Achieving 99.99% Server and Network Uptime | Webwerks
Achieving 99.99% Server and Network Uptime
Submitted by admin on Mon, 02/17/2020 - 20:31
Achieving 99.99% Server and Network Uptime

We are in the cyber age where internet is an inseparable part of any business. Buying and owning a domain name will not be enough in today's highly competitive market. Companies want a seamless web presence for their businesses. 

So, if you have a web domain for your business, you need to move a step further to ensure that you are achieving 99.99% server uptime for your website. Downtime is as bad as having no website at all.

First let's see what does 99.99% server and network uptime is all about. When we say 99.99%, what we actually mean 0.1% downtime.

Let's understand the downtime through calculations:

An entire year in minutes x (downtime%)/100 = 365days x 24hours x 60min x (0.1)/100 = 525600 x (0.1)/100 = 525.6 minutes

Converting 525.6 minutes into hours

525.6/60=8.76 hours

So, the above calculation indicates that if the web hosting services provider guarantees 99.99% network uptime, then the maximum downtime for the network will be 8 hours in the entire year. This downtime is to upkeep the process and also the time involved in dealing with some unavoidable technical issues like hardware replacement, fixing errors, maintenance, reboot, troubleshooting etc.

data centers in india

What ensures 99.99% Network Uptime?

99.99% Network Uptime SLA by the web hosting provider is one of the assurance factors but only the SLA is not enough. When choosing the data center, you should carefully look for advanced data center infrastructure, security parameters, redundancy etc.   HVAC Data Centers India Efficient Cooling: Adoption of energy efficient cooling technologies in data centers ensures the right functioning of maintenance of servers, hardware and other computing resources. Energy efficient not only saves energy but it also cuts down on the costs.   N+1 Redundant Data Center India N+1 Redundancy: N+1 means the back up options for power supply, and other server infrastructure. Data centers with N+1 redundancy have less likeliness of interruption and downtime ensuring business continuity.  


Highly advanced Security techniques:

Advanced security techniques include biometric login, security scanning, coded access, 24x7 surveillance, only authorized access along with trained security personnel are the evidence of high degree of data center security. Advanced security systems will avoid any threat which may lead to interruption loss or damage to clients data and resources at data centers.


Disaster recovery management:

Tier IV data centers are fault-tolerant avoiding any affects and impact on resources from any disaster.