What is the Future of Data Center in Technological Solutions? What Kind of Technology Trends to Watch in Data Center?

The data centers of the future are software-based processing, because that allows them to be very close to consumers, and offer what is known as Edge Computing, a solution to latency problems in operating scenarios where immediate processing is essential. He can not wait. Likewise, its second-generation Xeon Scalable processors are the most suitable for those data centers of the future because they have the capacity to execute and accelerate tasks of Artificial Intelligence, 5G, Blockchain, among others.

The modernization of data centers is a constant process, since securing infrastructure is a key and permanent activity, from design to operation and updating, since the consequences of breaches in computer security have already been documented, as established the research firm Select.

However, Select forecasts that in 2019 there will be an increase in investments for data center components as the demand for servers, networks, management software, as well as temperature and energy management systems will increase.

5 Data Center Technology Trends to Lookout in 2019

Server Virtualization

With high-density deployments ending up increasingly normal (more on that in a minute), numerous data center are moving to a software-defined data center (SDDC) administration model to give clients better effectiveness, adaptability, and permeability. Virtualization procedures make it conceivable to digest processing and capacity abilities into compartmentalized software, permitting data focuses to bundle out parts of a server on an as-required premise. This permits data focuses to deal with different clients on a solitary server, which significantly decreases working expenses and augments infrastructure assets. Since everything is software-based, it's effectively adaptable and offers gigantic availability alternatives for data focus clients hoping to manufacture a modified IT infrastructure that meets their business needs. Hybrid cloud and multi-cloud deployments will positively turn out to be substantially more typical for SDDC clients utilizing virtualization services, making virtualization a key data center innovation pattern to watch.

Encryption as a Service

From multiple points of view, 2018 was the time of the cloud. A stunning 96 percent of associations used the cloud in some structure, with 81 percent of ventures utilizing a multi-cloud procedure to address their issues. With such a significant number of organizations working together over the cloud, they can't bear to take any risks with data security. A solitary break could bring about enormous money related misfortunes and cause hopeless harm to their image notoriety. For organizations that use half breed cloud and multi-cloud deployments, guaranteeing that their data is secured both in travel and very still is basically significant. Edge processing engineering that fuses the internet of things (IoT) devices likewise handle immense measures of client data that could conceivably be helpless as it moves from point to point along the external edges of the network.

Direct Cloud Service Connections

Data centers effectively offer a a rich exhibit of availability choices, regularly over a solitary cross-associate with guarantee better speed and administration with insignificant personal time. Numerous offices, nonetheless, are going the additional progression by offering direct associations with cloud providers that sidestep the open web out and out, conveying the absolute best in speed, openness, and security. Administrations like Microsoft Azure Express Route are as of now turning into a need for organizations needing an aggressive edge with regards to conveying administrations. These associations can turbocharge traditional half and half cloud and multi-cloud deployments, making them a significant data focus innovation pattern to search for.

High-Density Deployments

As processors become all the more dominant and productive, data centers are sending all the more high-density racks to suit them. A commonplace server rack may draw about 7kW of intensity, yet higher-density deployments could keep running as high as 30 to 40kW. All that power means better execution and a better limit. These deployments permit data centers to pack all the more processing force into littler spaces, which can lessen overhead expenses and improve control conveyance.

Artificial Intelligence

Talking about artificial intelligence, headways in machine learning and AI likewise guarantee to change the manner in which data centers work. The present offices lean vigorously upon examination projects to work all the more effectively, yet progressions in AI can possibly reform data center operations. Organizations like Google are  now utilizing AI to deal with the cooling infrastructure a portion of their private data centers. The genuine development, in any case, is simply the plausibility of a totally overseen data center that can work completely self-rulingly. While remote hands administrations will consistently be important to address specialized issues, AI makes it feasible for data center infrastructure to self-analyze and even self-right numerous issues. It might take data centers numerous years to completely understand the capability of this innovation, yet the initial steps have been taken.

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What Are the Different Classifications Of A Data Center?

In appearance, a data center looks like an ordinary shed. In reality, it is a very complex infrastructure. This is the reason why they are classified according to different criteria and certifications.

Servers, storage systems, network switches, routers, firewalls, cables, physical racks ... Not to mention a power distribution system, an electrical switch, generators dedicated to backup, ventilation, and cooling system ...

In short, a datacenter is very complex machinery to master. For companies that invest in this type of project, it is vital to ensure that the installation will provide the level of performance and computing reliability that matches the business purpose. While the availability, data security, and the quality of services offered are critical, businesses must deliver a return on their investment.

This independent advisory body categorizes data centers into four tiers: TIER I, II, III, and IV. Each level takes the characteristics of the previous step, adding additional improvements. The goal is to assess the quality and reliability of data center hosting capabilities.

Tier I - "basic"

This level corresponds to a data center consisting of a single power supply, without any redundancy for infrastructure or air conditioning.

• Availability rate: 99.671%.
• An annual stop for maintenance.

Tier II - partial redundancy

Some power distribution components are redundant, but the electrical distribution path is not redundant. Planning maintenance operations on redundant components avoid any impact on the hardware.

• Availability rate: 99.741%.
• 22 hours (average) of interruption per year.

Tier III - concurrent maintenance

All components are redundant and multiple distribution paths exist, but only one is used (active/passive mode distribution). All computer equipment is dual powered.

• Availability rate: 99.982%.
• 1.6 hours (average) of interruption per year.

Tier IV - fault tolerance

There are several sources of food. Each system is redundant and physically compartmentalized. This datacenter automatically supports the unplanned shutdown of a component.

Continuous cooling: the room temperature is maintained even during an electrical break.

• Availability rate: 99.995%.
• 0.8 hour (average) interruption per year.

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How To Protect Data Center From Cyber Attack?

To simplify things, many individuals or businesses adopt the cloud through a provider that hosts all their data in a data center. This does not prevent them from sometimes worrying: is not it somewhat risky to entrust to others the management of private information, and therefore valuable? Especially in case of physical or digital attacks?

First and foremost, it's important to understand that cloud provider are only too aware of how sensitive data is, making protection a priority at all levels. In other words, the data centers are real bunkers, much more secure than the IT structures of individuals and businesses. This is also why protection is provided before, during, and after an attack.

Anticipate Cyberattacks

To combat digital threats (such as hacking), servers are most often equipped with antivirus, firewalls, and protected by external elements such as servers dedicated to intrusion detection. Also thought out and verified are solutions against DDOS attacks - by that, understand the "distributed denial of service" attacks against one or more computer systems through a multitude of other diverted computer systems.

Attackers seek in this way to make legitimate access to services such as websites impossible. The often costly and complex defenses available against such attacks in data centers consist of monitoring and alerting tools, illegitimate traffic cleansing servers, and may also involve rerouting traffic to specialized transit operators thanks to the teams present 24 hours a day.

The security of the data center also involves a number of software alleviations and a systematic installation of updates. " A whole series of tests are also carried out in the development division, in order to be sure that the installation does not have any security flaw. For example, for applications in a Microsoft environment, the procedure involves removing the processes and programs, most of which are useless for the service, that will prove potentially exploitable by external attackers. We will reduce and modify the configurations of the applications and the system to make them more secure. Finally, in terms of operating systems, and that's very important, we do the security updates as soon as they pass the regression tests. If it turns out that this is not the case, we apply external countermeasures to mitigate any faults. "

Digital Threat, But Also Physical

Risks are not just digital, however, and the protection of information also involves physical prevention. Theft of data-rich equipment, the breakage of servers ... To fight vandalism, guards are constantly mobilized and video surveillance systems are deployed within the building itself and around it. And to prevent break-ins, the entrance to the building is secured by an access control with different levels of rights that vary by room. Impossible for a visitor to return without being accompanied by an employee of the place, therefore. And if an unwanted happens to break in any way, all the badges can be instantly deactivated while the alarms alert the staff. Blocking the intruder (s) in a room.

In case of fire - criminal or otherwise - the data centers are also equipped with an automatic gas extinguishing system. But that's not all: the structure is also designed to alleviate all the so-called natural risks: heatwave, storm, flood ... This is why the enclosure is often surrounded by lightning conductors and that the air conditioners are chosen to operate that does not matter the outside temperature. And in the event of a power outage, the buildings are equipped with one or even several independent power generators.

Finally, it is not uncommon for a provider to use a second data center. In this case, it is usually close to the first to optimize data synchronization. But it must be connected to a different electricity grid, risk of cutoff obliges. Thus, if one of the centers is affected, the other allows to always keep a certain control of the situation.

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