Registry Defragger & Optimizer

Over time, Windows Registry will grow and grow even though no new software has been installed or uninstalled. This is because most programs including Windows store their data in the registry. Every update to registry makes the registry grow as old data is deleted and new data is inserted. This makes the windows slow and decreases response of all the programs using the registry.

To solve all these problems we recommend you to perform a Registry Defrag:

	Every 30 days.
	When new software is installed.
	When existing software is uninstalled or removed.

This has a significant impact on the performance of Windows and programs that make heavy use of the registry. It is most clearly evident at boot time and when running programs that use lots of COM classes (such as Microsoft Office, Internet Explorer, Visual Studio and lots of commercial software). Whenever you install software data is written to the registry so the software can later be uninstalled.

What the Supportdock Registry Optimizer and Defragger does?

Registry Optimizer and Defragger eliminates the registry fragmentation. It gives you a fresh new registry with no holes, no redolent data.

Advantages of Registry Optimizer and Defragger:

	Builds a brand new registry from the old one.
	Improves System Response Time.
	Saves Memory as smaller registry consumes less memory.
	Privacy Protector. Removes the deleted data from the registry permanently.
	Improves Application response time.
	Improves boot time.
	Prevents the registry corruption.

Why do you need the SupportDock Windows Registry Defrag or Optimize?

The registry plays a key role in the configuration and control of Windows systems. It is the repository for both system wide and per-user settings. The data in the registry is stored in more than one file, each file called a hive.

Windows and most programs store their configuration data in the registry. Over time, as programs are used, installed and uninstalled, the registry becomes fragmented. Think of Registry Database as a chart with rows and columns in a big queue. When an entry is removed, the entry is converted into a blank entry with no data. It still occupies the same amount of space that it was occupying before. This is necessary so that the information below this entry is still in the same place. When new items are added to the registry, they are added at the bottom in a queue. So over time, the registry ends up with a lot of blank cells. This situation is similar to disk fragmentation, which occurs when the system creates and deletes files on the disk.