RAID 10

RAID 10: Mirroring and striping combined

RAIDs are a good solution for improving the performance of hard drives. The individual standardized levels provide different approaches to boost reliability or the throughput rate of system networks. RAID 10 relies on complete data redundancy. Data is stored in a distributed manner and can be read quickly. Find out what’s behind the RAID level!

RAID 6

RAID 6: Storage technology to minimize data loss

Combining hard drives to form a RAID is an attractive solution to optimize the performance and security of individual drives. One such approach that’s been hailed for its high safety factor is the RAID 6 technology. As an extension to the popular RAID 5 level, this network protects from data loss when two hard drives fail – all without having to duplicate your data manually.

RAID 5

RAID 5: What you need to know about the RAID level

A Redundant Array of Independent Disks (RAID) can be used to improve data security or the performance of storage solutions. The specific advantages of a network depend on the selected RAID level. Find out how RAID 5 – a system of three or more hard drives – can improve security and throughput rate.

RAID 1

RAID 1: understanding the hard disk compound

Hardly a storage concept embodies the RAID principle (Redundant Arrays of Independent Disks) as well as RAID 1 in which two or more hard disks are linked to save copies of data for access in case of system failure. Find out more about RAID 1 and why mirroring makes this network so special.

RAID 0

RAID 0: what’s behind the RAID level?

A Redundant Array of Independent Disks, or RAID for short, is a combination of several hard disks to form a single logical drive. Systems like these typically follows a redundant storage concept for higher security. The standard RAID 0 is an exception because it only seeks to optimize the data throughput by coupling several hard drives.

RAID

What is RAID (Redundant Array of Independent Disks)?

When the RAID concept was first introduced in the late 1980s, it was primarily intended as an alternative to high cost hard drives on mainframes. While the issue of cost has shifted somewhat into the background, RAID storage systems are still in demand because of their high reliability in a server environment. What’s behind the technology and what are the various RAID levels?

Encryption methods: An overview

Encryption methods: An overview

E-mail, instant messaging, or voice-over IP: If you want to communicate over the internet, you should make sure that the data transfer process can be trusted. The same goes for the World Wide Web. With online banking and digital shopping, money transactions are increasingly being carried out online. Popular encryption methods like DES, AES, or RSA should guarantee the security of passwords, credit...

TLS vs. SSL

TLS vs. SSL: what is the difference?

SSL and TLS are two encryption protocols that are frequently used in email programs and browsers. Have you ever wondered which one you should choose when you are prompted to pick one when configuring an email client, for example? Here, you will learn what the differences between SSL and TLS are and why only one of them is still viable today.

Microsoft Exchange Zero Day Attack

Reaction to Microsoft Exchange zero-day attack

On March 6, Microsoft pointed out vulnerabilities in the Microsoft Exchange software. IONOS had already learned of the vulnerability on March 3 and immediately applied updates provided by Microsoft to all Exchange systems it operated itself in order to eliminate the vulnerabilities. IONOS systems were not affected by the attack wave.

What is IAM (Identity and Access Management)?

IAM – What is Identity and Access Management?

In any system based on user accounts, Identity and Access Management has a role to play. So does every application use IAM? How important are Identity and Access Management systems when it comes to corporate compliance? And what features do these systems offer?


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