How 5G Will Impact Communication and Industry

 

As the next generation superfast wireless networks technology, 5G promises to change our lives fundamentally. The network is expected to have much higher speeds and capacity that allows files to be downloaded in the blink of an eye.

Beyond this, 5G will play a significant role in shaping the cities of tomorrow by powering other technologies that will revolutionize communication, enable travel, learning, and innovation. From The Internet of Things to smart homes, self-driving cars, Telemedicine, Virtual and Augmented Reality and everything between, the wide-scale deployment of the 5G network will drive the reinvention of several businesses and consumer applications.

Its impact is expected to be significant, as an IHS Markit report estimates that 5G will boost the global economic output by $12.3 trillion by 2035.

5G and Communication

As the 5G network makes higher transfer speeds and lowers network latency a reality, it will bring about significant improvements in communication. The faster speeds and much greater network efficiency will make communication a breeze, while the significantly lower latency will significantly improve response time.

Because 5G can send and receive signals almost instantaneously, individuals and businesses will have instantaneous communication with co-workers, friends, or clients, and not have to contend with dropped calls and poor connections. 5G will also be able to connect many pieces of devices, from phones, to computers, to security cameras, and several other types of equipment.

Also, the mobile network is expected to offer mobile internet speeds of more than 10 gigabits per second (Gbps), which is about a hundred times faster than the 4G can provide. This will mean a 5G user could download a feature-length movie in High Definition in less than five seconds.

How the 5G Network Will Impact Industry

The Internet of Things World Wide

Outside of communication, 5G is expected to bring about a widespread implementation and adoption of the Internet of Things (IoT). This could greatly improve the interconnection of devices and their ability to collect, transmit and store data, which will have obvious advantages for industries like manufacturing that increasingly rely on the IoT to connect their processes and factories digitally.

An improvement in IoT will bring about direct benefits such as a reduction of operating costs, an increase in productivity and efficiency, as well as enhanced workplace safety. The capacity to collect, monitor and analyze data from social media, video surveillance, mobile and internet usage will also enable businesses to understand consumer behavior better and improve customer service delivery.

The impact of 5G on IoT will mean that work can be completed in time, more efficiently, more flexibly, concurrently, and in a safer and more environmentally friendly manner.

It is believed that 5G will also have significant impacts on self-driving vehicles, remote healthcare, virtual training, innovative classroom learning, Financial Markets run by robotics, and new military capabilities.

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3 Wireless Networking Tech Trends of 2019

 

The New World of Wireless Technology

We live in an exciting time, where the rapid growth in the demands for wireless data is increasing at a staggering rate, creating a need for much faster and more robust internet connections. As a result, corporates are harnessing wireless technology innovations to build infrastructures that meet the requirements of modern life.

In this article, we look at some of the emerging wireless tech trends that will further open up our world to richer data and video experiences.

  1. Millimeter Wave (mmWave)

Wireless communication networks have evolved dramatically over time. From the first generation (1G) through the fourth generation (4G) advanced digital technologies, wireless networks expansion has brought with it significant improvements.

However, the increasing demand for bandwidth and advances in technology means that not even the most advanced modulation formats will ever be enough. This is especially true when you consider that wireless communications generations 1-4 have had to work with limited bandwidth over their lifetime.

For instance, the 4G connectivity, despite being equipped with Long Term Evolution (LTE), LTE advanced digital technologies, wired Ethernet, and fiber-optic cables is fast running out of bandwidth. As a result, the 5th Generation wireless technology (5G) is expected to add more bandwidth by leveraging the millimeter wave frequency range (24, 28, 38) to ensure near zero-latency phone calls and significantly high data speeds.

Given the enormous amount of bandwidth available at millimeter-wave frequencies, we expect the technology to make inroads into the mainstream in 2019 as we brace for the launch of the 5G.

  1. Edge computing to become prevalent technology

Today’s networks are becoming increasingly too complex for humans to understand or fix while maintaining or increasing ROI. This, coupled with the ever-growing volumes of data from machines, the rising cost of compute and sensors, among others, necessitate the use of edge computing to provide real-time local data analysis.

In edge computing, data is processed by a local computer, server or by the device itself, rather than being transmitted to a data center. This help ensures real-time data processing without latency and enables smart applications and devices to respond to data almost instantaneously, eliminating lag time, which is essential for technologies such as self-driving cars. Edge computing will also become critical in the next generation 5G connectivity

  1. The rise of one-stop wireless security as a service

With the advancement in technology, the presence of hackers and other cybersecurity threats are also on the rise. Concerned about the increase of digital threats they are experiencing; security leaders are continually seeking ways to enhance data security through a capable, automated wireless threat detection system.

One-stop wireless security as a service is seen as the complete solution needed to address this challenge due to its incredible ability to uncover vulnerabilities and prevent attacks. We expect this service to become more widely implemented by companies and government organizations in a bid to forestall all cyber attacks.

 

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What is Net Neutrality – Wall Street

Gathering And Sharing Information On The Internet Globally

The internet has fast evolved to represent a new extension of our connected world. Today, we are ever more closely connected internationally. Such interconnectedness now enables individuals to bring a unique beauty that makes the world more interesting through the gathering and sharing of information.

Much more than just a communication system, the internet makes it possible to download or watch movies, shop, listen to podcasts, transact, learn, etc. Our modern world is indeed inextricably connected. Net neutrality aims to make sure that it remains that way, by ensuring that the internet continues to provide a level playing field for consumers and content providers.

What Exactly is Net Neutrality?

Net neutrality is a principle which advocates that Internet Service Providers (ISPs) treat all data delivered to consumers equally. The idea aims to ensure that customers are given access to all legal content and applications on equal basis, without giving an unfair advantage to some sources or blocking others.

The principle stops broadband providers from deliberately blocking content or deciding to boost or slow down traffic for specific apps and sites. Net neutrality also prevents ISPs from prioritizing their own content – or those of a partner – or otherwise hamper others’ ability to reach customers.

The net neutrality rule was approved in 2015 during Barack Obama’s presidency. The law states that “The FCC’s Open Internet rules protect and maintain open, uninhibited access to legal online content without broadband internet access providers being allowed to block, impair, or establish fast/slow lanes to lawful content.”

This definition suggests net neutrality was conceived to ensure the freedom of internet users to share information, start new businesses, and engage in discussions online. With net neutrality, all internet content – video streaming, audio streaming, etc. – will be treated equally by broadband providers. Also, startups and business will have unrestricted access to broadband networks.

The Rollback

But it wasn’t to be. In a move which left internet users scratching their heads and asking why, the Ajit Pai-led Federal Communications Commission (FCC) voted to reverse net neutrality rules in December 2017. The decision, it was claimed, was to “deregulate the industry,” according to a CIO article.

Abolishing the rule gives internet free rein to offer service at their own discretion. However, ISPs are required to reveal their policies concerning performance, commercial terms, as well as network management practices. This means that while they have the freedom to throttle connections, block websites, or charge different prices to different sites, they will have to own up to doing so.

Customers Concerns

As you might have surmised, the FCC’s repeal of net neutrality was condemned in various quarters, with consumers clamoring to have it restored. According to a New York Times piece, customers resist the abolishment of the rule for several reasons. First, they fear that with the repeal, ISPs would start “selling the internet in bundles,” and they would be required to pay to access social media sites like Facebook and Twitter.

Second, with internet providers having the leeway to do as they want, more influential organizations and households would monopolize the “fast lane” through paid privatization, which allows service providers to create a fast lane for firms and individuals willing to pay more, leaving everyone else to make do with the “slow lane.”

Paid privatization, in particular, would have severe consequences for small businesses and individuals. For e-commerce startups, the worry is that their sites and services wouldn’t be as swift. On their part, freelancers and other remote workers risk higher internet costs.

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The Five Biggest Business Plagiarism Scandals

Throughout history, plagiarism has always been present, but never more so than in the current digital age. Where the internet is filled to the brim with content, with more being posted each and every day, it can be difficult to truly know whether what you are reading is original content. However, while most plagiarism cases are dealt with easily or float under the radar, there are some higher profile cases that certainly haven’t had that benefit! From the likes of Amy Schumer, to Melania Trump and even The New York Daily News, the following certainly could’ve done with a plagiarism checker! Without further ado, here are the five biggest plagiarism scandals of recent years.

The New York Daily News

The New York Daily News case was one that taught editors and writers across the globe a valuable lesson – keep drafts, notes, and ensure you save any relevant emails! They might not seem like much once the piece is done and ready to go, but you never know just when it might prove useful.

On April 19th 2016, journalist Shaun King had an article published that readers noticed was very similar to one published much earlier by The Daily Beast. Of course, this was immediately accused of being plagiarised, but there was an unexpected twist to come! King took to twitter after the accusations with evidence of timestamped emails that contained his original submission, and it turned out it was in fact an editorial issue! Jotham Sederstrom edited out the attribution that had been put into the piece before it went online! As a result, he was fired for the mistake.

Joe Biden

Many of us known Joe Biden as the much-loved vice president to Barack Obama, but long before he filled that role, Biden tried his own hand at the top spot. In 1987, Biden was running his presidential campaign but it was swiftly cut short when the accusations of plagiarism came rolling in. It soon surfaced that Biden had stolen a speech from a British politician by the name of Neil Kinnock. Soon after his academic work came under fire for plagiarism also. His withdrawal from the presidential race was, of course, announced soon after.

Amy Schumer

Laughter is a language that every person can speak, and jokes are often a great way of spreading said laughter around – well, if they don’t receive a groan instead! But in 2016, Amy Schumer came under fire when she was accused of plagiarising the jokes she was using in her stand-up performances. Tammy Pescatelli, Kathleen Madigan and Wendy Liebman all claimed that Schumer had ‘stolen’ their jokes and passed them off as her own without firing a single thank you in their direction. This story didn’t come to any conclusion, however, as Schumer only denied the claims, and it wasn’t taken any further.

Melania Trump

While this one might not be the tip of the ice-burg when it comes to thinking about the most words plagiarised, it certainly does for one of the worst possible places to do it. Also taking place in 2016, Melania Trump’s plagiarism scandal came about when she took to the stage to give a speech on the President’s behalf at the Republican National Convention. However, as great as the speech may have appeared to some, it pricked the ears of Obama fans, who quickly realised that Melania’s speech sounded strangely similar to Michelle Obama’s speech that was given in 2008 at the Democratic National Convention. Melania’s speech writer was blamed, and while she apologised and went on to try and resign, Trump refused to accept it anyway.

Vladamir Putin

1997 brought about Putin’s turn to face public criticism following accusations of plagiarism. Putin’s 1996 dissertation titled ‘Strategic Planning of Mineral Resources Replenishment at a Regional Level in Market Economy’ fell under scrutiny when it appeared to bear unavoidable resemblance to a book written by William Kind and David Cleland’s book ‘Strategic Planning and Policy’. Granted, no one’s approached Putin to question it directly, but the accusations have been made all the same.

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Artificial Intelligence and the Future of Banking and Finance

A I Artificial Intelligence On Guard Against Fraud

Artificial intelligence (AI) is expected to be the next big thing in the banking and financial services sector; it has been touted as next great breakthrough that will change the way we bank and conduct financial transactions.

Why not, the vast amount of data, high volume transactions, and the quantitative nature of the banking and finance industry makes it one of the sectors where artificial intelligence will be better applied. It is believed that financial institutions can leverage the power of AI to transform current processes and improve services delivery as well as the use of financial products.

A Powerful New Weapon Against Financial Fraud

In today’s low-trust environment, artificial intelligence offers a new way to tackle financial fraud, build trust, and create a secure financial atmosphere. New forms of AI are being introduced to catch fraudsters with exceptional speed and efficiency.

Thanks to such new technologies, artificial intelligence could identify irregularities or patterns in transactions which might point to fraud, money-laundering, or terrorist activity. Tools like machine learning and data analytics could be used to scrutinize the vast amounts of data AI holds on clients and transactions, and compare this information against publicly held data to flag suspicious activity for security teams.

Asides these anomaly detection apps, future security measures will require biometric data such as facial recognition, voice recognition, etc., to provide more protection to customers.

Role in Customer Service as well as Sales and recommendation of Financial Products

Other potential future applications of AI in banking and finance lie in the area of customer service and sales of financial products. An Accenture report states that artificial intelligence will become the primary channel through which financial institutions and their clients will interact in future. Indeed, this prediction is fast becoming a reality thanks to organizations like Kasisto, which are developing chatbots that enable bank customers to chat with their financial institution using text-based natural language.

The Kasisto app facilitates finance-specific interactions by allowing customers to ask finance related questions via chat. Similarly, McLean-based Capital One Finance has developed a chatbot called Eno to enable its clients to complete a broad array of tasks on their smartphone. Customers can use the app to transact, check their account balances, as well as request card information such as bill dates and limits.

Beyond its role in enhancing customer experiences, AI is also expected to play a significant part in the sales and recommendation of financial products. For instance, a robo-advisor might recommend portfolio changes. It is also believed that robo-advisors could potentially employ some level of machine learning to recommend a specific car or home insurance plan.

As AI continues its journey into the mainstream, it is predicted that the technology will play a more prominent role in reinventing the banking and financial services landscape by making it much easier for banks to analyze risks and assess the behavior of a prospect to discover any possible fraud, among other things.

Overall, the future of AI promises a new era of disruption in the banking and finance industry.

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Apple and Chinese Telecom Firms to Combat Spam with Machine Learning

Security Breaches in China

In an effort to fight spam, attempted security breaches, and protect their Chinese customers, Apple will employ sophisticated algorithms based on advances in the field of machine learning. The California-based tech giant is looking to enlist the help of Chinese telecom operators to identify messages by source, presumably. “We are in touch with telco companies to see what additional steps could be taken to reduce this inconvenience,” Reuters quoted an Apple spokesperson as saying.

Apple plans to use machine learning to determine whether a message is spam or not, cites a report from Reuters. The tools, which are being developed will also help bar fraudulent accounts from sending spam messages. An Apple spokesperson was quoted as saying, “We are currently working on additional ways to further reduce it, including more advanced machine learning models to identify it and more tools to block fraudulent accounts.”

The Crux of the Matter

Apple was forced to act when the official state broadcaster, worried by the growing volume of spam messages Apple users were receiving through the messaging app and in an attempt to protect citizens who are most vulnerable, accused the American multinational corporation of allowing gambling apps on their devices – gambling is illegal in China.

The allegation forced the US manufacturer to take more effective action against unsolicited messages, which potentially cheats people out of their money, lowers consumer confidence in online commerce, and threaten the digital economy.

The issue of spam and unsolicited calls is a common problem in China, where individuals can get phone numbers from black markets. So, the Apple situation isn’t an isolated one. In fact, spam problem is so rife in China that a Spam Laws content claimed spam grows faster than the Chinese population.

On its part, the Chinese government is making efforts to curb spam through an organization created explicitly for this purpose, the “China Anti-spam Alliance.”

Undefined Engagement Objectives

Apple partnering with Chinese telecom operators is a step in the right direction. However, it is not yet clear what possible role the telecom companies could play with regard to fighting spam, or how they could help the tech giant, bearing in mind that Apple’s native messenger, iMessage uses the manufacturer’s servers and all data communication between end users is encrypted with a secure encryption algorithm.

As mentioned, they would likely be asked to provide the tech giant with information regarding the identity of spammers to enable Apple to block the messages from source using advanced machine learning algorithms.

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How Artificial Intelligence and Machine Learning Will Impact Cyber Security

AI Security and Intelligence Services

The efforts of security and intelligence services to counter threats has led experts to consider using new concepts that are fast becoming part of our daily life such as artificial intelligence (AI) and machine learning as a defense to boost skills for countering cyber-attack.

Industry experts have always believed that AI will have a growing impact on cybersecurity technology thanks to its potential to improve threat detection. Believe however turned to reality when Alphabet launched a cybersecurity intelligence system designed to fight crime on a global scale back in January. If one ever needed proof of how AI-based solutions will improve existing technologies and drive greater efficacy and efficiency in the war against cybersecurity, Chronicle is it. Before we proceed to discuss their impact on cybersecurity, it is essential to first understand, from a technical standpoint, what is meant by artificial intelligence and machine learning.

What is Artificial Intelligence?

Artificial intelligence is an aspect of computer science that gives prominence to the creation of applications that engage in tasks that require mental processes of a high level such as memory organization, perceptual learning, and critical thinking.

In other words, artificial intelligence borders on the development of machines that work and react like humans by performing activities such as problem-solving, learning, planning, and speech recognition, among others.

What is Machine Learning?

Kris Lahiri, co-founder and chief security officer of Egnyte, in an article published on Forbes, defined machine learning (ML) as “a branch of artificial intelligence (AI) that refers to technologies that enable computers to learn and adapt through experience.”

How Will AI and ML Impact Cybersecurity?

With technologies advancing very quickly, the sophistication of hackers is fast emerging as a threat to internet security. Cybercriminals continue to develop new attack strategies meant to avoid existing security systems. This makes organizations act defensively rather than proactively. The difficulty in knowing precisely what attackers are planning makes it hard to take preventive measures.

As the level of sophistication across the entire global threat landscape continues to increase rapidly, security outfits must use advanced tools to get ahead of the threats before they do any damage. Given their sophistication and intelligence, it is believed that the use of AI and machine learning tools will enable companies to detect, investigate and remediate breaches faster.

This is because AI allows organizations to automate complex processes for detecting attacks and responding to breaches. And since AI and ML work hand-in-hand, AI can leverage ML capabilities to enhance its abilities and evolve. In this manner, AI security solutions powered by ML can rely on ML use data from previous attacks to react to newer and similar risks.

Tech professionals believe that the efficacy of this approach rests on the fact that hackers build on old threats. Therefore, by deploying AI and ML, new dangers can be detected more quickly and dealt with before they do any harm.

 

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World Finance: How Institutions Can Prepare for the Future of Banking

The Future of Banking

Finance is being taken over by tech. Advances in technology are quickly transforming the industry, and may ultimately change the face of world finance as we know it. Banks and insurers used to have less motivation to push boundaries, as the highly profitable, relatively static business models they adopted worked so well.

Today, however, leaders of the industry who had achieved excellent results and brought advanced experience into the financial and business world are being confronted by a new wind of technologies that may disrupt their markets. Peer-to-peer lenders, crowdfunding, bitcoin, mobile payments, robo advisers, etc., are bringing about rapid liberalizing of finance and trade.

The current situation and forces have led to questions being asked about the future of finance. Unless the big names of financial services rethink their business models in some very fundamental ways, they may find themselves losing market share to today’s ever-aggressive innovators. These innovators have come up with ways to offer better products than traditional financial organizations as you would see below.

Modern Technology Use Cases in Financial Services

Technology is driving innovation in the world of finance in several ways. These include:

  • Remittance: This is one of the problem areas for conventional financial institutions. Cross-border payments have traditionally been a slow and expensive process, with some transfers taking up to three days to arrive. The blockchain enables innovators to challenge this process by significantly speeding up confirmation times and simplifying the payment process, all while reducing costs. Blockchain also enhances transparency in the financial industry. This helps to minimize risk and human errors.
  • Chatbots and Customer Service: Another issue that customers often face with traditional financial institutions is that they offer poor customer experience. Chatbots help to correct this, thereby improving client satisfaction and lowering cost.
  • Machine Learning, Artificial Intelligence, and Fraud Detection: Machine learning and artificial intelligence make fraud detection easier, as they help enhance efficiency through the mining of unstructured transaction and account information to give a 360-degree client view and facilitate faster transaction authentication.

How Traditional Financial Institutions Can Prepare for the Future

If the aforementioned disruptive technologies are an indication of things to come, then financial institutions must make efforts to move with the times by generating more innovative ideas to take their business forward. This can be done by:

  • Embracing technology: To ensure continued success, banks will have to adopt technology to keep up with the rapid shift in digital economics. Unless banks train staff on the use of and invest in tech, they may find themselves lagging behind their non-bank competitors in the foreseeable future.
  • Adopting blockchain: Financial institutions should look to take advantage of blockchain if they aim to provide customers with quicker and inexpensive ways to transact.
  • Staying social: Banks can improve customer satisfaction by not only providing engaging content but also by providing customers with several platforms with which to contact them and respond promptly to inquiries.

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How To Protect Your Online Privacy

Internet Transitioning From a Service To a Utility

Recently, the Internet has become an essential resource for all of us. We rely on the Internet to send and receive emails, post/share photos and messages on social networking sites, shop for clothes, search for information and many others.

Unfortunately, most of don’t care on how they manage our fatal information and what we do online. This basically is very dangerous since it exposes our data and private information to hackers.

Privacy is more important than ever. The Internet may be the best thing that makes our work easier day by day, but as we come to rely on it more and more in our daily life we risk exposing our data to attackers.

This gives you a hundred and one reasons as to why you should protect your online privacy. In some cases most of online marketers use a wide range of internet activities to run their business.

Thereby, here is some ways through which you can protect your online privacy:

  1. Always update your device

This is one of the easiest and most effective ways to protect the security of your computers and mobile devices is to keep the software up to date.

Frequents updates help manufacturers patch security vulnerabilities quickly. Once you update your device it is important to double-check your digital privacy settings to make sure nothing has changed in the process.

  1. Lock down your hardware

It is very necessary to have a strong password to protect your device when it wakes from sleep or when it boots up. Just the same you have got passwords in every inch of your phone it is also necessary to protect your device with such.

  1. Turn on private browsing

This is very crucial too. You have to be excellent on how we handle things online and by that we will prevent our data and online activities from leaking. How do we achieve this? Through private browsing. A setting available in each major web browser.

It deletes cookies, temporary Internet files and browsing history after you close the window. Basically, the Facebook, Twitter, and Google+ buttons you see on just about every site allow those networks to track you even if you don’t have an account or are logged into them.

Other times information collection companies rely on embedded code in banner ads that track your visits, preferences, and demographic information.

  1. Use a two-factor authentication

Sometimes ones need to be sharper considering the possible steps that hackers can opt to. Two-factor authentication means that you can have a second way to which you can make your password all but useless to a hacker.

You don’t have to dwell on using just one password since there are other factors whereby you can use a two-factor authentication. Use cards, ID before granting access to your account. At times also it is advisable to use fingerprint whenever it is possible.

  1. Use secure WI-FI connections

Use of free WI-FI services at public places is highly tempting, but honestly it is a major risk and can highly comprise your personal information. Most probably the one watching the internet traffic and public Wi-Fi can have intention on stealing your sensitive information.

In case you have to use such anonymous connections, Through this they should make the activities as effective as possible. All they need is the anonymous private proxy or VPN. it is best to use a Proxy or VPN so all the data you send will be encrypted. You can easily find reliable proxy providers or VPN services that can keep your identity safe.

  1. Secure your browsing habits

Your interaction with the digital world is primarily through your browser and you have to be very careful when using it to ensure that you are not leaving a trail of footprints for someone to follow.

Marketers and websites may attempt to track you and hackers may do the same. Therefore, you need to keep your browsing habits private.

  1. Be careful on what you share on social media

Social media can feel like a conversation with your closest friends — except it may be a conversation the whole world can see. If you post enough on social media, the information can be used to track where you are and what you’re up to.

The first line of defense is to lock down your social media accounts. Share only with the people you want to see the information you’re sharing, like your friends and family.

 

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I T Trends Are Leaving Their Mark on Cloud Strategies

Organizations and enterprises have realized that they are spending a lot of energy, effort, and time as well as management bandwidth to create IT infrastructure whereas it is now readily available for their use. As a result, more and more companies are turning to Cloud services that offer flexibility and scalability at very affordable costs.  Doing away with the need for any infrastructure development means saving money. IT practices have changed drastically ever since the introduction of Cloud computing, and now the market is ready to witness a new wave in Cloud computing consisting of private, public and hybrid Cloud services.

Enterprises are now feeling the heat of competition and desperately looking for scaling up their computing resources that would enable them to serve customers better. It has led to the rapid adaption of the Cloud environment with 38% enterprises getting ready to build private clouds while another 32% rely on public cloud services that they procure. Indeed, the most attractive option seems to be the hybrid cloud with 59% enterprises going for it. In an attempt to keep pace with the demand for cloud services, the big players like AWS, Google, Microsoft, and IBM are gearing up to attract big companies by rapidly adding new data centers to the existing facilities.  The emerging trends in cloud services NYC will become clear as you go through the rest of this article.

The shift towards co-location services

The trend of co-locating data centers is on the rise. Co-location is the practice of using third-party data centers for housing networking equipment and privately owned servers instead of putting it up on own premises. Renting space at a co-location center is the latest trend among companies that find advantage in the system as they are relieved from the uncertainty about which cloud service would be best for them.

Besides renting out space with a higher level of physical security, the co-location provider will also provide the power, IP address, bandwidth and cooling systems that would be necessary for proper deployment of servers. In addition to the benefit of economies of scale, the managed data centers offer better connectivity with far lower network latency that enables companies to avail various SaaS and public cloud services. The arrangement gives businesses the opportunity to adopt a multi-cloud strategy and to test services of different Cloud service providers before deciding on the most suitable one.

Hyper-converged infrastructure for private cloud

Although organizations prefer to place data in the public cloud for its flexibility, lower costs and better security, not all CIOs are comfortable in sharing with a third party, sensitive business data and customer data. The reservation of CIOs in confiding in third parties with sensitive data is pushing organizations towards private cloud services that require advanced virtualization, automation, standardization, resource monitoring and self-service access just in the same way as public clouds. Creating a cohesive system by collating the capabilities is expensive and can be quite daunting.

The solution lies in going for hyper-converged infrastructure solutions that provide a software-centric architecture that acts as the binder and holds together storage, computes, virtualization and networking resources along with other technologies in a commodity hardware box that the vendor provides. Hyper-converged infrastructure provides the foundation for private cloud development especially for new workloads that require automated scale out at a rapid pace. You can add as many boxes as you like to enhance the pool of resources.

Improved spending on cloud services

Cloud vendor management is a complex area and containing the cloud cost can become quite challenging. It is particularly true for organizations that make use of multiple cloud providers. The numerous offers related to consumption plans and cloud service pricing from Cloud service providers add more complexities to the task of CIOs who are already having their hands full. Hiring a dedicated person to choose cloud contracts and undertake negotiations is a viable option that many organizations follow. However, with experience and exposure to better practices and by using cost management tools, IT executives are now able to derive better cost benefits.

Public cloud is hosting enterprise apps

It is no more a taboo for Chief Information Officers (CIO) to keep enterprise applications away from the cloud. They have become more comfortable in using the public cloud for hosting critical software as would be evident from the trend of hosting apps in AWS.  Business apps like SAP and other analytics software also have found a host in AWS, which is a clear indication of increased dependence of CIOs on the public cloud. Organizations can exploit the ability of the cloud in providing enterprise data that gives better insight for turning great ideas into software.

  Companies taking advantage of migration services and rewriting applications to move it to the public cloud

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