Navigating the Future: The Evolution of Edge Data Centers in 2024

In today’s dynamic technological realm, the relentless quest for efficiency, speed, and accessibility has instigated a profound shift. No longer confined to centralized repositories, data now traverses a dispersed landscape, elevating the need for edge data centers. As we embrace the advent of 2024, these centers emerge as vanguards of innovation, fundamentally transforming our approach to comprehending and harnessing data. The traditional paradigm of centralized data centers, once the centers of information storage and processing, encountered limitations in meeting the escalating demands for instantaneous access and reduced inactivity. Consequently, the concept of edge data centers was conceived, offering a solution by redefining the geographical proximity of data to end-users.

Evolution of Edge Data Centers in 2024

In this epoch, data isn’t merely a static entity stored in distant silos. Instead, it flows dynamically, residing closer to where it’s utilized, thereby enhancing response times and facilitating real-time interactions. This evolution signifies a paradigmatic departure from the conventional model of data accessibility. The significance of edge data centers transcends mere convenience; it embodies a seismic shift in the very essence of data utilization. These centers empower applications that demand instantaneous responsiveness, revolutionizing industries and enabling innovations that were once constrained by latency and geographical distance.

As we advance into 2024, these centers are no longer peripheral players but pivotal hubs orchestrating a symphony of seamless connectivity. They stand resolutely at the nexus of innovation, reshaping the fundamental tenets of how we process, disseminate, and leverage data in an era where distance and efficiency reign supreme.

The Genesis of Edge Data Centers

Traditionally, data centers were concentrated, serving vast regions and populations from centralized locations. However, the burgeoning need for low-latency, high-bandwidth applications demanded a shift in approach. Enter the concept of edge data centers – strategically positioned facilities designed to bring data closer to the end-users.

The Transformative Shift

The evolution of edge data centers in 2024 marks a transformative shift in the data landscape. These centers are no longer mere storage units but dynamic hubs that process and deliver information at lightning speed, enabling real-time applications like never before.

1. Proximity to Users

Edge data centers in 2024 prioritize proximity. By dispersing these centers closer to the consumers, the latency is significantly reduced, facilitating seamless experiences for applications demanding immediate responses, such as IoT devices, autonomous vehicles, and augmented reality.

2. Enhanced Security Measures

Security remains paramount. Edge data centers have evolved to fortify themselves against potential threats. With advanced encryption protocols, multi-factor authentication, and robust firewalls, these centers ensure data privacy and protection without compromising on speed.

3. AI and Automation Integration

2024’s edge data centers aren’t just about hardware; they’re also the nerve centers of sophisticated AI and automation. These technologies optimize operations, predict system anomalies, and adapt to changing demands, making them more agile and efficient.

The Impact on Industries

The ripple effects of edge data centers extend across various industries, fundamentally altering how businesses operate and how consumers experience services.

1. Healthcare

In the healthcare sector, edge data centers revolutionize patient care. Real-time data analysis enables quicker diagnosis, remote monitoring, and personalized treatment plans. This advancement not only enhances patient outcomes but also improves overall healthcare accessibility.

2. Retail

For the retail industry, edge data centers redefine the shopping experience. From personalized recommendations based on in-store movements to efficient inventory management, these centers empower retailers to create immersive, responsive, and seamless customer interactions.

3. Entertainment and Gaming

Entertainment and gaming industries witness a paradigm shift with edge data centers. The reduction in latency ensures immersive gaming experiences and seamless streaming of high-definition content, bringing entertainment closer to users in an unprecedented manner.

Challenges and Future Prospects

While the evolution of edge data centers brings about remarkable advancements, challenges persist. The deployment and maintenance of a distributed network demand substantial investments. Additionally, ensuring uniformity in service quality across diverse geographical locations remains a hurdle. However, looking ahead, the future seems promising. Technological advancements such as 5G networks, quantum computing, and advancements in data processing hold the potential to overcome these challenges, further propelling the capabilities and reach of edge data centers.

Conclusion:

Embracing the Edge As we navigate the future, the evolution of edge data centers in 2024 signifies a pivotal moment in our technological journey. It’s not merely about storing or processing data; it’s about empowering innovation, transforming industries, and bringing us closer to a hyper-connected world. The road ahead is paved with opportunities and challenges, but it’s evident that edge data centers are the cornerstone of this technological revolution, reshaping our digital landscape and propelling us into a future where speed, accessibility, and efficiency are the norm

Datacenter Security in the Age of Cyber War

Data centers are essential to the global economy’s future.

Certainly, as more people and organizations migrate to the digital realm, the demand for efficient information processing grows. Data centers serve as communication networks even remotely, enabling end users to access information quickly.

Data centers are more important than ever at a time when remote working environments are expanding and becoming more common.

Data centers are much more than they appear. They are central to a digital transformation movement.

The global data center market is expected to reach $105.6 billion by 2026.

The expansion of data centers shows no signs of reducing. On the contrary, there is an increasing demand for greater digital data access, processing, and storage.

Global Data Center Market

Understandably, the combination of remote working trends and a tech-savvy culture indicates that the data center market size will continue to grow indefinitely.

Growth, however, has its challenges.

One of the most significant barriers facing data center expansion is how the sector can comprehend to manage its security issues.

Data security concerns 76% of business data centers.

Data security is the company’s first worry, as it can expose enterprises to unintended data loss, corruption, and exposure. However, security solutions can be time- and money-consuming for data centers that handle vast amounts of data.

Simply put, assume you have million dollars & you are responsible for safeguarding them. Would you leave it open for criminals to steal or lock it away?

This parallel applies to your data center, a virtual goldmine of information. Still, many businesses prefer to do the bare minimum regarding data center security. The data center of your organization, which consists of connected computers, servers, and devices that process, distribute, and store valuable information, is an integral part of its digital infrastructure. The mix of policies, methods, procedures, and technology that protect data centers from cyber attacks and other virtual dangers is known as data center security.

So, what data security standards should you be aware of to meet and maintain compliance?

Let’s talk about it.

Firstly what data can be found in the data center, and how can the data be exposed?

It should be no surprise that data security is critical for any business. It’s priceless information that can make or extinguish your business. Examples of data contained in a data center include proprietary information like intellectual property and trade secrets, as well as personal and financial information from clients.

  • Customer trust and reputational harm: Why should your customers trust you if they know you aren’t protecting their data (or even your intellectual property)?
  • Noncompliance fines from industry rules: PCI DSS, HIPAA, GDPR, SAE 18 (previously SAE 16), and ISO 27001: 2013 are among the regulations that have data center security standards.
  • Financial losses and revenue loss: Organizations are concerned about downtime because it could result in large revenue losses.

Tip for Datacenter Security in the Age of Cyber War

Datacenter Security

Tip #1: Data Center Security at Physical Level

When people evaluate the security mechanisms to secure their organization’s data, they often overlook the physical security aspect. Why? They are frequently focused on concerns about data loss hazards caused by cyber assaults and data breaches.

Businesses may need to realize that physical security threats can be among the most damaging.

If you’re building your own data center rather than using a cloud or colocation data center, it’s critical to plan out the physical space of your data center ahead of time. This includes selecting if your data center should be in a remote location or in a more crowded area.

But, in terms of security, what else should you consider when choosing a location for a data center? Keep an eye out for weather-related hazards and low-lying places. Keep an eye out for heated geological zones that are prone to earthquakes.

If you intend to build in a more densely populated region, you can conceal your data center by making it blend in with its surroundings.

Physical Security Measures for Data Centers

Aside from the location, there are numerous other physical security concerns. Datacenter hardening can comprise the following measures:

  1. Walls and structures made of reinforced concrete can defend the facility from external attacks.
  2. Server cabinets and cages that are anchored to the ground and locked.

3. Temperature and humidity variations are monitored and regulated via environmental controls.

Tip #2: Invest in the Right Tools to Protect Your Data and Network

Traditionally a solid data center security plan employed perimeter-based security solutions to monitor and protect your network from both internal and external threats. But, nothing is constant in security, and this is especially true when it comes to the basic approach and model that many firms are adopting.

Zero Trust cybersecurity is a term that isn’t necessarily new but has become increasingly relevant as a result of the COVID-19 outbreak. Zero Trust solutions are quickly becoming the norm for remote and scattered employees. The concept is that no person or device, whether inside or outside the system, should be automatically trusted.

If you wish to harden your data center’s cyber security even more, you can (and should):

  • Audit your assets, security management processes, and access protocols regularly.
  • You can protect data between endpoints via network encryption and on the server by using server-level encryption.
  • To continuously monitor logs and report on security events and threats, integrate automation and security information and event management (SIEM) solutions (or use a third-party service).

Tip #3:  Monitor and Restrict Physical & Virtual Access

However, more than having door locks and cameras are needed to secure your data. It would help if you also kept an eye on digital access. Why? According to IBM and the Ponemon Institute’s 2019 Cost of a Data Breach Report, 49% of data breaches were caused by human errors and system malfunctions rather than cyber attacks.

Tip #4: Have Redundant Data Backups and Infrastructure in Place

No matter how often we discuss data backups, more is needed. As you’ve read in the news, ransomware and cyber attacks have impacted major municipalities, hospitals, and companies. However, for some reason, organizations prefer to refrain from taking the necessary safeguards to create redundant data backups.

Is it due to laziness? Perhaps it’s the “it won’t happen to me” mentality. Regardless of the reasons why they shouldn’t, having redundant backups – both data and secondary infrastructure — in place can save you a lot of time, money, and problems. When the crap hits the fan — and it will, inevitably — you’ll wish you’d taken the time to prepare.

Tip #5: Keep Your Servers and Systems Updated

Nobody enjoys taking time out of their day to run tedious updates and patch their systems. After all, you have far more essential things to attend to, don’t you?

Keep your servers and systems updated

When manufacturers offer patches, it is their means of plugging any security holes found in their devices. It’s similar to fixing a hole in your roof to keep rain from spilling or leaking through. It’s their technique of patching the flaw before a lousy man can exploit it and cause problems.

Final Thought

Your network computers, servers, and other critical components are kept in your data center. In a calamity, it serves as a safe refuge for your data.

You have less control over the physical security measures in place if you consider hiring a cloud or managed hosting service provider than you would with an in-house data center. However, you can request compliance reports from the service provider, giving you more confidence in their security capabilities.

Determining How CDN Can Be Beneficial for Enterprises

CDN solutions 1

Businesses often use a Content Delivery Network or CDN to reduce the delay & latency on a network. CDN uses multiple & geographically scattered Data Centers, also known as Points of Presence (PoPs). When it comes to image hosting, static images can be deployed across these servers that ensure quick delivery, thus reducing the download time.

What is a CDN?

A Content Delivery Network or CDN defines a system of multiple servers containing replicated data present & stored across different PoPs. A rightly implemented CDN Solution helps in improving the data access as it increases bandwidth, thereby minimizing the latency. A CDN Solution comprises various elements like video downloads, image downloads, applications, and other objects. A trusted CDN provider comprises multiple & localized Points of Presence (PoPs) or Data Centers connected over the Internet.

How CDN Works

CDN Solutions contain several replicas of static resources present in the website and then cache these across various Data Centers that are geographically scattered. Whenever there is a website visitor, the visitor is presented with core and dynamic content present. The user updates the content frequently, and the static content present in the website uses their source URLs to be rewritten, delivered from different geographically scattered Data Centers.

Types of CDN

There are two basic models in any CDN Solution: peer-to-peer (P2P) network and peering/private models.

  • Peer-to-peer Network Model

This CDN Model is highly decentralized and made up of systems of individual users having access to certain files that can be extracted from the servers. In a P2P CDN Model, it becomes feasible for the CDN users to host their website along with the associated files. The biggest drawback of this CDN Model is security, and the complete processing of collecting files at a single destination can sometimes become a challenging task.

  • Peering/Private CDN Model

In this CDN model, enterprises ensure servers are geographically scattered. Each of the localized PoPs contains replicas of user files, and when a website visitor visits it, they can download the files from the Data Center that is present geographically closest to them. In a peering/private CDN model, the loading time gets enhanced multi-folds and secures the website from any crashes or failures.

How CDN Benefits?

With a CDN Solution in place, the following benefits are gained by users-

  • Speed

A CDN Solution assures website visitors by serving files directly from the Data Center present geographically closest to them. Such localized Data Centers reduce the distance traveled by the file and the number of relays & steps. This enhanced speed offered by CDN Solutions can be of great help, especially in large-sized files, as they tend to take a longer time than the small ones.  Smaller images have very low loading times and are fetched quickly from the nearest Data Centers.

  • Provides Alternates to Hosting

Users often use webservers for multiple reasons. The primary concern rests with the fact the website visitors are geographically dispersed, resulting in lower loading & accessing speeds. With a CDN solution deployed, it becomes easier to determine the main server and the hosting provider that meets the increasing needs of website visitors.

  • Reliability

CDN Solutions are well known for delivering redundancy. There is a constant risk of webservers facing physical damage or lags in the installed software. In case a node is not available, and a CDN solution is deployed. The network reconfigures itself for delivering the user requested data from the best node present in the network. In the case of websites, it is proven that hosting images enhance viewership by multi-folds; however, a single PoP can hamper the website’s performance during traffic surges. With a Content Delivery Network in place, the network distributes the load by redirecting the image requests to different CDN servers. As the load is distributed within the network, images and other media files on the website get loaded at faster rates.

  • Security

CDN solutions are often used by business heads handling highly confidential & sensitive data. CDN helps such CIOs & CTOs from these industries by providing them a high-level cyber defense against attempts made for hacking. Such security mechanisms are implemented on a broad level, benefitting every end-user.

Concluding Remarks

Content Delivery Network or CDN plays an important role in reducing the time taken by web hosting servers to process and deliver the user requested content. It also minimizes latency by fetching data from the nearest Data Centers present in the network, resulting in lower delay. Longer delays in data loading result in lower user experience, but with CDN, this problem is easily addressed, and user experience gets enhanced. Besides faster loading & data replications, CDN ensures that during scenarios like traffic surges, network downtimes, the website remains secure & safeguarded across the network. For websites, it plays an important role in improving their ranking.

HYPERSCALE DATA CENTERS: INDIA’S DATA CENTER EXPANSION

There will be an expansion of data centers in India as digital users are growing unprecedentedly.

Indian consumers are among the significant users of social media services. Facebook has a practically equivalent number of users in India if compared to the US. Data localization will require storing all user-related information that incorporates the need for Facebook and other social media platforms to store its data and soaring data center demand in India.

The requirement for data center infrastructures in India is developing dramatically, as the scale of cloud adoption as well as data utilization and generation of half a billion digital users in India, is growing unprecedented.

Increasingly more Indian companies are hoping to evolve into digital-first businesses, with a characteristic movement towards increased cloud-driven advancements in all cases.

The spread of COVID-19 has halted different data center development projects in India. Experts at Arizton expect that the pandemic will respectably affect forthcoming projects expected to be opened in Q4 2020 and Q1 2021. In any case, the spread of Covid-19 has fundamentally led to the growth of data traffic from March 2020.

To give all-time availability services, administrators are taking careful steps for their on-location workers. Hence, the COVID-19 effect on data center operations is expected to be low in India.

According to a new report (covered by Fortune India), jointly penned by real estate services company Anarock, and Mace, a London-based consultancy and construction company, stated that India will see an expansion of at least 28 enormous hyper-scale data centers in the coming three years.

The Anarock-Mace report contends that these hyperscale data centers will length over 16+ million sq. ft. with at least 1,400+ MW of IT power limit. This is almost “0.6 million sq. ft. What’s more, 50 MW per facility on an average per hyperscale data centre. It further mentions that India will see a significant development in the data center industry, driven by expanded data consumption and policy incentives.

According to another study, local vendors will rule the colocation market; nonetheless, the presence of worldwide sellers is expanding by means of inorganic techniques. Further, as the investment in technologies such as AIbig dataIoT increases, there will be a surge in demand for application-specific infrastructure solutions in India.

Source

Datacenter Providers in India

Top Datacenter

WHAT IS A DATA CENTER?

Modern Data Centers are different than they were just a short time ago. Datacenter architecture has moved from traditional on-premises physical servers to virtual networks that help applications and workloads across pools of physical foundation and into a multi-Cloud condition.

In this time, information exists and is connected across different Data Centers, the edge, and public and private Clouds. The Data Center should have the option to communicate across these multiple sites, both on-premises and in the Cloud. Indeed, even the public Cloud is a collection of the Data Center. At the point when applications are hosted in the Cloud, they are using the Data Center from the Cloud supplier.

What are the core components of a Data Center?

Datacentre design incorporates routers, switches, firewalls, storage systems, servers, and application delivery controllers. Because these segments store and manage business-critical data and applications, Data Center security is critical in Data Center design. Together, they provide

core components of a Data Center

Network Infrastructure

This connects servers (physical and virtualized), Data Center services, storage, and external connectivity to end-user locations.

Storage Infrastructure

Data is the fuel of the advanced Data Center. Capacity systems are used to hold this valuable commodity.

Computing resources

Applications are the engines of Data Centers. These servers give the processing memory, local storage, and organization network that drive applications.

As per the latest forecast by a source, the end-user spending on Datacenter architecture is expected to reach $200 Billion in 2021, rising 6% over 2020.

Source

Indian population is quickly going computerized. The tremendous number of internet users using active mobile data via connected devices is expected to grow drastically in the coming years. Proceeded with web entrance is furthermore expected with the Government of India supporting public investment in large scale digitalization with its ‘Digital India’ scheme and with the progress of media communication providers to high-speed 4G LTE and the soon to come 5G wireless technologies. This presents an immense demand for Data Center architecture.

Flourishing Cloud adoption is further driving the development in the Indian Data Center market.  Reports recommend that Data Center markets can pull in investments of the order of $4.9 billion in the following five years. Right now, the country has around 375 MW installed power capacity for Data Centers, and according to projections, this may develop multiple times by 2025.

Things being what they are, let’s know the 6 Data Centers of India who are the key players benefiting from the demand?

1. Netmagic (NTT Company)

Netmagic, an entirely claimed subsidiary of NTT Communications, is a main managed hosting and multi-Cloud hybrid IT solution provider serving more than 2500 enterprises internationally. Netmagic, headquartered in Mumbai, likewise gives Remote Infrastructure Management (RIM) administrations to different enterprise clients around the world including NTT Communication’s clients across the Americas, Europe, and Asia-Pacific district.

Netmagic

Netmagic was the first in India for quite a while to dispatch administrations including distributed computing, overseen security, Disaster Recovery-as-a-Service (DRaaS), and Software-Defined Storage. As a worldwide ICT supplier, they employ more than 40,000 individuals in a diverse and dynamic working environment that spans 57 nations, trading in 73 countries, and delivering services in more than 200 countries.

2. SIFY TECHNOLOGIES

Among Fortune 500 India Company, Sify Technologies is India’s most comprehensive ICT (Information and Communication Technologies) service and solution provider. Sify offers a wide range of solutions and products across multiple verticals taking advantage of their unassailable trinity of Data Centers, Networks, and Security. 1600 cities in India have been benefited from the seamless services of Sify. Spreading its business across the globe they have been conducting business internationally in North America, the United Kingdom, and Singapore. Having a telecom network currently connects 45 Data Centers across India and 6 concurrently maintainable Data Centers across cities of Delhi, Mumbai, Chennai, and Bengaluru.

SIFY TECHNOLOGIES

3. ESDS

ESDS acts as a catalyst for digital transformation in the modern edge result based economy by empowering organizations to embrace advanced innovations. Found in 2005, ESDS currently has its footprints in 19 nations across APAC, Europe, Middle East, the Americas, and Africa. ESDS expertise in Managed Data Center services, Cloud Hosting, and Disaster recovery Hosting backed with exuberant technical support. More than 750 organizations have been benefited with 100% exuberant customer support to build the lifetime customer relationship.

ESDS

4. TATA COMMUNICATIONS

The company empowers digital transformation globally including 300 of the Fortune 500. Tata Communications uses its advanced solutions abilities and domain expertise across its global network for conveying managed solutions to global organizations and communications service providers. Its worldwide organization incorporates a high level and largest submarine cable network and a Tier-1 IP network with connectivity to over 200 countries and territories. Tata Communications’ scope in the developing business sectors includes leadership in Indian enterprise data services and global voice communications.

TATA COMMUNICATIONS

5. Webwerks

Web Werks Data Centers, situated in 3 countries with more than six geographically scattered Data Centers, have been among the pioneers in India for recent many years. They offer reliable hosting services on dedicated servers, Cloud, Co-location, virtualization, and disaster recovery alongside 24×7 support and a 99.995% uptime guarantee.  Web Werks Data Centers are Carbon Neutral contributing towards Global Go-Green ideas. It is likewise an SAP-certified provider of infrastructure, hosting, and Cloud operations services.

Webwerks

Their customer list incorporates Microsoft, Google, Godrej, Canon, TATA, Netflix, Facebook, Akamai, and more. They also have Government area clients like Mumbai Metro Rail Corporation Limited, Maharashtra Knowledge Corporation, Nabard, Maharashtra Pollution Control Board, SIDBI and more.

6. NxtGen

NxtGen empowers its clients to assemble their digital business without contributing and managing complex IT infrastructure, by leveraging its hyper-converged infrastructure. Settled in Singapore, NxtGen, is an arising pioneer giving completely managed datacenter and Cloud services across India and Singapore. NxtGen sends and offers IT framework services from both or a combination of on-premise resources and its own facilities – Infinite DatacenterTM, engaging its clients to adopt the latest hybrid computing model.

NxtGen

*The above mentioned Datacenter are not placed according to their ranking or product range.*

Conclusion

As the Datacenter architecture moves from traditional to physical on-premises, the evolution of Datacenter will help organizations position them in the market and grow according to the transformation. We hope the above mentioned information about the Top Data Center in India is helpful to you.

How does a Data Center work?

What is a Data Center?

A certain premise where an entire organization’s IT operations and equipment is centralized and, where it stores, analyzes, and distributes large amounts of data is known as a Data Center (DC). Earlier, the data processing needs were not too high but nowadays those needs have grown exponentially. Data centers are now essential for daily operations and are important for business continuity.

They are reliable to store enormous amounts because of their avant-garde security levels that keep the organization’s data safe at all times. The DC site, which is also known as a Server Farm, is connected to a communication network so that information can be accessed easily and remotely. There are thousands of very small powerful servers running in a data center which can be harbored in a room, a floor, or an entire building.

Important components of a Data Center

Power

Power is unarguably the most important factor in a data center. Within the data center, the Colocation equipment and web hosting servers run on a dedicated power source. Every data center needs power backups to make sure their servers are always up and overall service uptime is received.

Cooling

Cooling is just as important as a power in a data center. The colocation equipment and web hosting servers need proper cooling so that they don’t heat up and continue to function smoothly. A data center should be designed in such a way where there is proper ventilation and the systems are kept cool at all times.

Network Operations Center

Network Operation Center (NOC) is a room for staff or dedicated personnel appointed to monitor, administrate, and maintain the computing resources in a data center. A NOC is able to provide all the information on the data center and gives updates on each and every activity. The person responsible in a NOC is able to see visualizations of the network which are being monitored and can be managed.

Safety Measures

You need to have security protocols in place in order to have a secure data center. You need to first figure out the vulnerabilities in your DC premises. Multi-factor ID authentication, surveillance throughout the facility, metal detectors, and biometric systems are some of the steps which can be taken to have top-level security.

Physical Security

Organizations do employ security guards to protect their data centers 24/7. These guards protect the inside and outside of the data center for enhanced security. Mantraps are generally used for access control. On-site security guards are an essential part of a data center. Some organizations allow these professional guards to carry firearms for higher security.

Redundancy & Reliability

High availability in a data center refers to the components which are continuously working. Systems are maintained from time to time to ensure smooth operations in the future. You can create a failover where you create a server and switch responsibilities to a remote server to have higher levels of redundancy.

Redundant Systems eliminate the threat of a single point of failure in the IT infrastructure. Backup Systems include an uninterruptible power supply (UPS) and generators. A generator can be programmed to start automatically during power outages. As long as the generators are fueled up, they will continue to run in an outage. UPS systems should also have redundancy built in them so that a failing module won’t affect the entire capacity of the system.

Maintenance of a Data Center

Regular maintenance of the data center ensures optimum reliability by taking precautionary steps to reduce downtime and avoidable failures. Let’s take a look at these 3 steps which will help you maintain your data center in the most effective way:

Safety First

There are numerous problems in a data center that can affect the life and health of the technicians working in it. Technicians should make sure their safety and health are not compromised while working on maintenance tasks and they should be trained before working in such scenarios.

Power Maintenance

Performing maintenance at regular intervals on UPS and batteries reduces the chances of failure whenever there is a power outage. Preventive maintenance will decrease the chances of failures and reduce the amount of energy consumed.

Get a Computerized Maintenance Management Systems (CMMS)

CMMS is the best way to track, measure, and improve your maintenance schedule. This software lets the facility manager track the status of maintenance work for their assets and costs associated with the work in the system. This software will help drive down the cost of maintenance and will increase productivity from within.

Conclusion

This blog covers only the basic information which will give you a rough idea about what exactly is a data center and what are the important components in it. To build an efficient data center it is essential to realize your requirements which will support your needs in the future.

Source: Insight success

Future of Data Center, Is Bright!

In the current IT scenario, the world has been experiencing an immense change that is bringing new technologies together for a better tomorrow. The past several years have only taught us to approach complex IT needs by making use of technologies that cater to these problems. Nowadays we have a huge dependency on the internet to do any kind of activity which connects us to whoever we want from any location at any point in time.

We do not realize that our life revolves around data centers because they distribute and store our data. Banks, enterprises, hospitals, telecommunications, and transportation are some of the areas which make use of data centers to store their critical data. These data centers are responsible for storing and distributing the humongous amounts of data that are being created every day.

Future of Data Center, Is Bright!
Young man engineer making program analyses

Services that are provided by a data center are changing according to the needs of users and they are evolving to fit the needs of the industry since the last decade. Datacenter services can be the components of a data center which can be used for processing, distributing, and storing data in various ways with speed and security. These services also include new hardware components and softwares which can be implemented for specific tasks. Data centers are built by keeping in my mind things like managers and owners, internal and external circumstances, storage needs, security, and much more.

In the future, there are a lot of changes which we will be able to see in data center facilities and the services they provide. Below are some of the listed services and components which are the future of data center services.

1. Fog Computing

Fog computing also is known as Fogging or Fog Networking extends cloud computing to the edge of an enterprise’s network. Electrical signals from the Internet of Things are wired to an automation controller which executes a control system program to automate the Internet of Things. There is a fine line between Fog Computing and Edge Computing and many times people get confused over what the real difference is. Fog computing has multiple layers of complexity for data conversion and its architecture is dependent on a communication chain to transfer data from physical assets to virtual entities. In this architecture, each communication link is a potential point of failure.

2. Edge Computing

In Edge Computing, the analysis of data is done where the data is created which is at the edge of the network. Here the analysis is carried out instead of sending it across data centers because it is a time-consuming process. At the edge of a network, micro data centers to process and store data so that it can be later transferred to the cloud. Edge computing lets you analyze data in real-time which improves decision making.

3. Software Defined Networking (SDN)

Software-Defined Networking is quickly becoming a key component for automation in data centers. Software-defined networking provides the best ways to manage virtualization which saves cost and offers speedy service delivery. It gives data center personnel the ability to manage each and every aspect of a data center which results in higher agility to manage and upgrade their hardware. It is too difficult to manage modern data centers by assigned personnel and thus, it is important to use an automation tool. It helps enterprises to improve their security by minimizing vulnerabilities caused by human errors.

4. Environmental-Friendly Data Centers

Green data centers aim for an eco-friendly environment. According to several studies, half of the resources in DC are used to run the infrastructure, like power, cooling, and UPS. The remaining resources are used to process the data. Data centers have started to work towards low energy consumption by reducing energy footprint. With newer cooling techniques, better efficiency, and upgraded power usage effectiveness (PUE), carbon emission is reduced which minimizes the damage to the environment. A new term emerging is Water Usage Efficiency (WUE) which focuses on the water to cool the entire data center. Some other newer technologies in the market are economizers and evaporative cooling which uses outdoor air.

Conclusion

There are many more technologies that are being developed in this field so that there is less work to be done and more results to be achieved.