Valnet Vault Secure Backup Service
It’s a fact of life that people make mistakes, hard drives crash, and power surges damage computers. We all keep our lives on our computers now, and we need to protect the files that keep our history and information – digital photos of birthdays, anniversaries, and weddings; tax return documents, bank statements, school reports and files.
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How Does Valnet Vault Work?
Install Valnet Vault Backup client software application on your computer to manage all of your data protection and restoration. After you easily identify what data you want to protect, Valnet Vault Backup encrypts and compresses this data and then transfers a master copy to our highly secure data center.
Unlike our competition, you determine what files and folders to backup and you can set different retention policies on a per-folder, per-file, or per-file-pattern basis. Valnet Vault Backup does not care if the file is located on your computer or somewhere else on your network. You just point and shoot and Valnet Vault Backup does the rest. Each time you change a file, Valnet Vault Backup detects the changes, encrypts these changes, and sends only the changes to a data center to be stored with the master copy of your file.
Our easy-to-use system lets you decide how often to backup and how many previous versions of your data to keep. Because only the changes or deltas of your data are stored, very small amounts of storage are used to maintain many versions. You can even ask Valnet Vault Backup to help you when data is destroyed by mistake. Valnet Vault Backup will maintain copies of files you have deleted for the period of time you determine, preventing accidental deletions. This valuable tool will come in very handy one day, guaranteed.
Why the Vault?
The Valnet Vault was rated as one of the most secure data centers in the country. This facility has 99.999% reliability and features the best requirement to keep your information safe and secure.
- State of the art data center ID system and security including video surveillance and recording.
- All entrances to the data center have biometric scanning in combination with card key to prevent unauthorized access.
- 10 foot razor fence and armed security guards 24/7/365.
- 4 Main, State of the art, UPS Systems
- 3 Generators with in-ground 5000 gallon fuel tanks to ensure power if there is an outage. Each is rated 1.5 megawatt and 800 KVA.
- A connection to the most reliable power grid in the state of Georgia through quad vaults on 4 feeds. This grid protects the main hospital in Atlanta so it is on a last outage program for critical services and was extensively upgraded for the Olympics. For the last 5 years, the generators have only been used for testing.
- Eight 22-ton Redundant Liebert Air systems providing consistent temperature and humidity range in the datacenter.
- Continual environmental monitoring in each cabinet and through the data center, with threshold alarms providing early warning of anomalous conditions.
- Redundant Cisco BGP routing and switching infrastructure with cold spares on site. If equipment failure occurs, there is no interruption of service.
- 10 Gig Metro Ethernet ring for the core routing. Dual feeds of all aggregation routers ensure 100% uptime – some of the best in the business.
- Avaya ANS BGP management system optimizing the routes on the 6 gig network in real time, 7000 times per minute based upon trace route performance, to ensure that our servers have the highest performance routing.
- State of the art monitoring system for all devices with instant failure notification.
6 backbone providers who are publicly peered with 12 providers. Our current network consists of Gigabit links to Abovenet, XO, PCC-BTN, SAVVIS, Telia, Level 3 and the Atlanta Internet Exchange public peering point. The Network depends on a few large pipes from quality providers to handle spikes in traffic and the occasional Denial of Service attack as well as unknown traffic patterns in the case of a primary link failure. The network minimum Internet backbone connection is a 1 Gig pipe.
Valnet is a strong advocate of reducing its own carbon foot print along with its customers. While servers and storage still require a significant supply of electricity, a carefully maintained indoor environment, and fail-safe backup systems, we’re developing new ways to do it all in a more sustainable way.
When data centers were first being built, nobody really thought much about things like energy efficiency and environmental impact. But we’re helping to change that. While servers and storage still require a significant power supply of electricity, a carefully maintained indoor environment, and fail-safe backup systems, we’re developing new ways to do it all in a more sustainable way.
When Bigger is Not Better
The temptation for any successful organization is to build the largest, most impressive structure you can afford. But according to the Leadership in Energy and Environmental Design (LEED) Green Building Rating System, developed by the U.S. Green Building Council, the less material you use in the construction of your building the better. We’ve built our Data Center with a minimum of materials that are not required for effective operation. A grand entryway may be impressive to a few clients, but the more drywall, marble and paint that goes into a facility the more energy is required to make and install those materials. And using more materials also results in more volatile organic compound being produced in the manufacturing of the materials. It also takes energy to transport these materials, which along with their byproducts, end up in our landfills.
Keeping Cool and Still Using Less
Heat Pumps to Recycle Data Center BTUs
An A/C Unit Cooling the Server Area
It doesn’t take many computers to generate a lot of heat, but it’s important to their stability that they run in a carefully controlled climate. Many data centers use additional gas or electricity to heat and cool the non-data portions of their facilities. But we’re implementing heat pumps that utilize the heat from the data center to heat the offices and generator rooms in the winter and utilize the data centers highly efficient cooling towers to provide cooling to the offices in the summer. This not only saves us money on burning gas or electricity to heat the space, but is more environmentally friendly. Our use of well water for the cooling towers also provides geothermal heat removal since all the water being input to the towers is from the earth at a constant 55 degrees Fahrenheit which removes BTUs from the water and building naturally.
Another cooling resource we’re exploring is the use of well water in an outside cooling tower. As mentioned above it gives us natural BTU removal through geothermal cooling but it also gives us a big savings in water replacement and reduces the amount of electricity needed to distribute city water over long distances and the harmful chemicals used in its treatment for drinking purification, as well conserves potable water in the city’s watershed.
Optimizing Pumps and Fans for Better Efficiency
Under the old way of designing a cooling system, you’d hire an engineer to come in and do a Doppler flow study on your water distribution pipes to make sure that the pumps, when running at full speed, were providing enough gallons per minute to your air conditioning units to remove enough BTUs from the air. Then you would manually adjust flow restricting valves that would “balance” your system to the proper amount. This is highly inefficient because pumps running at 100% are using most of their energy to achieve the last 30% of the motor curve. Also, when the amount of water the pump is able to move is restricted, it works harder, uses more energy, and reduces its effective life.
State of the Art VFD and Computer Optimizing Systems
To avoid wasting this energy we use Variable Frequency Drives (VFDs) on our air conditioning pumps and fans. A VFD will provide the right amount of electricity so the motor can operate in the most efficient manner. It’s not working harder, just smarter.
We’re also cutting energy usage on the cooling fans on our water chillers. They used to be run by a sensor that would turn them on or off at a certain water temperature. This meant that the motors were constantly cycling on and off. A large amount of current is required for a startup and as the motor ran a full capacity it was wasting half of its input energy.
Now, our building computer monitors the water temperature. By using VFD’s to control the speed of the fans, they run efficiently all the time, avoiding the startup draw and doing a better job of maintaining a constant temperature. Again, this saves money on power cost and on equipment wear and tear.
Protecting these files is simple and easy with Valnet Vault! All you need to do to start protecting your important data is click over to Valnet Vault and sign up for our 30 day free trial!