Why continuous endpoint data monitoring may curb Data Loss

It is not a secret that business owners lose data because of employees accidently erase data. However, this lone reason is not the only reason why companies lose data. Malicious firmware, ransom software, blackouts, brownouts, power surges, and hacking can all be cause for companies to need external hard drive data recovery or Raid data recovery from trained data recovery specialists. Sometimes, UK companies may not suffer data loss for the reasons people think. One insurance company grew and expanded, building their infrastructure over several centres and had problems because of recent acquisitions.

Why might continuous endpoint data monitoring be one point of a data disaster recovery plan that companies do not want to skip? It may cost more when hiring data recovery specialists to perform external hard drive data recovery or Raid data recovery than it would to simply add continuous off-site remote monitoring of data. By having remote access, company officials can easily retrieve data and be ready for any data losses, including brownouts and power surges.

Accessing the risks may be problematic for UK businesses and lead to Delays

UK companies may struggle with external hard drive data recovery because it is hard to predict the probability that data recovery specialists will be needed in certain natural disasters. Many specialists may struggle with predicting when a company is going to have a large percentage of data loss from brownouts or power surges. However, four categories may help company officials narrow the error margin for data loss. Company heads must assess the possibility of a high risk for data loss and need for Raid data recovery, a low risk for data loss, a risk, but the need for maintenance is low, and data disaster planning.

Though not a fool-proof plan, it may save UK companies from having higher data losses if the mean time to repair is tracked, as well as continuously monitoring a Raid system for any failure. The faster a UK company can repair a Raid system or a hard drive failure, the less the amount of downtime a UK business will be out and unable to sell their product or services. According to EliteTele.com, unplanned downtime is costing UK companies £2 billion a year in revenue. More than 1,808 organisations reported some downtime figures that were avoidable, roughly 14 hours a year. With an average of 27 hours of avoidable downtime wasted in Europe annually, this means Britain remains the worst offender of avoidable delays.

Disaster relief plans lower downtime Costs

How can British companies, especially lower avoidable delays and improve downtime efficiencies overall? UK companies may need to cherry pick their disaster recovery plans to find the best solutions so they can tailor a solution to their individual business. By regularly re-evaluating their external hard drive data recovery and Raid data recovery plans, company professionals can find the best data loss disaster plan and lower chances of suffering a data loss because of an unforeseen event. Why pay more to data recovery specialists, when it is cheaper to fix the problem in-house?

Why Raid 0 may not the best way to protect data for a small and medium Businesses

While it may be true Raid 0 can backup data can protect data, but  is not fool proof.  Raid 0 array can be good for small business to protect their files because they provide high performance transferring of essential files. Did you know Raid 0 has the same tolerance as a Raid 5 level system? Why is Raid 0 a good solution for businesses that need high performance transfer but the business is not concerned with high reliability?

But if a business has a Raid 0 plus 1 array, it can hurt a business if a drive fails. A driver failure turns the Raid system into a Raid 0 system. All drives must move parallel and move on the same track. In the end, this can lower the performance of a Raid 0 system. It can cause a very high cost to a business.

With no redundancy, Raid 0 isn’t a good solution for small Businesses

Though Raid 0 speeds up the amount of time that files can be read and written, it is not a good solution for small businesses to protect their data and prevent data loss. This is because this type of Raid cannot save backup copies over several different drives, in cause a drive fails. Raid 1 can be a better solution because if a drive fails, you at least have a Raid 0 system. However, Raid 1 can be better solution, even if it is expensive for small businesses.

Why is it more expensive, but better for businesses? It provides double the storage space, but it also may cost double the price of Raid 1 because it provides some redundancy protection.  It may be good to protect businesses critical data because it can be used for smaller servers. However, smaller businesses may want to buy a Raid 5 system. A Raid 5 provides redundancy, so sensitive data and files can be backed up and a business will not be out of operation for days. But, Raid 5 systems can be expensive for many businesses. Because it provides at least five drives to save files, it can also provide plenty of space at a much higher expense. However, having redundant drives will mean UK businesses will not lose any sales or have to pay for production costs without making any profit, if files are backed up. This is also why small businesses need a disaster and data loss recovery plan.

Even if a smaller business does have a Raid array failure, a data recovery company may still be able to help smaller businesses recovery data. 

Things you might not know about Raid Systems

While many companies may use Raid to back up their most sensitive data, Raid was originally developed as an open source. Long before Raid, there was ZFS. It was ZFS designers that prioritised reliability and scalability. ZFS was developed by Sun Microsystems for their Solaris OS. This technology was then released under an open source for Windows, Mac OS and Linux. Did you know that Raid technology comes from Oracle? Oracle acquired Sun and billed ZFS’s features as ways to solve hardware problems.

If you are looking for speed alone and needing a system to copy and keep your files safe, Raid 0 may be a good option. In order to get the speed needed to keep a company’s data safe; Raid 0 takes data and stripes it across multiple disks that are written in parallel. While this type of system does speed up reading and writing times, it also means that your Raid volume is more likely to fail.

Needing reliability, Raid 1 is Ideal

A Raid system depends on something called “mirroring.” Raid allows data to be duplicated on two disks. This way, if a disk fails, companies do not lose sensitive data. A Raid volume can continue operating and a failing hard drive can be replaced. Raid 1 also has at least one advantage over Raid 0. Raid 0 may speed up the time it takes to read disks, but it doesn’t speed up the write times for disks.

Raid 10 can be even better for companies because it can handle large data files and create reliable volumes of data. Four disks are combined and offer twice the speed for reading and writing of files. With Raid 10, companies can lost two drives and still be able to keep operating. With Raid 10, companies get both speed and reliability. However, many companies would rather operate with a Raid 5 or Raid 6 system.  Does Raid 5 offer a better advantage over Raid 10? With not as many drives for reading or writing, Raid 10 clearly does have an advantage over Raid 10. However, Raid 10 still may take just as much time writing a drive as a Raid 5 system.

No matter what type of Raid system a business uses, Raid is still a good option to protect a business’s sensitive data.