The capacity to process and retain huge quantities of data is at the heart of every company. While some companies can get away with storing these volumes of data in-house, it’s often expensive and burdensome to buy the hardware for this task, much less to keep them running.
Instead, a good number of these firms rely on dedicated data centres for a safe, secure, and convenient way to store their company data.
However, as businesses rely more on digital data to drive their operations, the volume of data being generated has grown exponentially. As a result, even the traditional data processing centres can be bottlenecked.
And while many traditional data centres are able and willing to provide more resources for their clients, this shift will require more than just clicking a button. Additional cooling, more space, and more electrical consumption are some factors to be expected when upgrading from these servers, and it’s not always a guarantee that these data centres will be able to provide what’s needed.
This is where hyperscale services come into play.
Hyperscale data centres are purpose-built to handle large quantities of data, and they’re often able to do so more efficiently than traditional data centres without increasing hardware capacity.
Let’s take a look at some of the reasons why hyperscale services are gaining traction among organisations.
1) Better security
Hyperscale services are considerably more massive and complex than traditional data centres, owing to the fact that the infrastructure is meant to serve large-scale clientele whose customer base spans a global or large national sphere.
There is a slew of ways data can be compromised in a data centre. To name a few, bad data injection, virus attacks, and DDoS attacks can all compromise data and put certain operations to a grinding halt. To prevent and mitigate these attacks, security protocols are much more stringent and tight in these facilities.
However, security for hyperscale services isn’t only limited to cybersecurity measures; the access to the facility itself is also heavily guarded.
For instance, many hyperscale data centres are equipped with biometric scanners to ensure that only authorised personnel can gain entry. CCTVs and security personnel are also on-site to monitor activity.
2) Efficient energy consumption
With the increased interconnectivity and demand for data, it’s no surprise that data centres consume a fair share of energy.
In fact, The International Energy Agency estimates that 1% of all of the world’s energy is used to power data centres. The majority of this energy is used to power the systems needed to operate the racks of servers that store data. However, a sizeable amount of energy is also used to cool these servers.
As such, hyperscale data centres have been designed with energy efficiency in mind. Still, it’s important to keep in mind that these data centres often house hundreds of thousands of servers, so the energy required to power and cool them can still be quite significant regardless of innovative measures designed to curb the usage.
3) Unparalleled scalability
Organisations with plenty of end-users and customers often need to be able to handle sudden changes in demand. For instance, a retailer might experience a spike in traffic during the holiday season.
A traditional data centre might have a hard time accommodating this sudden influx, as the systems aren’t designed to handle such a dramatic increase. This could lead to a host of problems, including system crashes and data loss.
On the other hand, hyperscale services like Hyperscale services providers with MDC offer more bandwidth space, making them better equipped to handle sudden changes in demand. This scalability is one of the main reasons why hyperscale services have become increasingly popular for most mainstream organisations.
4) Custom hardware
Technological behemoths like Google and Facebook often need customised hardware that can be integrated into their existing servers for their end-users. This is because these companies often run on highly-specific processes and systems that are vital for their continuity.
Oftentimes, traditional data centres are unable or unwilling to provide this level of customisation. If permitted, this addition may bring with it safety concerns that can’t be immediately addressed. Hyperscale data centres, however, are designed to be more flexible and accommodating.
On top of that, hyperscale data centres also allow external security measures to be tested and installed. While security measures within the facility are already top-notch, these additional layers of defence give organisations extra peace of mind.
Let’s face it, hyperscale data centres are the future of IT infrastructure. With more digital processes gaining traction across all industries, it’s a given that these facilities will only rise in popularity as we tread further along the digital era.
The reason for this is simple: hyperscale services provide everything needed to operate and manage data for present use, as well as the capacity to meet the demands over time only when the business grows.
Rather than being limited by the service-level agreement terms for life, these data centres are also flexible and can be easily expanded to accommodate more servers as the business need arises.
With all these factors in play, it’s only a matter of time before hyperscale data centres dominate the data storage space.