Online Backup for BioLinux
BioLinux provides computing systems for a wide range of research applications. Though most are designed for specific research needs, all are designed to make life easier for the expert. How do they accomplish this? All research scientists rely on computers to store, manage, manipulate, and analyze data each and every day. The easier these systems are to use, the more time they will have for actual research.
In addition to speed and consistency, security and compatibility are important issues. Until only recently, these flexible, cutting-edge systems were only found at large research centers that could afford them. But new technologies have leveled the playing field. Many new medical software systems are available at a fraction of the price of their expensive predecessors. Some can even be found for free!
Of course, the real reason why state-of-the-art computer systems are necessary is that modern labs deal with massive amounts of data. To remain competitive, they must have a system that helps them record, store, and analyze this information. This is particularly true for biologists and bioinformaticians who must now convert raw data into real scientific knowledge faster than ever. Most have the skills, but they still need the software and machines. Sadly, many do not have access to them.
BioLinux Software 101
How can a small research team or center overcome these challenges? One simple and reliable solution is to set up a system that runs on open source software. Not only is this software easy to use, it is also free! Yes, that’s right, it’s free! All you have to do is download it on the internet. These systems are geared to both general and specialized users. They can help simplify data management activities, which will invariably make research and analysis more efficient and accurate.
Because it delivers fast, affordable computing power, the popularity of Linux has skyrocketed in recent years. The shared computing infrastructure has been a godsend in many fields, from music to mathematics to medicine. But where it is truly gained a loyal and appreciative following is in the sciences.
BioLinux software is an umbrella term that refers to any system that is designed specifically for biological data. Countless members of the research community rely on these computing systems, including administrators, bioinformaticians, software developers, and, of course, biological researchers.
BioLinux software has been around for over a decade now. In that time, users and developers have collaborated to make countless improvements. They can do this because the software is open source, which means that anyone is free to examine it for bugs, defects, and security flaws. Opening up the lines of communication between the creators and the users has unquestionably improved the BioLinux software. Not to mention the fact that this supposedly generic software is far more specialized and even customizable than most people think. Many are designed for specific applications, which helps performing laboratories ensure the accuracy and precision of their results.
Notice: Some of the product information on this page may have become outdated since publication. Please visit original software vendor for the most up-to-date product information.
It's a fact; there is nothing perfect under the sun. Even if the architecture of your network is outstanding and robust, there will always be the occasional unexpected event to deal with. The cause may be either internal or external. Whether the problem is an application failure, a power supply failure, a hardware failure, or even a network system failure, it doesn't matter. There is always the possibility of an unexpected event causing a failure. Whatever the cause of the problem, the important thing is that there are ways to keep your business up and running. A business which is shut down because of a server failure is a business in serious trouble. That is why there is a vital need for server failover options.
There are a number of different server failover solutions on the market. The best of the bunch offer automatic failover and switchback, although single click failover may be acceptable in some situations. Some automated solutions monitor your network, attempt to identify problems before they become critical and – if possible – provide an automated work-around or remedy. If these automated solutions are unable to fix the problem completely, they can at least address the issue by ensuring that the best suited standby server is available to take up the slack. The standby server will either be located on premise, or it may be located off-site as the remove disaster recovery server.
There are many events which require server failover. In a lot of cases this is actually a planned event, as with maintenance to power lines by the electric company. Most of the time, unfortunately, the electric company does not do a very good job of making certain that business are aware of an impending scheduled power outage, even when a reliable power supply is mission critical to performance of business activities. Other common events that require server failover are natural disasters. This need not be a weather event of epic proportions. Isolated severe thunderstorms, snow and ice events, and periods of high wind can just as easily cause power outage.
Many times, there is little to no warning that there is an approaching event which threatens to shut down your business. Server failover may be the only thing which prevents serious problems from sidelining your business. If you are lucky, you will be aware of the approaching event, and can manually fail over ahead of time to avoid problems ahead of time.
The other side of server failover that often receives less attention than it deserves, is what happens after the problem causing event is resolved and the situation returns to normal. At that point, it is vital that switchback goes smoothly and does not result in additional problems. Whatever server failover solution a company decides upon, it should be one that ensures a controlled switchback takes place in a manner that ensures proper database re-synchronization takes place.