Server Data Recovery
Servers are meant to run continuously, without any interruption. Interruption means downtime. Downtime means whatever function you depend on your server for grinds to a halt. If your server crash results in lost data, you have more to worry about than just downtime. Losing valuable data due to hard drive failure in your server RAID array can be a severe setback for your business.
When you lose data from your server, it’s mission-critical to get your data back as soon as possible. At Gillware Data Recovery, we offer free inbound shipping and free evaluations for server data recovery cases, as well as expedited data recovery services.
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This crashed server came to Gillware all the way from Spain. The client had an ...
When you lose data from your server, it’s mission-critical to get your data back as soon as possible. Application servers host web apps, allowing users to run software through their internet browsers. Database and file servers store massive amounts of information, which can be accessed by multiple people. Game servers allow people from all around the world to play online together. Email servers allow people from all around the world to communicate with each other.
When you binge-watch your favorite TV series on Netflix, your video is coming from a media server. While you do this, the website itself is hosted on a web server. The entire Internet depends on servers for just about every facet of its existence. It’s hard to think of something you do on a daily basis that doesn’t involve somebody’s server somewhere in the world. Servers make the world go ‘round.
What Is a Server?
A server is a program or device that acts according to a server-client model. You, the client, send a request to the server, and the server fulfills it. Servers share data and resources in order to handle the many tasks and services we rely on as we go about our daily lives.
A server machine is a computer, but it doesn’t much resemble the computer you sit in front of at home or at work. Servers don’t have screens or keyboards. They are designed to perform their tasks unattended and are managed remotely from another computer workstation. Unlike your computer, servers are kept running all the time. Twenty-four hours a day, seven days a week. A small business may have one or two servers. A massive business may have dozens or hundreds clustered together in massive server farms. And unlike your computer, a server will have many hard drives instead of just one. These hard drives will usually be special enterprise-class hard drives.
Enterprise-class hard drives, such as Hitachi Ultrastars and Seagate Constellations, are optimized specifically to run continuously and in sync with other hard drives. This is just what a server needs. You probably won’t see enterprise-class hard drives inside a consumer NAS device you can pick up at Best Buy, but for servers such as the Dell Poweredge, HP ProLiant, or Acer AT350F2, hard drive performance and longevity is paramount.
What Can Cause Data Loss from a Server?
Servers are fairly autonomous. It can be easy to get in the habit of “out of sight, out of mind” as the server does its job. But just like any other data storage device, servers can fail, crash, and break down.
There are many ways a server can fail. Any server failure will result in some downtime for your business, but not all failures result in data loss. A failure of the hard drives beyond the tolerances of your RAID array will result in data loss. Data can also be lost through accidental or purposeful file deletion from the server. Hard drive failure is by far the most common reason clients come to us in need of our RAID server data recovery services.
Hard Drive Failure
The hard drives in a server are arranged as a RAID array. A popular configuration for servers is RAID 5, which provides fault tolerance in the event that one hard drive fails. Some businesses set up their servers with complex nested RAID levels. Nested RAID arrays such as RAID 50 can tolerate the failures of several drives.
That said, any hard drive, enterprise or not, will still fail sooner or later. And no matter how many fault tolerances a RAID array has, it can fail as well. A hard drive in a server that is constantly running will eventually work itself to death as its components wear themselves out. It is not a question of if, but rather of when.
Server failure by itself will not cause any data to be lost from the hard drives. However, an unexpected shutdown may cause one or more hard drives to fail. A server can fail if the space it is kept in is not properly ventilated or air-conditioned.
All electronic devices normally generate heat. You’ve probably felt how hot your phone or laptop can get after prolonged use. If that heat is not allowed to properly dissipate, your server can overheat. This will eventually cause some internal component to fail. The components inside your server can also fail as a result of natural wear.
If the RAID card used in your server is a particularly old and difficult-to-find model, you may not be able to find a suitable replacement. Hard drives in a RAID array contain metadata which tells the controller how the drives are meant to fit together. A different model of RAID card cannot properly interpret this metadata. In this rare case, you could be effectively locked out of the data on your own server.
If this happens, taking the hard drives out of the server and trying to read them individually won’t do much good. The data on your server RAID array cannot be accessed on individual drives. To rebuild RAID arrays, our data recovery technicians must analyze the metadata on the hard drives and use custom emulation software to do the job of the RAID card.
Malicious or Accidental Deletion
Somebody could delete files from your server, either on accident or on purpose. Files that have been deleted from data storage devices are irretrievable by normal means. However, our logical data recovery engineers here at Gillware have developed extremely powerful methods for retrieving deleted files.
Exchange Server and SQL Database Server Recovery
One common use of servers is to provide email services and store SQL relational databases. When these servers fail, or the databases inside become corrupted and unusable, the results can be devastating. Fortunately for you, though, our server data recovery engineers can help you. Whether it’s a crashed server or corrupted data locking you out, Gillware provides Exchange Server recovery and SQL Server recovery services.
Gillware Provides Server Data Recovery
Gillware provides server data recovery for HP, Dell, Synology or any other brand or model of server. We provide SQL database server, mail server, and application data recovery. Whether you need Windows or Linux server data recovery, we can help you get back on your feet.
At Gillware Data Recovery, our server technicians are extremely proficient at reconstructing and retrieving lost files from failed RAID arrays. The server data recovery process generally follows the same steps as data recovery from a failed RAID array. Our technicians will take the hard drives that were in your crashed server, repair any drives that have failed, and use custom software to reconstruct the RAID array. From that point, our data recovery technicians make use of our powerful data recovery tools to recover and reunite you with your critical data.
Why choose Gillware Data Recovery?
Gillware’s data recovery services are affordably priced, technologically innovative and completely secure.
Best-in-class engineering and software development staff
Gillware employs a full time staff of electrical engineers, mechanical engineers, computer scientists and software developers to handle the most complex data recovery situations and data solutions
Strategic partnerships with leading technology companies
Gillware is proud to be a recommended provider for Dell, Western Digital and other major hardware and software vendors. These partnerships allow us to gain unique insight into recovering from these devices.
RAID Array / NAS / SAN data recovery
Using advanced engineering techniques, we can recover data from large capacity, enterprise grade storage devices such as RAID arrays, network attached storage (NAS) devices and storage area network (SAN) devices.
Virtual machine data recovery
Thanks to special engineering and programming efforts, Gillware is able to recover data from virtualized environments with a high degree of success.
SOC 2 Type II audited
Gillware has been security audited to ensure data safety, meaning all our facilities, networks, policies and practices have been independently reviewed and determined as completely secure.
Facility and staff
Gillware’s facilities meet the SOC 2 Type II audit requirements for security to prevent entry by unauthorized personnel. All staff are pre-screened, background checked and fully instructed in the security protocol of the company.
We are a GSA contract holder.
We meet the criteria to be approved for use by government agencies
GSA Contract No.: GS-35F-0547W
Our entire data recovery process can be handled to meet HIPAA requirements for encryption, transfer and protection of e-PHI.
No obligation, no up-front fees, free inbound shipping and no-cost evaluations.
Gillware’s data recovery process is 100% financially risk free. We only charge if the data you want is successfully recovered.
Our pricing is 40-50% less than our competition.
By using cutting edge engineering techniques, we are able to control costs and keep data recovery prices low.
Instant online estimates.
By providing us with some basic information about your case, we can give you an idea of how much it will cost before you proceed with the recovery.
We only charge for successful data recovery efforts.
We work with you to define clear data recovery goals for our technicians, and only charge you upon successfully meeting these goals and recovering the data that is most important to you.