The following are the features I look for in an operating system:
Security tools: To protect against an increasing number of threats, security features such as virtualization-based security, hardware root-of-trust, and firmware protection are necessary. Any network sharing protocols should be encrypted by the operating system. Authentication is necessary to guarantee that anyone accessing an application has the proper permission to do so.
Backup and recovery: Your operating system should include options for enabling your organization to create backups of their data, as well as options for restoring these backups and recovering lost data. Backed up files should be stored safely on the cloud. It is important to have the option of setting up automatic backups. Backups should run in the background without affecting the performance of other running tasks.
Efficient error handling: An operating system should be constantly scanning and alerting for problems such as power failures and connection errors. If necessary, your operating system should be able to remediate critical issues that it detects.
Memory management: Your organization’s admins should be able to assign memory blocks to simultaneously running applications to help optimize overall system performance. Memory management involves allocating specific memory blocks to various programs based on their usage. Proper memory management ensures that adequate memory is always available for all running programs.
Parallel processing: This means that your operations system has multiple processors that can work on different tasks simultaneously or divide joint tasks between them. This feature increases execution speed and computing power.
Easy to scale: Your organization should be able to scale the operating system to support a very large number of users. High performing operating systems can support tens of thousands of users.
Compatibility with external software and hardware: Your operating system should integrate easily with multiple premium products as well as with the latest popular open-source solutions. It is also important that you choose an operating system that can integrate well with your existing infrastructure.
Support for virtual machines and containers: To improve your system’s performance, you should be able to easily set up, configure, and manage containers as well as virtual machines on your operating system.
Automatic upgrades and updates: IT teams can often spend valuable time manually updating and patching hundreds of deployments. A good operating system will, for the most part, automatically update and apply patches to itself.
Simple deployment and configuration: It is important to choose an operating system that is easy to deploy and configure. This is even more critical if you are running the operating system on hundreds or even thousands of machines.
What are operating systems? An operating system, also called an “OS,” is a type of system software that manages the computer hardware and software and enables applications to run on top of it. The operating system allows the software in your computer to communicate with the hardware, thus enabling the software applications to function.
An OS consists of a group of foundation files your computer needs to start and to work. These are called system software files. Every device that uses a...
The following are the features I look for in an operating system:
Security tools: To protect against an increasing number of threats, security features such as virtualization-based security, hardware root-of-trust, and firmware protection are necessary. Any network sharing protocols should be encrypted by the operating system. Authentication is necessary to guarantee that anyone accessing an application has the proper permission to do so.
Backup and recovery: Your operating system should include options for enabling your organization to create backups of their data, as well as options for restoring these backups and recovering lost data. Backed up files should be stored safely on the cloud. It is important to have the option of setting up automatic backups. Backups should run in the background without affecting the performance of other running tasks.
Efficient error handling: An operating system should be constantly scanning and alerting for problems such as power failures and connection errors. If necessary, your operating system should be able to remediate critical issues that it detects.
Memory management: Your organization’s admins should be able to assign memory blocks to simultaneously running applications to help optimize overall system performance. Memory management involves allocating specific memory blocks to various programs based on their usage. Proper memory management ensures that adequate memory is always available for all running programs.
Parallel processing: This means that your operations system has multiple processors that can work on different tasks simultaneously or divide joint tasks between them. This feature increases execution speed and computing power.
Easy to scale: Your organization should be able to scale the operating system to support a very large number of users. High performing operating systems can support tens of thousands of users.
Compatibility with external software and hardware: Your operating system should integrate easily with multiple premium products as well as with the latest popular open-source solutions. It is also important that you choose an operating system that can integrate well with your existing infrastructure.
Support for virtual machines and containers: To improve your system’s performance, you should be able to easily set up, configure, and manage containers as well as virtual machines on your operating system.
Automatic upgrades and updates: IT teams can often spend valuable time manually updating and patching hundreds of deployments. A good operating system will, for the most part, automatically update and apply patches to itself.
Simple deployment and configuration: It is important to choose an operating system that is easy to deploy and configure. This is even more critical if you are running the operating system on hundreds or even thousands of machines.