When a computer shows signs of malfunction or performance lag, a reboot is recommend as the preliminary step to resolve the issue. Indeed, minor issues do get resolved when the OS reboots. It happens because many processes and programs running at the background as a result of prolonged system activity are aborted as the OS reloads.
A simple reboot only does just about that much. It does not have any effect on the software and files that are stored on the hard disk, or the programs that are installed. As computers are used for better part of the day on a daily basis, an overwhelming amount of unwanted files (malicious and otherwise) get accumulated into the systems. The magnitude of the situation is even more worse in case of public libraries. It proves difficult to manage workstations in a multi-user computing environment with techniques like troubleshooting or reimaging alone. As a result, systems experience configuration drifts and get infected by unwanted and potentially harmful files and applications. Reboot to restore technology was developed to resolve such IT challenges.
A simple reboot only does just about that much. It does not have any effect on the software and files that are stored on the hard disk, or the programs that are installed. As computers are used for better part of the day on a daily basis, an overwhelming amount of unwanted files (malicious and otherwise) get accumulated into the systems. The magnitude of the situation is even more worse in case of public libraries. It proves difficult to manage workstations in a multi-user computing environment with techniques like troubleshooting or reimaging alone. As a result, systems experience configuration drifts and get infected by unwanted and potentially harmful files and applications. Reboot to restore technology was developed to resolve such IT challenges.
What is Reboot to Restore Technology?
As the term signifies, this technology redefines the capability of a plain reboot. It prevents end-user’s actions from affecting the system by reverting the configuration to a desired state every time the device is restarted. The solution would undo all system changes (intentional or automatic) made during an active session and restore the pristine configuration for the next user after the reboot.
How Reboot to Restore Technology works?
Reboot to restore technology works on the concept of restoring the preserved baseline configuration of the system after every reboot. When the software is deployed on a system, it immediately locks-in the current configuration as the baseline. Until the software is disabled, all the changes, including deleting files, editing system settings, software installation/downloads, are discarded when the device is restarted, and the system rolls back to the preserved baseline configuration. It creates a separate partition to store the inputs during an ongoing session. End-users therefore, are less likely to face troubles while working on the device. They can freely install/uninstall a software, download files, modify settings, and make all the changes as and when required during the sessions. Once they restart the device, all elements stored in that partition are completely wiped off and the next user gets a clean system to work with the baseline configuration.
It is therefore critical to ensure that the system is in the desired state when this technology is deployed. If it is a new device, it is a good practice to install the desired reboot to restore program at the time of initial setup so that the preferred configuration is set as the baseline. Else, a factory reset can be done before the technology is deployed on the system. This step is only to ensure that the baseline is set at a clean state. Once deployed, the technology does not require any professional intervention to function unless the administrators need to disable or uninstall it.
It is therefore critical to ensure that the system is in the desired state when this technology is deployed. If it is a new device, it is a good practice to install the desired reboot to restore program at the time of initial setup so that the preferred configuration is set as the baseline. Else, a factory reset can be done before the technology is deployed on the system. This step is only to ensure that the baseline is set at a clean state. Once deployed, the technology does not require any professional intervention to function unless the administrators need to disable or uninstall it.
Benefits of the Reboot to Restore Technology
The growing popularity of the reboot to restore technology is indicative of the benefits it offers to businesses and individual users alike. Some of the major benefits are:
Increased Productivity: The reboot to restore technology ensures 100% workstation availability.. End-users hardly face performance issues with their devices, which directly results in improved productivity. Uninterrupted high performance also results in enhanced employee and customer experience for organizations.
Instant Restoration: As already mentioned, the technology restores the pristine configuration with just a simple restart. It is by far the quickest way of system restoration. As a result, there is zero downtime. Even a minor downtime can translate into major losses in the long term. This technology hence, enables organizations to realize their full business potential.
Enhanced IT Efficiency: The restoration process is just a matter of a simple restart. In other words, the cumbersome process of raising IT tickets, involving IT personnel, which ultimately leads to increased system downtime, is done away with. The deployment of this technology has led to significant reduction in the number of IT support tickets across domains. The technology therefore, equips organizations to utilize the IT manpower for more critical tasks and projects.
Low Cost of Maintenance: The reboot to restore application eliminates the need for having multiple software for various aspects of system maintenance. This prevents organizations from making redundant technology investments. By preserving the pristine configuration, the technology also improves the longevity of the computing systems, thus delivering long-term cost benefits to the organizations.
Increased Productivity: The reboot to restore technology ensures 100% workstation availability.. End-users hardly face performance issues with their devices, which directly results in improved productivity. Uninterrupted high performance also results in enhanced employee and customer experience for organizations.
Instant Restoration: As already mentioned, the technology restores the pristine configuration with just a simple restart. It is by far the quickest way of system restoration. As a result, there is zero downtime. Even a minor downtime can translate into major losses in the long term. This technology hence, enables organizations to realize their full business potential.
Enhanced IT Efficiency: The restoration process is just a matter of a simple restart. In other words, the cumbersome process of raising IT tickets, involving IT personnel, which ultimately leads to increased system downtime, is done away with. The deployment of this technology has led to significant reduction in the number of IT support tickets across domains. The technology therefore, equips organizations to utilize the IT manpower for more critical tasks and projects.
Low Cost of Maintenance: The reboot to restore application eliminates the need for having multiple software for various aspects of system maintenance. This prevents organizations from making redundant technology investments. By preserving the pristine configuration, the technology also improves the longevity of the computing systems, thus delivering long-term cost benefits to the organizations.