Introduction of Granular Recovery Technology 
Data is an organization’s lifeblood in the digital age. It is crucial to safeguard this important asset, and granular recovery technology (GRT) has become a major force in the data protection market. Without restoring entire systems, this technology provides an accurate and effective method of recovering important data.
Granular Recovery Technology: What Is It?
With the use of granular recovery technology, individual or partial objects from backup sets can be recovered. For instance, retrieving particular files or directories rather than the full virtual machine (VM) from a backup of the entire image level.
IT managers may now recover data more quickly and precisely thanks to granular recovery technology (GRT), an inventive approach. GRT streamlines catastrophe recovery and successfully preserves business continuity by cutting down on recovery time.
The GRT’s Mechanics
GRT uses two main techniques to function:
Object Recovery: This technique, which operates inside an application’s internal structure to restore particular items, is best suited for built-in backup solutions.
File or Folder Recovery: This method is more general and recovers data based on properties and names. It is dependable and quick when used with external backup solutions.
Granular vs. Traditional Recovery
GRT enables immediate access to the required file, greatly decreasing downtime and increasing efficiency. Traditional recovery methods need the complete restoration of a system to access a single file.
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GRT applications
Because of its adaptability, GRT can be used in a variety of settings, such as:
Active Directory for Microsoft
Microsoft Exchange
Microsoft SharePoint Virtualization platforms such as VMware ESXi and Microsoft Hyper-V.
How is technology for granular recovery implemented?
Granular recovery technology is mostly based on one of two approaches:
Object recovery: This technique works well with built-in backup programs that utilize a list of objects or internal structures. The method’s clear restoration sorting criteria are its key advantage; its inflexibility and recovery duration are its main drawbacks.
File or folder recovery: Using its name and/or properties, this “generic” approach can retrieve a file, folder, website, or SQL table. If you can organize your restoration content according to filenames (such as timestamps), it is dependable and quick. This approach works well for external backup systems.
The Advantages of GRT
There are many benefits to using GRT:
Speed: Quick recovery of important information.
Efficiency: Reduced resource consumption and downtime.
Flexibility: The capacity to give the recovery of crucial files top priority.
In summary
The way we think about data recovery is being completely transformed by Granular Recovery Technology. GRT minimizes the effects of data loss and preserves business continuity by offering a quicker, more effective, and adaptable recovery method. Less downtime means fewer unnecessary expenses for businesses. Granular recovery technology might be necessary if you need to recover certain data from a full backup and a lengthy recovery period could result in significant loss.
I defined granular recovery technology (GRT) and discussed how it differs from conventional recovery in this post. Granular recovery technology can be highly useful in an emergency, even if it still cannot fully replace traditional backup and recovery.
FAQs
Is it possible to use GRT in virtual and real-world settings? GRT provides flexibility in data recovery procedures and is suitable in both cases.
What distinguishes GRT from conventional recovery techniques? Using GRT, individual data can be recovered straight from a backup set, avoiding the need to restore complete systems as is necessary with conventional approaches.
Is GRT appropriate for every kind of data recovery? GRT is very helpful for swiftly recovering certain files or folders, which is perfect for situations requiring emergency recovery.
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