Today, data is available everywhere generated by the extensive use of the internet of things such as smart devices, applications and social media channels. This immense growth in data usage has led to increased data center space as part of organizations’ efforts to amass valuable insights. In the modern IT world, data centers have become an essential part as most businesses are shifting their IT budgets solely on the operations and infrastructure of the data center.
It is predicted that 175 zettabytes of data will be produced by 2025, which will make data centers to continue to play a vital role in the ingestion, computation, storage, and management of information. As large tech giants have made technology inherent to people’s daily lives, it is significant to understand the workings of these technologies and how companies are managing a rising presence in today’s digital world.
Thus, with the help of hyperscale data centers, organizations continue to arise with higher levels of computing capacity. However, as the market demand is growing exponentially, these companies will have to build their facilities at a faster pace to meet this demand.
Advances in cutting-edge technologies continue to lead a rising demand for data centers to gather and store data. And this increasing demand, alongside the need for performance, agility, and security for applications and data, will set a platform for data centers to evolve towards a new process in the realm of IT that are seeking a high level of efficiency.
However, as data centers will become smarter and more connected, the threat of data breach will also increase. Reportedly, the major concern among many data centers is that they receive inadequate monitoring of third-party entities accessing the devices and the digitized operations they perform within the premises. Thus, in the coming years, the data center facilities will likely to grant access to a network resource only if it fulfils specific criteria like the time, location, among others.
Impact of Edge Computing
As cloud computing has played crucial role in reliable and cost-effective connectivity of a myriad of devices over the internet since several years, the incessant growth of IoT has put a strain on networking bandwidth. However, the evolution of edge computing here is mitigating this challenge as it is deployed to provide hyper-local storage at the edge of the network.
The technology propels the core processing functions to the specific location where it is often needed at the edge of the network that makes the technology possible to glean and process data on position, in place of transferring back to the centralized cloud for computation. Several big techies leverage this technology. Tesla, for instance, has deployed robust on-board computing capability, leading to the collection of data using external sensors connected to the vehicle in real-time.
Future of Data Centers
Companies these days are developing innovative strategies for data centers that can protect the environment as well as benefit their business. When it comes to operating a data center, 50 percent of the energy is invested in running the infrastructure, UPS, power, and cooling, while the remaining 50 percent is utilized to drive the data.
Thus, to running a data center effectively, it requires an immense amount of energy. However, companies now are turning to build green data centers, with the aim of a green environment, shaping the future of data centers.