Today, if you analyse the market, you will find that majority of the knowledge-driven businesses access the Internet. The organizations should understand that there is a very fine line between Internet requirements and network security. It is essential that a perfect balance is maintained between the two.

Most of the organizations need a total solution that encompasses all the data protection requirements. It should offer a quick and reliable data recovery solution and at the same time provide a cost-effective storage of collective backup images. Storing backups on tapes may fall cheaper but the recovery of data can be really cumbersome and time consuming. The data recovery solution for NetApp Systems is a key method of compromising on neither feature and achieving both the requirements.

The direct backups that happen between NetApp systems, reduce the need for external storage devices and infrastructure. The data backup for NetApp systems only transfer changed or new blocks of data, thereby reducing network traffic, reducing the backup windows and at the same time lowering disk capacity requirements by nearly 90 percent. It enables you to backup more often as it totally eliminates redundancy.

Some of the data recovery solutions for NetApp Systems include:

SnapMirror Software: The SnapMirror Software provides a quick and efficient data backup and recovery by offering data replication between storage end points. It helps recover data due to accidental data loss or due to data corruption.

Flexclone Technology: The Flexclone Technology helps development and testing applications at a very quick pace, by the creation of instant and space-efficient data replicas of the entire Data ONTAP volumes along with the replicas at the individual file level or the LUN level.

NetApp Private Storage for Cloud: It allows you to utilize multiple cloud storage providers by retaining complete control over your own data on a private and dedicated Net App storage.

Data Fabric Solution for Cloud: It makes use of a hybrid cloud to achieve operational and cost efficiency. If a system failure occurs it enables you to recover the data from anywhere thereby helping to maintain business continuity.

Using these data recovery solutions enables you to increase the speed recovery and availability of data while reducing the data storage and network costs. It helps protect against mirrored corruption with the failover to the point of prior recovery. Tampa data recovery solutions for NetApp systems are very simple to implement and maintain providing cost effective and highly reliable data protection.

Everyday computing devices utilize some for of encryption technology. Even your smart phone, tablet, and Kindle use encryption of some sort. For this reason, you’re justified to learn how encryption works and why you really need it.

How does Encryption Work?

Encryption is a form of cryptography that gives you the chance to conceal your personal information so that no one can access it. Encryption is nothing but a complex algorithm which is programmed to convert plain text into random characters (cipher text). These random characters cannot be read by anyone unless the reader has a special key which converts them into readable characters. If you have the key, you can decrypt the random characters so that they are presented in form of plain text as opposed to random characters which can’t be understood.

There are two types of encryption techniques

These are called Public Key and Private Key encryption techniques. These techniques are similar in the sense that they allow users to hide data from others. However, they are still different from each other in how they handle the steps involved in encrypting and decrypting data.

Let’s see what happens in Public Encryption method

This encryption makes use of recipient’s public key and a matching key as well. For instance, if both Joe and Dick had a public key and a matching private key for a common box respectively, Joe would have the privilege of accessing the box and putting content therein. However, it would be impossible for him to view or retrieve anything from that box. On the other hand, Dick would open and view or remove content of the box using his matching private key. But since she doesn’t have a matching public key, it is impossible for him to add things into the box.

In the digital context, Joe can encrypt items in the box and send them to Dick who in turn can decrypt the information and convert it into plain text. Only Dick has a matching private key for this purpose.

Private Key encryption

In the case of a private key, we can encrypt the ciphertext and send it the way it is. On the other end, the user with the private key can decrypt this information into plain text again.

The difference between public and private keys is in the purpose of the keys. In this setup, we still have the 2 keys needed to communicate. And these 2 keys are essentially the same. For instance, if Joe and Dick had the box mentioned above, their keys in this case would address the same purpose. The 2 parties would be able to add or remove things from that particular box.

In terms of digital language, Joe now has the power to both encrypt and decrypt items from that particular box. The same can be said about Dick as well.

In conclusion, encryption never guarantees that information will be 100% secured. But it does everything possible to prevent hacks in our everyday digital lives. Now you don’t have to worry about your personal information getting stolen on the internet. That’s because data encryption is doing the hard security work for you, even though you’re oblivious of this fact.