Overview
What is Proxmox VE?
Proxmox Virtual Environment is an open source server virtualization management solution based on QEMU/KVM and LXC. Users can manage virtual machines, containers, highly available clusters, storage and networks via a web interface or CLI. Proxmox VE code is licensed under…
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Proxmox Virtual Environment is the best Cluster Management Software
Proxmox VE: The Open-Source Virtualization Platform for Efficient and Cost-Effective Server Managemen
The power of cloud everywhere
Free, but same function
Proxmox VE best Virtualization for DevOps
Proxmox - Our Best Lab Hypervisor!
Great virtualisation environment built upon trusted open source technologies.
Proxmox VE 5.3
Proxmox VE, when you want to be in control of your virtual molding needs!
Popular Features
- Live virtual machine backup (10)9.595%
- Management console (10)9.595%
- Virtual machine automated provisioning (10)9.494%
- Live virtual machine migration (10)9.090%
Reviewer Pros & Cons
Pricing
Community
€ 90
Basic
€ 280
Standard
€ 420
Entry-level set up fee?
- No setup fee
Offerings
- Free Trial
- Free/Freemium Version
- Premium Consulting/Integration Services
Starting price (does not include set up fee)
- $7.50 per month
Product Demos
Infrastruktur Cloud Computing dengan PROXMOX VE 6.4-1 (Demo Virtual Box)
Demo Booting DiskLess CyberIndo Server Windows-7 VM di ProxMox VE
Proxmox Demo
Home PC Virtualized with Proxmox VE
Proxmox VE demo 14 VMs and 3 LXC containers running
Features
Server Virtualization
Server virtualization allows multiple operating systems to be run completely independently on a single server
- 9.4Virtual machine automated provisioning(10) Ratings
Automation of virtual machine provisioning through use of vm templates
- 9.5Management console(10) Ratings
Management console for central administration of vm environment
- 9.5Live virtual machine backup(10) Ratings
Ability to backup vms without interrupting service
- 9Live virtual machine migration(10) Ratings
Downtime minimization by migrating live vms between hosts and across clusters
- 8.6Hypervisor-level security(9) Ratings
Hypervisor-level security including antivirus and anti-malware
Product Details
- About
- Tech Details
- FAQs
What is Proxmox VE?
Proxmox VE Video
Proxmox VE Technical Details
Deployment Types | On-premise |
---|---|
Operating Systems | NA |
Mobile Application | No |
Frequently Asked Questions
Comparisons
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Reviews and Ratings
(53)Community Insights
- Business Problems Solved
- Pros
- Cons
- Recommendations
Proxmox VE has been widely adopted by companies across various industries, including travel/entertainment, housing/realtors, and retail. Users have praised Proxmox VE for its versatility and power, making it an ideal choice for setting up and deploying custom environments. This software offers a range of features such as high availability, snapshot backup capability, and scalability, making it well-suited for QA, development, and production environments. One of the key advantages of Proxmox VE is its support for different storage options like iSCSI and Ceph, allowing users to mix and match as needed for different instances. This flexibility makes it an attractive option for financial institutions, schools, and large investment companies that require compatibility with other platforms without the fear of vendor lock-in.
Users who have migrated to Proxmox VE from other solutions have highlighted the benefits of good server resource administration, continuous operation of services, and access to updated templates as containers. Additionally, Proxmox VE has been successfully integrated with SCALE HC3 in both production and test centers, enabling effortless staging and transfer of virtual machines between environments. Its free setup, clustering capabilities, and compatibility with existing hardware make it particularly useful for building test servers in lab environments.
The use cases for Proxmox VE extend beyond specific industries or sectors. It is widely deployed in office servers for tasks such as ZFS data storage, hosting web applications, network administration, and automating software builds. With its simplified management of storage, virtualization, deployment, and networking functions, Proxmox VE helps users save time and resources while ensuring easy system maintenance. As an open-source Virtual Environment Manager that receives regular updates and maintenance support, Proxmox VE provides a cost-effective solution that caters to diverse user needs.
For software developers looking to expedite their workflows, Proxmox VE has proven to be a valuable tool. Its fast provisioning of VMs using containers and the ability to scale resources without disrupting virtual machines have resulted in significant time savings for development tasks. Whether it's creating custom environments, ensuring high availability, or simplifying system management, Proxmox VE offers a reliable and versatile solution that has been embraced by users across various industries.
Versatile Hypervisor Management Solution: Many users have praised Proxmox VE for its versatility as a hypervisor management solution. They appreciate that it allows them to utilize multiple types of storage for each instance, providing flexibility and adaptability to their virtualization needs.
Exceptional Stability and Reliability: Several reviewers have consistently highlighted the exceptional stability and reliability of Proxmox VE. They mention that it surpasses their expectations compared to other hypervisor management solutions they have used in the past, giving them confidence in its performance and dependability.
Fast and Capable Virtual Machines: The speed of Proxmox VE has received high praise from many users. By leveraging Linux KVM and OpenVZ technologies, Proxmox VE enables the creation of fast and capable virtual machines. This enhances overall system performance, allowing users to efficiently run their applications without any noticeable slowdowns or bottlenecks.
Cons:
- Lack of support for ARM architectures and cloud providers: Users have expressed their disappointment with OpenVZ's lack of support for ARM architectures and its limited integration with popular cloud providers like Oracle Serverless.
- Difficulty in managing ZFS replication and snapshots: Many reviewers find it challenging to effectively manage ZFS replication or snapshots, as well as deploy encrypted disks within VMs, leading to increased complexity and potential issues.
- Limited cluster management options: There is a clear demand for improved cluster management capabilities in OpenVZ, especially regarding ceph integration and the availability of more robust storage options such as GlusterFS or Lustre. These features would greatly enhance the overall scalability and flexibility of the platform.
Users have made several recommendations for using Proxmox VE based on their experiences. The most common recommendations include working out the architecture before using it in production, utilizing distributed storage for live migrations between nodes, and using SSDs with cache for better VM disk performance.
Reviewers suggest planning and designing the infrastructure carefully before implementing Proxmox VE in a production environment. This includes considering factors such as hardware requirements, scalability, and limitations.
Users recommend utilizing distributed storage options such as Ceph or ZFS over NFS for improved live migrations between nodes. This helps ensure smooth and efficient VM transfers during live migrations.
Many reviewers advise incorporating SSDs with cache to enhance disk performance when running virtual machines. This can lead to improved overall system responsiveness and faster data access for VMs.
Overall, users highly recommend conducting thorough research and planning the architecture before deploying Proxmox VE in a production setting. They also emphasize the benefits of using distributed storage solutions and leveraging SSDs with cache for optimal performance.
Attribute Ratings
Reviews
(1-1 of 1)I've consulted for various companies and helped them set up and deploy custom Proxmox VE environments for a number of industries. From travel/entertainment, to housing/realtors, and even retail. To this day, they still continue to use Proxmox VE, and love it's power and versatility just like I still do. I continue to use the Proxmox VE server for my home cluster running numerous services, utilizing NFS, GlusterFS, Ceph, and local storage options it provides, with live migration from system to system.
- Versatility. The ability to utilize more than one type of storage for each instance.
- Stability. Proxmox VE is the most stable hypervisor management solution I have seen to date. It just keeps going and going and going.
- Speed. Utilizing Linux KVM and OpenVZ, you get the fastest and more capable virtual machines on the market today. And Proxmox VE's interface is always instantly loaded when you need it.
- Reliability. Using standard tools, including Red Hat Cluster Suite, and providing command-line tools as well, this makes maintaining and using Proxmox VE more reliable and manageable to quickly get things back in running order when things do happen to stop.
- OpenVZ is nice, but upstream it's suffering with the ability to keep up with Linux, while LXC, Linux's own container system, could be utilized.
- RHCS with Pacemaker. When Proxmox VE started, they utilized the original RHCS cluster stack with rgmanager for the resource group management. Since then, RHCS has expanded and brought in Pacemaker to handle the same aspects rgmanager did, but in different and often better more flexible ways.
- Virtual machine automated provisioning
- 100%10.0
- Management console
- 100%10.0
- Live virtual machine backup
- 90%9.0
- Live virtual machine migration
- 100%10.0
- Hypervisor-level security
- 70%7.0
- Faster QA and development deployments, the ability to launch instances, do what needs to be done, and destroy as needed, even automatically through API calls.
- Stability and uptime provided through the use of Proxmox VE has enabled services to stay available longer through high availability clustering, live migration, and just very good software.
- Growth capability with Proxmox VE allowed growing businesses to start small, and grow as time and revenue flowed allowing for further capacity and functionality without having to do much more than add additional hardware.
oVirt lacked in versatility. When you set up storage you are limited to a single storage type, and that's it. Proxmox VE allowed you to mix, match, design, and architect out flexible storage plans in any number of ways.
- QA: Being able to have exact snapshots of instances to test against to verify everything in a test scenario.
- Development: Being able to have environments specifically designed, and re-deployable for purposes of development.
- Production: High availability options to keep systems up, available, and responding to customer-facing services.
- Downsizing hundreds of physical servers to a smaller number of virtual machine appliances that can auto-scale up as needed and easily grown.
- Spinning up temporary appliances to test provisioning and destroy when done, used for testing integrations and specific software for future changes.
- Integrating Jenkins into Proxmox VE to fully integration test full new builds under Continuous Integration, for both development and administration.
- Building monitoring solutions to utilize Proxmox VE API to monitor metrics and report issues, and provide scaling forecasts.
- Price
- Product Features
- Product Usability
- Prior Experience with the Product
- Implemented in-house
- No issues were encountered during the implementation.
- Self-taught
- Managing and setting up local and remote disk storage devices.
- Starting and stopping virtual instances or containers.
- Defining complex features easily, such as high availability, memory scaling, CPU and Network clocks given, etc.
- The API is a bit cumbersome still, because there are not many clients out there that provide a common useful lead scope into it, but the API is fully there regardless. It would be helpful if Proxmox VE could provide some core concepts in various languages to help feed this some.
- Removing OpenVZ to provide LXC instead.
- systemd provided on the Proxmox VE Debian operating system allows the system to boot up and be ready much faster.
- The new High Availability support, easier to use and easier to configure overall as compared to the RHCS rgmanager formerly used.
- LXC containers for faster more well supported containers.