Rules Pertaining to Data Center Warehouse and Data Warehouse Appliance

With the passage of time, there has been a lot of advancement in the field of technology. With this advancement in technology, the term data warehouse has become very common within organizations. Since the data center warehouse is responsible for preserving crucial information, like for instance, the user Ids as well as the passwords of many systems and databases, its security should be the top-most priority for any organization. In this regard, quickly check out some of the techniques that you need to adopt for its security.

Firstly, it should be built at the right place. Avoid constructing it near chemical factories, power plants as well as in the vicinity of those areas which are severely affected by floods, earthquakes and hurricanes.

The walls of your data center should be thick concrete walls. For better security, you can also choose walls lined with Kevlar.

Avoid constructing any windows in your warehouse. In case you need to construct windows in your warehouse, make use of glass which is bomb-resistant.

Also, make sure that the ceilings as well as the walls do not have any hidden access point.

You can also make use of boulders as well as plant trees in order to hide it from the cars and other vehicles that pass by it.

Strong security arrangements should be made for detecting any bombs. For example, you can keep security guards armed with portable bomb sniffing devices or mirrors to check for any type of explosives underneath the vehicles.

Finally, place surveillance cameras around your data warehouse building and also at each and every entrance as well as exit.

On the other hand, when we talk about data warehouse appliance, we are actually talking about a set of operating systems, servers, DBMS, storage, and software for the purpose of data warehousing. There are several points that we should remember about this warehouse appliance. Some of them include:

In this type of appliance, the hardware as well as the software should be designed in such a manner that they can optimize each other. In this way, you can derive maximum performance.

This type of appliance can be upgraded very easily. The systems should be upgradeable at the software, component and disk levels. Replacing of systems should be minimized as far as possible.

This type of appliance should be such that it should try to minimize all possible bottlenecks of the system. In theory, any system may have CPU, I/O, memory, or interconnect bottlenecks. But in most of the cases, the I/O bottleneck is the most common.

This type of appliance offers high availability. There should not be any single point of failure. Failover, mirrored disks as well as dual interconnects should be implemented.