Top Data Centre Trends for 2020

Relentless advancements in technology have given us a world that is data-driven and intrinsic. The amount of information being generated increases daily, and at an exponential rate, that the data centre industry needs to come up with new ways to meet rising demands. Service providers like the Macquarie Data Centres understand that you must be prepared to handle a vast amount of information for your business to succeed. Here are some innovative ways that data centre service providers can help you get this done for the year 2020:

1. Increase in Use of Hyperscale Facilities

Hyperscale is the capability to scale exponentially to meet the equally rapid increase in demand. It is one of the technology trends expected to impact the industry for the next few years. Experts estimate that by next year, traffic going through hyperscale data centres will increase four times, accounting for 55% of all data centre traffic.

Another advantage with the hyperscale facility of companies like Macquarie Data Centres is that physical components can be replaced individually instead of the more expensive and time-consuming modular replacement of entire servers. This makes scaling up at the physical level extremely flexible. For instance, if a server fails, an individual application can be moved, causing zero downtime in the process.

2. Artificial Intelligence

Artificial intelligence is an essential output of the constant evolution of data centres. It has the potential to transform the power efficiency of any data centre. It can help save data centre owners millions by automating how data-processing activities across thousands of servers are being scheduled. It can also help you finish tasks 20% to 30% faster during regular traffic and twice as fast during peak hours.

Data centres based on AI can also help beef up security operations by analysing incidents and inputs from multiple systems and generating a custom response system, a perfect complement to the latest Securities Incident and Event Management or SIEMS system. They are also better equipped to recognise malicious traffic and other cybersecurity threats.

AI is an early response to the future’s inevitably high demand in processing capability. However, it is only a component of the more holistic approach of network decentralisation. Together with edge computing, the enormous workload will be distributed efficiently to meet the requirements of the 5G network and other emerging technologies.

3. Edge Computing

The rapid increase in connectivity has made it impractical to transfer data to a centralised location consistently. The answer is in building edge data centres that can process local traffic. Local nodes are placed close to the data and content source. This approach of edge computing enables extreme decentralisation that keeps the heaviest traffic closer to the end-user application. As the Internet of Things becomes more widespread, experts expect that so will this edge computing approach.

4. Security Down to the Chip Level

With the increasing scale and complexity with which cyberattacks are being made, reputable service providers, such as Macquarie Data Centres and global firms, are continuously keeping one step ahead with their own innovations to beef up security. The latest in this effort against virtual intruders is chip-level security. It is created to make sure the safety of both hardware and software by verifying that critical systems boot securely, using only verifiable and authorised code.

This project is currently an open-source and collaborative effort to build a solid foundation for the concept of secure chips.

Author Bio: Alison Lurie is a farmer of words in the field of creativity. She is an experienced independent content writer with a demonstrated history of working in the writing and editing industry.  She is a multi-niche content chef who loves cooking new things.