to provision additional database servers with a consistent OS configuration.

I did not deal with customer support myself for Oracle Linux 7 | Support by SupportedImages; however, I believe the system admin used it, and we did not open any tickets because it has not caused any problems or issues for us, reflecting its very stable version.

Regarding the operating system, I previously dealt with Solaris, but I believe Oracle Linux 7 | Support by SupportedImages is a much better operating system because it combines ease of use with strong security.

Oracle Linux 7 | Support by SupportedImages is a really great version, offering many extra features compared to Oracle Linux 6 or before, and my overall experience with it has been positive. It provides a stable, secure, and reliable platform for enterprise Oracle environments, and I appreciate its compatibility with Oracle Database, its performance, and the available support options. My main recommendation would be to maintain regular patching, proactive monitoring, and a clear upgrade strategy, especially considering Oracle Linux 7's lifecycle and the importance of moving to a supported new version.

I rate Oracle Linux 7 | Support by SupportedImages an 8 out of 10.

I rate it an 8 out of 10 because I believe the support for a newer version should be a higher level of support, and possibly the support team considers this version somewhat a legacy version.

I can advise others looking into using Oracle Linux 7 | Support by SupportedImages that it is a very stable version, tested among the world in many enterprise companies, so they can use it safely.

I use Oracle Linux 7 | Support by SupportedImages for different purposes. The primary purpose is as an operating system. Currently, I deploy it on AWS cloud.

The best features of Oracle Linux 7 | Support by SupportedImages include stability, reliability, security, and the fact that it is free and open source.

I assess the Unbreakable Enterprise Kernel as having a major impact on performance. If I change the kernel and it crashes, it impacts performance at the OS level, and I can find out information in the OS log file and then resolve it.

Regarding Ksplice for kernel updates, my security policy indicates that I believe it is necessary to use a firewall. I believe Oracle Linux 7 | Support by SupportedImages is secure. Compared to other operating systems like Windows and Ubuntu, which are not secure, Oracle Linux 7 | Support by SupportedImages is secure. The Linux release date established Red Hat 4 in 1989. Then in 1992, we had Red Hat 5, Oracle Linux 5 in 1996, and Oracle Linux 6. After one or two years, new Linux products are released every one or two hours. The current Oracle Linux 7 | Support by SupportedImages I am running is Oracle Linux 9, the latest version.

My thoughts on the integration with Oracle database solutions involve evaluation at the database level regarding security policy and additional factors. The security policies for Oracle Linux 7 | Support by SupportedImages ensure that the solution is secure, attached at the database level and at the OS level, making everything feasible.

There are areas in Oracle Linux 7 | Support by SupportedImages that have room for improvement. The improvements should occur step-by-step. First is the OS, then hardware, followed by the network, third is the database, and lastly, other applications.

To optimize Oracle Linux 7 | Support by SupportedImages, I first check the operating system. If there are any installation issues with the OS, I resolve those first before addressing other databases and applications.

Areas that should be improved in Oracle Linux 7 | Support by SupportedImages include the product Oracle database 19c, the latest Apex application version, WebLogic's latest version, and deployments from EBS release R 12.2.4 to 12.2.10. These can be easily handled on Oracle Linux 7 | Support by SupportedImages.

I have been using Oracle Linux 7 | Support by SupportedImages for almost 19 years.

I rate the stability of Oracle Linux 7 | Support by SupportedImages at 100 percent.

I rate the technical support as depending on the issue, giving it a nine out of ten.

I have deployed Oracle Linux 7 | Support by SupportedImages on cloud, specifically on AWS and Azure. Both clouds allow for easy deployment and management of Oracle Linux 7 | Support by SupportedImages.

I can confirm that it is straightforward to deploy any product on Oracle Linux 7 | Support by SupportedImages. In terms of deployment time, it does not take one week, two weeks, or one month. It actually takes two or three days.

I would recommend Oracle Linux 7 | Support by SupportedImages to others looking to implement this product. They should conduct a proof of concept.

My main use case for Oracle Linux 7 | Support by SupportedImages was supporting an Oracle environment that was running on Linux.

A specific example of how I used it to support that Oracle environment is that the workload was Oracle databases.

The best features that Oracle Linux 7 | Support by SupportedImages offers are the best images available.

What makes the images the best for me would be reliability, speed, ease of deployment, and all of the above.

Oracle Linux 7 | Support by SupportedImages has positively impacted my organization by making Oracle easier to administer and making database images easier to deploy.

It made administration and deployment easier, and the easiest part was the ease with which I could deploy a new database image and then use that image to support the back end for applications.

Regarding how Oracle Linux 7 | Support by SupportedImages can be improved, I think it is very easy to use and definitely an asset to the organization, and I cannot think of any real improvements at this time.

I have no further improvements to mention, even small ones related to documentation or support.

I chose nine out of ten because some of the administration tasks could be a little more clear.

I have worked with Oracle Linux 7 | Support by SupportedImages since 2009.

Oracle Linux 7 | Support by SupportedImages is stable.

The scalability of Oracle Linux 7 | Support by SupportedImages is excellent, and I am able to scale out as needed pretty easily, making deploying new database instances and expanding the database pretty easy.

The customer support's response time is fairly fast, and the support team is excellent at helping me solve any issues that I may have.

I would rate the customer support a 10 on a scale of one to ten.

I have not seen a return on investment, and I cannot share any relevant metrics such as money saved, time saved, or fewer employees needed at this time.

My experience with pricing, setup cost, and licensing went very well.

On a scale of one to ten, I would rate Oracle Linux 7 | Support by SupportedImages a nine out of ten.

Regarding the AI capabilities of Oracle Linux 7 | Support by SupportedImages, I think its security is pretty top-notch, and keeping data secure these days is usually at the top of the list for most organizations, and Oracle Linux is very secure.

Regarding the AI capabilities of Oracle Linux 7 | Support by SupportedImages, I think its reliability is excellent, and I would certainly recommend it for any organization that is looking to have a database environment that is secure and very reliable.

Oracle Linux 7 | Support by SupportedImages is primarily deployed in my organization on-premises, but I have done some deployments in AWS cloud.

For those deployments, I use AWS as the cloud provider.

My advice to others looking into using Oracle Linux 7 | Support by SupportedImages is that if your organization can afford it, I would say to go with the top-level support, as they are very responsive and very helpful when you need them.

The main use case for Oracle Linux 7 | Support by SupportedImages was using it for two-node clusters to make the service highly available. The main reason was that it is open source and free, and we did not need any subscription.

Oracle Linux 7 | Support by SupportedImages has impacted my organization positively because it is from the well-known company Oracle and the product is of high quality, offering it at no cost. This has had a significant positive impact.

All features of Oracle Linux 7 | Support by SupportedImages are excellent, including high availability and security patches. One of the best features is that for any configuration, we do not need to reboot the server. The changes take effect without rebooting, and we can finish the configuration immediately.

The main feature that impacts service is security, particularly regarding availability, security patches, and the ability to apply configuration changes without rebooting.

I believe the organization knows very well how Oracle Linux 7 | Support by SupportedImages can be improved. They have talented professionals in their team. With the requirements of these days, they can make changes regarding security patches and user requirements. We are only users at the user level, and we use the features.

The specific improvements needed for Oracle Linux 7 | Support by SupportedImages is that most people are interested in automation nowadays. Automation would help significantly to complete work on time.

I have been using Oracle Linux 7 | Support by SupportedImages for six to eight years.

Oracle Linux 7 | Support by SupportedImages is stable in my experience.

The scalability of Oracle Linux 7 | Support by SupportedImages is good.

Customer support for Oracle Linux 7 | Support by SupportedImages is perfect. They are responding on time and taking care of the users and customers. I rate the customer support of Oracle Linux 7 | Support by SupportedImages 10 out of 10.

Before Oracle Linux 7 | Support by SupportedImages, we were using CentOS and the Red Hat product. CentOS is discontinued, and the Red Hat cost was very high. That is why we switched.

Regarding cost savings, approximately 5,500,000 or 600,000 has been saved by applying Oracle Linux 7 | Support by SupportedImages. The subscription is not necessary, but it depends on the user requirement. Regardless, it is very supportive and valuable for customers that they do not need to pay for the license.

I recommend Oracle Linux 7 | Support by SupportedImages for users to use because it is free and open source. However, Oracle Linux 7 is outdated, so I recommend users to use the latest version. I rate Oracle Linux 7 | Support by SupportedImages 9 out of 10. I give it this rate because version 7 is outdated. This rate applies only to version 7.

Regarding Oracle Linux 7 | Support by SupportedImages's AI capabilities, I think its governance and security compliance are manageable and fine. It would be good and reliable, as other services are also reliable. I always recommend Oracle Linux 7 | Support by SupportedImages to users and customers because it is very stable and the best thing is that it is free of cost.

I specialize in working with Docker and Oracle Database (version 7 onwards), leveraging official Oracle images to build custom containers based on Oracle Linux, as well as performing general database server installations.

Beyond containerization, I handle bare-metal and server-specific installations for databases and application servers. My core expertise lies in deploying cluster environments and high-availability databases. Additionally, I prepare specialized images to serve as automated installers across servers, enabling rapid provisioning for both Docker environments and Oracle VM infrastructures.

Using Oracle Linux via SupportedImages has had a positive impact on our organization, particularly in supporting certified Oracle Database environments. Oracle Linux and its associated application servers—such as Enterprise Manager—provide crucial alignment for bug fixes and technical support.

While alternative distributions like Red Hat sometimes receive priority support for third-party storage drivers and compatibility updates, adopting Oracle Linux ensures a unified support channel. Using non-Oracle images often resulted in finger-pointing between vendors during troubleshooting, leaving us stuck between parties. Oracle Linux eliminates this friction, streamlining problem resolution and ensuring end-to-end accountability."

The best features that Oracle Linux 7 | Support by SupportedImages offers include support for the database, which is the main reason we use Oracle Linux, and also because it is free. The repositories are very good, although not as extensive as those of other vendors, but they generally meet our needs. The images usually come updated and do not have errors during installation.

I consider it relevant to mention virtualization, and also automation already included in the free packages, and the integration with the Oracle Install package, which is an Oracle installer that greatly simplifies the installation of the Oracle product itself, the database. This helps a lot at installation time and speeds up the process.

The overall installation experience could be enhanced by expanding the options available during initial setup, particularly regarding software repositories, application packages, and virtualization models. Currently, the installer feels limited by primarily supporting Oracle Virtual Machine (OVM), rather than offering native integration for modern container runtimes like Docker or alternative virtualization options.

While Oracle Linux is a solid, reliable product, documentation around customization could be improved. The current guides provide basic examples, but they lack deep, diverse coverage on building custom container images or automating deployments. Expanding manuals for advanced image creation and enterprise automation would be a huge value-add.

Installer Customization & Unattended Deployments: I rate the product an 8/10. Although the modern installer interface is intuitive, it needs granular customization options at setup time. Users should be able to define server roles, package selection, network settings, and user configurations directly from a unified console. Additionally, adding the ability to export and save those setup preferences (e.g., Kickstart files/profiles) would significantly streamline silent, offline installations across scaled infrastructure.

I have been working with Oracle Linux in general since Oracle started creating its own images, so I imagine that must be more than 10 years.

I find the images to be reliable, and I am able to get good results with the images they currently provide. Oracle Linux 7 | Support by SupportedImages is stable, and I have not had any problems with it.

I normally use the images to create clusters, and I have not had any problems.

Regarding database support, normally I do not need to contact Oracle. I have had some issues where I had to contact Oracle support, but it was related to other types of products, not the database, not the operating system itself, but compatibility, for example, with Oracle ASM and Oracle Database versions. At installation time, I did have problems and had to contact Oracle for support with the installations.

Customer support is very poor and not very good. I would rate it from poor to fair. I would rate customer support a five on a scale from 1 to 10.

Before Oracle Linux 7 | Support by SupportedImages, I used SUSE Linux and also Red Hat, but we switched from SUSE Linux because the vendor started certifying Oracle Linux first and also started making Oracle products install almost transparently on Oracle Linux, not showing the same ease for other products or providing the same facilitators for the other products in this case, SUSE Linux and Red Hat.

Setup: Moderate (Straightforward interface, but complex for deep customization)

"The initial setup is generally straightforward, thanks to an intuitive installer interface. However, configuring advanced options can become complex due to limited customization out of the box.

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  What was easy: The base installation is user-friendly and quick to get up and running for standard deployments.


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  Where it gets complex: Setting up specific network configurations, package repositories, and non-standard virtualization models (like custom Docker environments) requires extra manual tweaking and custom scripting.

We purchased our licensing through Oracle, but all design, configuration, and automated deployment work was completed internally by our own engineering team. Our experience with the reseller was limited strictly to software procurement, which was smooth.

Automation delivers a immediate and high return on investment (ROI). Spending just one or two days developing an automated deployment script enables us to rapidly provision 200 to 400 servers in a fraction of the time. Because our base images are pre-configured and reliable, every deployment yields fully certified environments for Oracle software, driving significant cost savings and accelerating operational efficiency.

I do not work with the licensing side, and the configuration cost is fine.

Before choosing Oracle Linux 7 | Support by SupportedImages, I was already using other solutions, but the company chose to use Oracle Linux due to licensing reasons and support from a single vendor.

On a scale from 1 to 10, I would rate Oracle Linux 7 | Support by SupportedImages an eight.

Regarding the AI features of Oracle Linux 7 | Support by SupportedImages, normally, when I install for databases and application servers, I disable all the security and governance features, so I cannot really give an opinion on that part.

The advice I would give to others who are thinking about using Oracle Linux 7 | Support by SupportedImages is to first evaluate what the final software will be and how well it aligns with the Oracle Linux repository, because most Oracle Linux repositories do not have all the packages. Often, to install some other software, you need to uninstall some of the products that are prerequisites for the image installation. Therefore, Oracle Linux 7 | Support by SupportedImages is not always ideal for the final product or program you are going to run, so this evaluation needs to be done beforehand. Evaluate the entire project scope to avoid problems.

My main use case for Oracle Linux 7 | Support by SupportedImages involves using Oracle Linux with Docker and Docker images. I use Oracle Linux 7 with Docker images in my daily work for Docker Linux administration and managing Kubernetes.

Oracle Linux 7 | Support by SupportedImages has positively impacted my organization by improving cost and agility, particularly in making new images available. Easy deployments have contributed to faster implementation and reductions in expenses.

The best features Oracle Linux 7 | Support by SupportedImages offers include easy customization. Easy customization helps me in my work with application functions and using Lambda in AWS. The governance and security capabilities of Oracle Linux 7's AI are good. The reliability of Oracle Linux 7's AI output is fine, and I consider it a good solution.

Oracle Linux 7 | Support by SupportedImages can be improved by incorporating Oracle Linux 8 and Oracle Linux 9.

I have been using Oracle Linux 7 | Support by SupportedImages for five years.

I find Oracle Linux 7 | Support by SupportedImages to be stable.

The scalability of Oracle Linux 7 | Support by SupportedImages can be improved with features from Oracle Linux 9.

I receive good customer support. On a scale of one to ten, I would rate the customer support a nine.

I do not currently use a different solution.

I rate Oracle Linux 7 | Support by SupportedImages a nine out of ten because of its easy installation.

My experience with pricing, setup cost, and licensing has been comfortable, as I feel at ease with AWS.

Before choosing Oracle Linux 7 | Support by SupportedImages, I evaluated other options, specifically Linux 9.

I would rate Oracle Linux 7 | Support by SupportedImages a nine out of ten. My advice to others looking into using Oracle Linux 7 | Support by SupportedImages is to continue support with Oracle Linux.

My main use case during this test was testing and analyzing the operating system in comparison with Red Hat.

During my brief testing of Oracle Linux 7, I noticed that, for me, it was normal. I think it looks similar to Red Hat and is easy to use.

Based on my experience, the best features Oracle Linux 7 offers are its similarity to Red Hat and its easy usability.

Based on my experience with Oracle Linux 7, I have no comments about improvements needed. I don't think it needs improvement, other than staying up to date with security issues.

During my time using Oracle Linux 7 | Support by SupportedImages, I didn't use it with Support by SupportedImages. I downloaded it and used it only for a test to compare it with Red Hat.

Based on my experience, Oracle Linux 7 is stable.

Before testing Oracle Linux 7, I previously used CentOS.

Oracle Linux 7 was deployed in my organization only on-premises a long time ago.

Before choosing Oracle Linux 7, I evaluated CentOS as another option.

On a scale of 1 to 10, I would rate Oracle Linux 7 overall a 10.

I gave Oracle Linux 7 the highest score of 10 because I think it's a stable operating system, and its similarity to Red Hat makes it easy to use.