Updated 12.9.2020 (originally posted 9.1.2016)
How to protect your future data center
When you’re ready to select a partner site for data center colocation and disaster recovery, protection from environmental risks should be the criteria you evaluate first.
Why? While security, bandwidth, uptime and efficiency measures are vital to data center management, Mother Nature is a wild card that has the potential to cause cataclysmic issues for your data center. By refining your geographic preferences first, based on thoughtful consideration of known environmental risk factors, you can streamline your colocation selection process and increase your future data center’s dependability.
Data center natural disaster risks by U.S. region
During your site selection, it is critical to be aware of the natural disasters common to the area. Here are some of the bigger ones that have historically wreaked havoc on data centers and businesses.
The financial costs of recent hurricanes according to the NOA:
- Katrina (2005): $125 billion
- Harvey (2017): $125 billion
- Sandy (2012): $65 billion
- Irma (2017): $50 billion
Due to the proximity to the levers of finance, an East Coast data center location for primary servers may be a business requirement. To help mitigate risk to your data, it is recommended to have your disaster recovery or colocation servers in a different geographical zone.
In the United States, hurricanes only happen along the Gulf Coast and Eastern Seaboard. Because we are located in the rolling plains of the Midwest, a colocation site at Cavern Technologies will give you peace-of-mind that your data is far inland from a hurricane disaster area.
At Cavern, our entire facility – including all of our infrastructure – is located underground beneath 125 feet of limestone. Our unique location keeps our customer’s servers naturally protected from the impacts that tornadoes could have on other data centers in the area. Even the U.S. Government trusts the security and protection provided by our underground environment. The National Archives are housed in the same system of caves where we’re located!
Building codes help protect the human inhabitants of a building and prevent collapse. Seismic design can be incorporated into new and retrofitted buildings in earthquake-prone area to help mitigate the potentially life-threatening effects of earthquakes. Seismic isolation technology has been used successfully in Japan, integrating earthquake gliders into servers in the place of rigid bolting to increase the likelihood servers will survive a seismic event.
Another consideration that many people don’t realize – a common byproduct of severe earthquakes is fire. The warm winds from Southern California can quickly spread fires, where over-stressed fire departments and broken water lines make fighting them a challenge. As a result, mission-critical data on the West Coast should be backed up in regions where earthquake danger low.
Due to our significant distance from the New Madrid fault line, the greater Kansas City area and Cavern Technologies has very little threat from earthquakes.
During Hurricane Sandy, back-up generators and fuel stored in the basements of data centers in New Jersey high-rises exposed another data center vulnerability – flooding. While flooding can happen in all 50 states, protecting your colocation from water is an essential evaluation factor in data center site selection. Your data center should be out of the flood plain, away from dams and levees, and located well outside of tsunami zones.
While we are a subterranean facility, our site at Cavern is located at the second-highest point in Johnson County, Kansas, and we are positioned well above the 500-year flood plain. And because we are in the geographical center of the country, we don’t have to worry about tsunamis.
Ice and snow
Ice, which can weigh on trees and break branches, has the potential to cause major power outages that can disrupt your data center. Confirming trees are located away from electric infrastructure is a good practice during site review. Back-up generators should also be housed in an environment protected from ice and snow to ensure dependable redundancy. For above-ground facilities, the weight of snow is a data center threat due to its potential to cause roof collapse. Just 24 inches of snow can weigh 17 pounds per square foot. So, a roof the size of a football field (300 feet x 150 feet) could have 765,000 pounds of snow on it after a 24-inch accumulation. For comparison, with the average U.S. car weighing in at about 4,000 pounds, that would be the equivalent of 190 cars parked on the roof!
At Cavern, our “roof” is 125 feet of limestone, and all of our back-up generators are nestled underground as well. Our facility integrates multiple power redundancies including redundant primary power feeds to the subsurface. That means a data center at Cavern is thoroughly protected from downtime due to ice and snow.
When selecting a site for your colocation, it’s important to do your homework. Start your site selection process by evaluating major environmental risks that could impact your data center’s dependability.