Tag Archives: Data Center in India

Web Hosting Solutions for Businesses

Linux Webhosting solution: Paramount hosting solution in Industry!

Linux hosting solutions imply that to control across several web servers that are interconnected on the contrary to the traditional hosting ways that like shared hosting, and dedicated hosting. It just means that your site is victimization the virtual resources of numerous servers to produce network for all the hosting sites. The load leveling along with the protection of hardware resources are nearly gift so as that they are gift whenever the necessity arises. The cluster of servers is termed the Linux which are hosted on the particular network.

Go4hosting provides a reliable, secured and managed business solution for growing your businesses across the market well. Go4hosting develops the customized solutions for every client in achieving their targets well in time.

Features of Linux Hosting Server

  • Flexibility: In Linux hosting functions, the whole server configuration are controlled by the web-based interfaces, so users have flexible system for operation. With Linux hosting functions offering a novel approach of region-specific data centers, this helps to attenuate the time needed to deliver the information to the alternative agents making it very acceptable for developers.
  • Operating system choice: With Go4hosting Linux servers, you may choose any package of your selection with best business features. For better and avid hosting solutions, developers can have better developing applications for the dedicated resources, with management of the applications and servers by themselves which is an addition, tedious task.
  • Lower latency: With Linux hosting, being offered for a quick Linux hosting servers, approach the users and additionally the developers, for creation of managed new development background that has provided effective latency management.
  • Develop high-performing applications: With the Linux hosting web developers can prove to various servers, managed and high performance functions on regular basis. Linux hosting solution, offers many ways to overcome the limitations which affect performance, quality as well as storage capability with presence of shared server resources. As a result, the performance depends to the discretion of the hosting supported with ease. This condition comes up from developing subtle applications like CRM applications.
  • Linux webhosting for timely delivery: With Linux hosting solutions, the developers offer best website application solutions for its internal as well as external scripts with quicker Linux hosting platforms. With native data center and advanced CDN, users can save time which is being spent by online servers for internal and external scripts.

Better business growth with Linux hosting solutions!

With quicker loading speed and user experience, the developers can handle all the critical stress as well as risks of webpages within few seconds for managing all the content functions well. Undoubtedly, the Linux server computing has brought a wonderful shift in internet world by offering intense, quick and managed hosting functions. With the developers presently having access to setup that are best-suited for developing website applications all the fraction of business prices are handled, making it the most desired, quick and effective approach of managing the client’s demand well in time.

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Potential of Blockchain to Enhance Data Center Security

We need to build more efficient and responsive data center infrastructure that can satiate the need to handle huge volumes of information that is spewed out in the era of Big Data. The future data center belongs to decentralized architectures that are not influenced by human interference in order to seamlessly deliver end-user capabilities as well as applications.

There is hardly any doubt that distributed infrastructures of future data centers will need to deal with security concerns as the end users will gain greater access to the range of data center capabilities including their architecture. It is therefore essential to sustain data integrity by adopting blockchain methodology to build distributed yet secure data centers of the future.

A brief overview of blockchain

Although most of us refer to blockchain as a new technology, it is essentially a concept to address concern of mutual faith between two parties. While dealing with the trust issue, a blockchain delivers capabilities of an operating system that is focused on data security.

Blocks serve as storage units of data for a single transaction thereby contributing significantly to the security of the entire blockchain network. Blockchain is essentially a decentralized platform to resolve issues of monolithic databases in centralized data center architectures while enhancing security in a distributed environment.

Addition of fresh blocks of information in a blockchain is performed by simultaneously attaching the new blocks with their predecessors while maintaining absence of single points of failure. The robust linkage of data-blocks in a distributed blockchain network makes it absolutely impregnable to the hacker community.

The independently operating and seamlessly linked units of database structures in a blockchain is the fundamental attribute that can be intelligently applied to enhance security in future data centers.

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Operation of a blockchain

Working of any blockchain involves certain elements that signify the unique functioning of a blockchain. These five elements are described ahead.

P2P transmission- A blockchain is designed to enable P2P communications between any two counterparts. Every single node in a blockchain must maintain individuality the chain and its version should always be updated, so that a seamless P2P transmission is possible.

Distributed- The distributed nature of databases in a blockchain allows seamless accessibility to databases including their past history. Furthermore, ability of a node to verify entire or even a single unit of information is also a vital element of a blockchain.

Impervious to tampering- It is obvious that the past records of blockchain need to be tamper-proof.

Transactional clarity- Seamless visibility into every transaction in a blockchain is provided to every participant.

Freedom to program- In a blockchain, every user has right to create action rules or program algorithms because every transaction is purely digital.

Addressing DC vulnerabilities

Susceptibility of data to theft or intrusion is a major concern in centralized data center infrastructures. By storing all data throughout the given network, a blockchain is able to mitigate a wide range of threats such as intrusion, theft, or any other risk that may result into loss of data. This is possible due to a distributed network that house data in individual blocks instead of a central resource which is vulnerable to single point of failure.

Moreover, a blockchain is devoid of a single point of exposure, hackers cannot pinpoint a single entry to target the entire network. Every node with its unique copy of blockchain is uniformly trusted with flawless maintenance of data quality across the entire gamut of blockchain.

Implementation of blockchain in a DC

Blockchain offers an intelligent and contract-ready capability to facilitate a large spectrum of management functions in data center operations including applications that are driven by rules. Blockchain oriented management system can be relied upon to improve cost efficiency as well as clarity of data center operations.

Some of the vital functions that can be supported by blockchain implementation in a data center are management of assets, cooling and capacity planning in addition to workloads that need virtualization.

Cloud compatibility

Yet another interesting quality of blockchain operation is its potential to match major attributes of cloud hosting such as a distributed profile which is devoid of single point of failure. One can perform a wide array of autonomous workloads by achieving an enhanced security in terms of data assets with help of database multiplicity across the blockchain’s network of cloud.

Blockchain operations such as inter-node transmissions need to be backed by more robust security protocols due to the decentralized infrastructure, which is operating in a cloud environment.

In conclusion

Implementation of highly secure and transaction oriented applications that can be verified is a great virtue of blockchain that can be leveraged in future data centers. Although, blockchain is relatively a new concept in terms of its implementation in data center operations, there are several initiatives planned by enterprises in the finance sector.

Blockchain technology offers amazing opportunities for automation of datacenter operations. In spite of its speculative nature, experts strongly believe that blockchain is the future driving force for data centers.

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Significant Attributes Hyper Cloud that Support Data Center Modernization

Data centers are the mirrors of digital evolution since these reflect a wide range of technological developments in terms of cloud computing, storage, in addition to a plethora of applications. In a highly competitive environment, modernization through digital transformation is a key to achieve automation and innovation in order to differentiate your business in the market.

Continuous pressure due to the need to adopt rapidly evolving technologies such as artificial intelligence, blockchain technology, and the huge demand for connectivity for operating IoT applications have forced data centers to shed their monolithic architecture for a leaner and more resilient deployments. Modern enterprise data centers are designed to operate in a decentralized environment.

The data centers are facing an urgent need to adopt a modern outlook by dealing with a number of roadblocks before they can be transformed into the next generation infrastructures.

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Dilemma of selecting right deployment

The most daunting challenge while deploying a data center resource is to choose from two potentially beneficial deployments including Hyperconverged and Hyperscale offering. Both deployment options provide an excellent scope for growth which to the tune of more than twenty five percent CAGR.

If you are looking for an easily manageable deployment that can operate without the need for large scale dataset needs, then a Hyperconverged deployment needs to be considered. These are perfect operating point use applications such as ROBO and VDI, in addition to testing and development workloads. HCI is part of the software defined storage, which is also being adopted by a great number of companies to gain freedom from complexities of managing storage workloads.

Organizations adopt Hyperscale deployments to gain flexibility of managing multiple applications. These two options are currently experiencing a healthy growth trend because of the obvious advantages offered to enterprise customers.

Insights in modern deployment options

Shift to a Hyperconverged infrastructure from traditional and hardware intensive deployment is essentially aimed at embracing a software intensive approach for gaining greater flexibility. Unlike a converged infrastructure that consists of separate storage components attached to standalone servers directly, a Hyperconverged infrastructure has no separate components.

Moreover, a Hyperconverged deployment supports centralized management of the storage because a single server is deployed to house storage array and controller. This arrangement does not permit local storage of data on different server.

Modern management of data workloads demands a highly agile approach and the Hyperconverged model is the most ideal approach to achieve this. It is hardly any wonder that the model has found its rightful place in a large spectrum of business scenarios.

Need for an innovative approach

Hyperscale storage fulfils requirement of diverse storage requirements. It is built by separating storage arrays and storage controller to create a distributed version of computing ecosystem. It is aptly named as hyperscale storage because it delivers instant scalability to address addition of higher workloads.

The remarkable scalability of hyperscale storage system has potential to handle massive storage workloads for development of expansive cloud systems as well as big data. The immediate advantage of hyperscale storage besides the scalability is reduction of TCO. This is due to the adoption of commodity severs in addition to a large number of virtual servers that need no capital or hardware investment.

Use of physical servers to deal with such large scale storage workloads can result in a highly expensive and complex infrastructure, which will be difficult to manage and control.

Getting cloud ready

There is hardly any doubt that all enterprises will embrace cloud to some extent in near future. This fact can be confirmed by studying the trends of cloud spending which establish cloud as a next destination irrespective of size of the organization.

One should be careful not to incur excessive expenditure as a result of poor management of cloud adoption. There are many examples of enterprises that have not optimized their cloud adoption and thus spent a fortune for cloud instances that were not required at all.

This brings us to a hyper-cloud deployment that addresses the need to optimize cloud instances in order to minimize expenditure without impacting the wide spectrum of advantages offered by cloud adoption. The bare minimum list of requirements as mentioned below is the main feature of hyper-cloud deployment.

Flexibility and freedom

Hyper-cloud infrastructure facilitates adoption of Hyperconverged or Hyperscale storage as desired by users. It allows seamless use of networking, compute, and hardware in a number of different ways.

It is a common scenario in hardware intensive infrastructures that makes users purchase specific hardware. This can lead to loss of time as the competition is surging ahead at breakneck speed. Thanks to the ability of hyper-cloud to innovate at high speed, you can take a lead over others.

Improved public cloud accessibility

The most complex scenario in a cloud adoption is that of vendor lock in. This can be easily prevented with help of hyper cloud infrastructure that lets you consume public cloud as if it were a commodity. Hyper cloud offers robust support to several vendors of public cloud to provide ease of shifting between vendors.

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Attributes of Different Data Center Tiers

Are you Taking Data Protection for Granted?

As innovations are reforming the business economy, CIOs have become more serious and cognitive when planning to integrate a technology solution. Right from the CEOs to company executives, all have zero tolerance for data loss and downtime issues. Over and over again, such organizations set a priority for their critical applications and data, which is accessed on a day-to-day basis. However, there are still many left who have not stumbled upon to the right solution that can keep up with these escalating expectations of maintaining flawless business availability.

In fact, according to a survey, more than 75% of chief technology officers confess that they find teething troubles for maintaining round the clock IT service availability. It goes without saying that aging legacy systems and data protection techniques have become obsolete in combatting the harsh realities of the threat-affected IT world. The emergence of cloud computing, virtualization, BYOD, and stress on the Internet-connected world have made customary methodology a fiddly, frustrating affair. Seemingly an advanced tech-inclusive approach to enterprise applications has been proven to radically boost productivity.

This blog attempts to describe how data protection and performance-driven availability solutions can help you overcome potential shortcomings:

With continual growth of data plaguing many organizations, it is up to the reliable solutions to help overcome the availability and security chaos. However, with a diverse portfolio of choices permeating the market, how do you choose the best one? A host of protection tools are available today, amid them only a few of them are virtualization-centric. Not to mention, conventional legacy systems treat all server variants same as the physical servers, this might act as Achilles heel for your business. Every server encompasses different set of configurations and operating systems, thus, possibilities of technical disputes are greater especially when you are endeavoring to backup or recover your mission-critical files. Let’s say, extensive file-based backups are only taken when small blocks of data have got modified. Here is the catch; business availability solutions designed bearing virtualization in mind establishes a smooth link with virtualized architecture, which unlocks many benefits with a single key, such as:

Data Protection

This is not where the world of advantages ends! You won’t expect what else benefits you can withdraw by embracing virtualization based availability tools as compared to other legacy systems. Just to add, this smooth connection helps in taking automated backup of selected applications and allows recovering failed VMs within minutes. In addition to this, it also lets users to gain quick access to their organization-essential applications so that business functions do not come to a halt owing to data inaccessibility or VM failure tremors. In addition to this, administrators need not to worry about complex process of backing up the data or securing it against vulnerable attacks as it is fully automated.

Fall-out Reasons

Surplus legacy data protection tools have come into existence proclaiming to play a herculean task for ascertaining unmatched data protection and accessibility. However, the facade turned different as many of them failed to fulfill the requisite purpose, and the reason representing there failure was they weren’t built keeping virtualization in mind. As virtualization is expected to complete transform the way organizations process their operations, it is wise to integrate a business availability solution that is best-suited for virtualized environment, and enables fastest recovery, uninterrupted accessibility, zero data loss, and stringent protection against all nuisances.

Maintaining and managing a data center facility is an intricate practice as a host of key metrics such as data points, security systems, professionals, and other IT components play a pivotal role in determining the fitness of a data center. IT managers are in a constant pressure of delivering more in a limited budget assigned by the CFOs, which is why they often take some of the core data center errands including availability for granted. Moreover, most of them stay reluctant to upgrade their legacy backup and protection systems and strive to meet the business demands with these outdated systems. This, in turn, leads to downtime, data loss and gives birth to other potential shortcomings. Another reason cited by experts for data center failure is stagnancy of CFOs in allocating fund for innovative technologies, which evidently curtails business growth.

The Success Mantra is Right Here:

It goes without saying that top performing organizations stick to the data center hosts that employ solutions that meets robust functionality and addresses security issues, offer quick data insight, all without negotiating with always-on, always-available business mantra. A successful data center facility signifies 24/7 uninterrupted business operations, reduces downtime and data loss, and supports ever-increasing amounts of data. It is indispensable to define the appropriate availability requirement for your business. According to study, data loss can cost businesses around $3 million in just one year, and downtime can cost around $9-20 million in one year.  Herein, automated availability solutions that encompass a layered pattern (practice different approaches to backup applications on as many as possible mediums, such as VM replication, local disk backup, and storage based snapshots) and support distinct virtualized platforms can be of a great help.

Data Center – a Facility That Hugely Transforms a Company’s Networking Environment

A data center is the core intelligence of a company – a space where the most critical operations are performed.

Way back, more than 5 or 6 decades ago, computers were so huge they had to be housed in individual rooms specially set aside to accommodate them.

Data Center in India

Gradually miniaturization set in, packing more power in significantly smaller computers, but the requirement of space did not undergo any change.

 

The reason being, the IT companies’ scope of work increased significantly requiring large spaces.

Today, without any exception, all data centers have complex IT infrastructures with substantial amount of hardware.

Many of us presume data centers are run by large companies or government agencies.

This is not necessarily true.

With the advent of cloud computing, data centers’ functions are increasingly expanding to serve small and medium businesses.

Any facility to house computer systems has to be engineered to perfection. At first glance installing a computer center may appear straightforward, but there are several aspects of the systems that require careful thought and design.

An optimally designed computer facility has the following characteristics.

Simplicity in design

All the components like storage systems, cables, servers and power connections must be labeled or marked. Nothing must be left for conjecture, as   incorrect assumptions have proved to be one of the leading causes of system outages.

The facility must be scalable

There still is no any “rule of the thumb” to design a data center facility.   Business ethics stipulate that any establishment must be sized to accommodate future growth.

It is not so easy for a business to forecast IT growth accurately and then install a facility that will also take care of impending needs. With virtual computing taking over, the task of sizing a computer facility has become even more difficult.

Yet, IT managers have to take a decision. A commonly accepted concept is to plan the mechanical and electrical rooms   that are at least 50 % greater than the technology room space.

The design must be modular

The facility must be modular as far as possible. One key advantage of having a modular design is Information Technology managers allow the facility to be a converged infrastructure that can provide scalable business efficiencies.

Security

Security is by far the most important feature a computer facility must have. The key components of a data centersecurity include:

– Access – A typical data center is monitored 24 x 7 and 365 days a year. A single person access to authorized individuals is the best approach to put in place security. Biometric scans or custom-configured ID cards provide good authentication.

– Data access – An intrusion detection system in place will monitor inward data and any suspicious activities. Firewalls created by different vendors protect data in the facility. While exchanging files with customers or other entities, an encrypted format is used. Transmission of data is safe via fiber-optic cables.

– Hardware – In a computer facility, all virtual servers, storage units and networks access a collection of physical hardware. If a component fails, the workload is allocated to another component without compromising on system stability.  And in case of hardware failure, a backup system takes care of recovery of data.

– Data privacy – A good data centerensures proper compliance to data protection rules and provisions. However data from cloud falls under the authority of the respective customer and is not transmitted to third parties.

Today, all IT initiatives focus of applications and/ or devices. But nothing will work if the network is not functional.

Companies by now have realized that to achieve corporate objectives, their network must be durable, high performing and seamlessly available.

In this rapidly transforming IT space, companies need network that can adapt to their on-premise IT infrastructure and meet their continually changing business needs and new technologies.

A state-of-the-art facility will;

  • Support new business platforms with agile networks
  • In a multi-vendor environment, the facility virtualizes to gain the capability to support numerous users, equipment and workloads.
  • Enhances customer or users’ network agility and performance.

To help companies support their increased demand of applications and devices, a comprehensive data center facility is indispensable in today’s competitive business environment.

Service Sectors Favour the Growth of Data Center in India

Those days are no more when Indian economy was depending on the growth of traditional sectors like textile, manufacturing and agriculture. The emergence of information technology (IT) and services related to IT have stood as a significant contributor to India’s GDP. Since the liberation in the 90s, this sector has been succeeded in overshadowing other sectors when it comes to contribute immensely to the overall growth of India.

To meet the digital needs of masses and to maintain the growth trajectory of ever growing sectors of IT, telecom and banking, the support infrastructure needs to be deployed. Data center, a need for today’s evolving businesses, has been the central protagonist in this growth story.

Influx of IT activities, rapid hike in Internet population, second largest wireless network, remodeled banking sector have all contributed to the cause of data explosion, thereby shaping the need for data centers in India.

The prosperous market of data center in India is sought after for manufacturers, suppliers, consultants and others with vested interests. If reports are to be believed, data center in India also draws the attention of Government agencies because of its attribute of being data intensive.

According to Gartner, Indian data center market would witness continuous growth through 2016 and would grow to $1.3 billion, with a Compound Annual Growth Rate (CAGR) of 21.23%. The research firm also indicates significant increment in data center capacity, which was around 1.3 million square feet in the year 2007 and would reach 6.6 million sq. feet in 2016, with service providers contribute immensely to the growth of data center in India. Findings from Gartner study reveal that:

  • Data center market in India is expected to grow speedily
  • Growth trajectory of data center and hosting market continues unabated
  • Banking, Financial Sector & Insurance, IT and ITES, telecom and social media have also triggered the growth of data centers in India
  • Initiatives taken by the Government to eradicate paper for maintaining records have encouraged investors to invest on data centers.