THE TOP CHALLENGES FACED BY MODERN BUSINESSES

The present century business structure is multifaceted and has a dynamic introduction to the worldwide stage. The contemporary business domain includes different classifications of business from little to vast and requires creative systems always to survive the complex professional workplace. Innovation has conveyed a few influences to the cutting edge organizations and furnished access to top of the line apparatuses with only a tick of a mouse. Running a business has no more stayed restricted to a store where shoppers need to visit the distance to gain admittance to its items. You would now be able to get everything appropriate from the solace of your home. With the assistance of innovation, individuals are presently transforming thoughts into reality with least assets and capital.

In any case, alongside the use that the globalization and innovation have acquired, what likewise should be seen is the arrangement of new difficulties that have developed for the organizations of today. Notwithstanding, being furnished with sufficient innovation, ability pool, and information, the advanced exchanging bodies battle with new dangers relatively every other day. This article will look at a portion of the best difficulties that organizations involvement in the contemporary circumstances.

Duplicating Competition

Business has turned into a specialty of most extreme people these days with the assistance of the progressed mechanical offices. It has turned out to be less demanding than at any other time to set up another business today, which was a long way from attainability 10 years prior. Internet showcasing is one of the blasting items in the present business domain, and advertisers have the choice to promote or offer their items in a tick of a mouse while sitting comfortable. In any case, this specific facilitating of chances has additionally expanded the pool of rivals in the business world which act like the greatest deterrent to progress.

Absence of Efficient Risk Management

A standout amongst the most urgent difficulties experienced by the present associations is the lack of genuine issue solvers and hazard supervisors. The structure of present day associations is broad these days and frequently stand up to with more noteworthy and startling danger factors. Without a doubt, moving with a modern outlook is the thing that one requires to beat the contenders, yet in the meantime, adequate consideration is required with regards to productive hazard taking care of and critical thinking. Dangers should be seen as a standard piece of business dealings and not as an unfriendly effect. The universe of business is brimming with shocks, and business pioneers need to grasp and ace how to make peace with the ceaselessly permeating danger factors postured by the entangled business conditions today.

Expanding Threats to Data

As said before, the contemporary business part works in a broad domain with terabytes of data. Dissimilar to the ordinary business worldview, a generous level of the undertakings are done on the web. On that note, keeping the information of an association safe and anchored is ending up increasingly strenuous. Irrefutably, there is a wide scope of information security apparatuses and innovations presented by the driving forces of the IT business, yet at the same time, the attack of information dangers are likewise expanding. Henceforth, the vast majority of the current new companies and set up associations keep information security at the highest point of their need list for managing the dangers that can endanger the sacredness of information. Additionally, simply having the most recent and vigorous arrangement of information security apparatuses isn’t satisfactory, as associations unavoidably require deciding how to actualize the same viably and proficiently.

Defeating business challenges in the contemporary hyper-complex business condition requires inside and out bits of knowledge, sound thoughts and run of the mill abilities that must be accomplished with the correct sort of instructive base. The new standards in the business require experts who originate from a multidimensional business training foundation. This is accurately where the best positioned foundation, Lingaya’s Vidyapeeth, merits a say. The MBA degree program led by Lingaya’s attention on a very cutting edge course educational programs to help the understudies to serve the best as well as lead the regularly changing worldwide business condition. We, at Lingaya’s Vidyapeeth, give our understudies a decisive learning condition, where they encounter an open-classroom condition connecting with this present reality industry specialists. We comprehend that managing new difficulties expect understudies to connect with genuine expert figures who are very much experienced in the field of business and we investigate every possibility in doing that for our understudies.

Author-http://lingayasuniversity.edu.in/

New Age Learning and Digitization

Keeping Up with The Pace of New Age Learning and Digitization

“Online learning is not the next big thing; it is the now big thing.”
– Anonymous

The quote mentioned above is what precisely describes the current scenario if we are to take about new-age education for the digital era. In case you’re of the opinion that new-age learning is a phenomenon that is yet to occur, then you’re wrong. It has already entered the realm in the form of online learning, smart classrooms, digital libraries; so on and so forth. However, the question is, are we able to keep up with the pace? Or simply trying to fit in?

There are 195 countries in the world today. But do you think the new age learning revolution is reaching out to each of the people belonging to these 195 countries across the globe? If not, then how can it be upgraded, modified and made technologically advanced? The blog talks about this particular concern explicitly, and concentrates on every actionable point that can be taken in order to upgrade education for the digital era.

Smaller Computers, Bigger Goals – Catching up with the trend

Smaller Computers, Bigger Goals

Figure 2Courtesy: Pexels.com

Technology and its application have remarkably expanded over the past decade, especially when it comes to the use of personal computers for the purpose of education and learning. From home desktop setups to laptops and finally the enhanced application of palmtops and tablets; this is always responsible for bringing a revolution in the field of academics, and shall always continue to do the same in the near future as well.

Even though the sizes of computers are getting smaller with each passing day, the responsibilities, purpose and every other functionality associated with the academic sector are getting bigger, tougher and more stringent than ever before. On the other hand, one who‘s already tech-savvy, for instance, the educator or the student will find things much easier to execute than someone who’s still trying to fit in.

Now, if we are to talk about this particular matter explicitly, then it is to be noted that there are still several institutions worldwide that are either deprived of technological advancements or haven’t been yet introduced to the pros of embracing this change.

Actionable Points:

  1. With smart classrooms, using projectors, Skype calls and providing laptops to the students in order to develop self-learning capabilities, different NGOs and public development authorities can jot down the names of institutes belonging to the downtrodden and remote areas of the world.
  2. Volunteers could be appointed accordingly, and they can reach out to those areas that are still deprived of the educational advancements, computers, and digital training methodologies.
  3. Educative and interactive campaigns could be conducted in order to introduce the concepts of digitalization in the sector of education to all those who are still lagging behind.
  4. Government aids might come into play if the authority agrees to provide electronic gadgets or free e-tutorials to those who are deprived of the same.

 Catching Up with the Revolution Brought By E-Tutorials and Online Examination

E-Tutorials and Online Examination

Figure 3 Courtesy: Pexels.com

Do you know that according to a Learning Management System report published by IndustryARC and as found on CNBC.com, the market is forecasted to surpass $10 billion by the year 2021? And according to another piece of information and forecast as posted on elearningindustry.com, the trend of online tests and quiz, e-assignments and surveys done online are likely to continue this year as well. Thus, it is somewhat a fair indication that the world is gradually moving towards great digital advancements with rare chances for this particular market being subjected to recession and stagnancy.

This, as a result, gives birth to the same old question-  are these stats, developments and digital advancements in the field of education reaching out to every corner of the world or is it just a part of an urban culture? If we are to think of upgrading education and learning for a dawn that would bring forth digital era on a global scale, then the one should consider introducing the concepts of e-tutorials, online examinations, quiz and surveys to the ones who are yet to be enlightened and introduced to such major technological advancements.

Also Check: 

Actionable Points:

  1. Volunteers and e-learning enthusiasts should target the stakeholders of different educational institutions and approach them in ways that may intrigue them to invest in the technology and introduce the same to their individual learning centers, district schools and colleges.
  2. Reach out to the students personally, and introduce them to the concept of online tutorials, interactive quiz, digital libraries, online assignment assistance and more.
  3. Run interactive campaigns encouraging free e-learning demos, thus introducing the concept of online quiz, interactive tutorials, virtual surveys and the likes.
  4. Recognize the strength and weaknesses of students belonging to a particular educational institute, and determine what e-learning methodologies, online assignment assistance and interactive digital learning environment can acknowledge all conflicting factors and hindrances with perfection.

upgrading education and learning

Figure 4 Courtesy: Pexels.com

Author Bio – Ambarly Jensen is a professor at a reputed university in New York, who is currently working with MyAssignmenthelp.com as an essay helper. She is also holding a PhD degree from University of New York.

Big Data and Robotics

Big Data

The last few months have witnessed a rise in the attention given to Artificial Intelligence (AI) and robotics. The fact is that robots have already become a part of the society; in fact, it is now an integral part. Talking about big data, it is definitely a buzz word today. The future of AI has been transformed considerably after it has been clubbed with new developments in the technological world like big data.

Enterprises worldwide generate huge amount of data. The data doesn’t have a specified format. It could be both structured and unstructured. Years back the data generated used to get wasted as there was no analytics performed on it. But now with the advent of big data, data is processed and analysis is performed on most of the data that is generated. Analysts make sure they are able to derive meaningful patterns, trends, and associations that simplify business decisions.

Big data is such a big deal these days that even small and mid-scale companies after looking at all the big data benefits wish to get benefited from it. There are ample of benefits of big data, but the biggest advantage is gathering the surprising amounts of information and then analyzing all the information that is obtained from web. The term ‘big data’ is comparatively new, but the concept has been a part of the world of robotics since a long time. The director of Auton Lab, Arthur Dubrawski says, “Robotics from the beginning has always been about data”. The operational definition of Robotics is all about executing the following sequence in loop: sensing, planning and acting.

Almost all the activities going around the robot and in the surrounding environment is perceived by the robots. Robots sense and perceive through the sensors built in them in order to be aware of what’s happening around them. To meet the desired purpose and reliability in a complicated environment planning is needed. Also to meet the planned goals, taking and monitoring planned actions is a must. Did you notice all the above steps involve use of huge amount of data? There are a large number of modules meant for sensing purpose, some of them are sensors that measure range, position, visual, tactile sensor and other various similar modules. Some of these sensors generate large amount of data. Artificial Intelligence (AI) isn’t discovered in the recent years. In fact, it has been a part of the Defense Research and Development Organization (DRDO) as a Centre for Artificial Intelligence and Robotics, established much earlier in the year 1986. Robotics haven’t labelled anything, but have a long history of working with Big Data.

According to Dubrawski, “Robotic technology powered by AI has always been about analytics from its advent”. He also believes that robots have the capability of sensing and perceiving data through their sensors. They then link what they perceived along with actions through planning. Hence performing analysis and processing of information at all stages in loop of sense, plan and act. For years now we have relied on technologies and borrowed analytics from methodologies such as machine learning and many others. However, robotics come up with some original research and techniques occasionally. These techniques are usually designed for solving robotics related issues, but later they can be used for any application.

How has Big Data impacted Artificial Intelligence?

5 reasons about Big Data that promoted AI implementation:

Increased processing capability: With the evolution of processors in the recent years there has been drastic growth in computing speeds too. Billions of instructions can be processed in few micro seconds. Along with the traditional sequential computing through CPUs (Central Processing Unit), there is an advent of parallel computing through GPUs (Graphics Processing Unit) seen. This has indeed increased the speed of processing data and helped derive advanced protocols for machine learning in AI applications.

Availability of low cost and large scale memory device: High storage and retrieval of big data is now possible using efficient memory devices like DRAM’s (Dynamic Random Access Memory) and logic gate such as NAND’s. Data need not be placed at some central location or stored in a particular computer’s memory any longer now. Also there is so much of data generated and processed every day to fit into a single device. Due to Cloud technology data can be stored in distributed infrastructure and parallel processing can be done on the data. Hence, the outcome of large-scale computations like Cloud technology are used to construct the AI knowledge space.

Learning from actual data sets, no more from sample ones:

Just when AI came into existence, machines had to learn new behavior from a limited sample sets, along with a hypothesis-based approach for analysis of data. That’s a traditional way, now a day with Big Data machines don’t have to rely on samples. There is ample of actual data available that can be used anytime. Algorithms used for voice and image processing: Understanding and learning from human communication also known as Machine Learning, is a fundamental requirement of AI. Human voice data sets are a lot in number, with numerous languages and dialects. Big data analysis supports breakdown of data sets to identify words and phrases. Similar is the case with image processing, it identifies appearances, outlines, maps to process information. Big data analysis enables machines to recognize images and learn how to respond.

Open-source programming languages and platforms

If it was possible to store a data set in a single storage device, then AI data model would have used not very complex programming languages such as Python or R, which are also known for being a data analyst. Unlikely, for commercial scale operations enterprises use Hadoop for big data management. Hadoop is an open source, java based software framework that has capabilities of reading and analyzing distributed data sets. Since Hadoop is open source it is reliable and free programming tool for data analysis. It has made AI algorithm execution more efficient.

Today AI and Big Data analytics are known to be two most promising technologies that enterprises can take along with them in the days to come. AI along with Big Data will make sure businesses take intelligent decisions based on historic information available. But understanding the union and interdependency of these technologies is where the success lies.

Top Trends of Network Security

Scope of Network Security

We have almost reached the mid of 2018 and it is important to realize what is the scope for network security and the areas where IT focus has major impact. Here are some trends, challenges and hazards that await the tech-kind in the near future:

  • The evolution of malware:

Generally, attackers wish to target cyber victims globally and malware has so far been one of the most efficient ways to do so. From the last few years, spreading malware across a network has been the perfect attacking method because almost all antivirus programs fail against such an approach. Due to this more security vendors have started offering malware defense but, it seems like malware technology is updating itself more vigorously compared to the solutions to fight it. Security vendors guard enterprise data and personal computers and before the vendors even begin prevention measures the attackers shift their techniques again. Now, it is can be predicted that attackers will adopt mobile malware as almost all corporate enterprise allow the use of mobile devices. All mobile devices are allowed to join the corporate internet connectivity like Wi-Fi networks. Thus, mobile malware can make these devices lethal allowing attackers to gain access to confidential data of enterprises.

  • IoT complication that leads to Distributed Denial of Service (DDoS) attacks:

It has been observed that Internet of Things (IoT) technology is growing like never before and has reached corporate and business networks as well as government bodies; this presents a combined larger target with a plethora of security risks. On the other hands, the IoT world also has an extensive range of protocols which is altogether another point of contention. A lot of businesses lack IoT related skills like complicated system architectures, weak security of product and features and operational immaturity. All the above mentioned reasons lead to further security problems. A report by F5 Networks last year predicted a rise in IoT devices from 8.4 billion in 2017 to 20.4 billion by 2020; the report also predicted that all these unregulated IoT devices might lead to a widespread destruction as they might become cyber-weapons for attackers in the years to come. There have been several DDoS attacks sourced from vulnerable IoT devices in recorded history and it is predicted that such attacks will rise even more in the coming years.

  • A boost in cyber defenses by Artificial Intelligence and Machine Learning

Artificial Intelligence (AI) and Machine Learning (ML) have a big role to play in the future as they gather pace having started impacting enterprises and big businesses. Information security professionals find AI and ML to be a boon as algorithms and models enabled by ML can forecast and precisely identify cyber-attacks. Professionals need to make sure that these models are trained to perform their tasks as well as be safe and secure. However, the risk of exploitation of AI and ML by attackers looms large.

Also Check: Best Network Security Antivirus

  • Intelligent Things

Intelligent Things are a set of devices and processes networked together in such a way that they can function independently in order to complete a task. Intelligent Things are nothing but an extension of IoT. To understand this in a better way let’s take the example of driver-less cars powered by AI. Say a person wants to travel from point A to point B in a driverless car, his interaction with the AI-based system of the car is minimum. However, if the car is stolen, wearable smart devices (Intelligent Things) can collect and analyze the information about the vehicle. This makes the entire system secure. Being able to secure this network of Intelligent Things will boost the IT priority list as attacks keep growing day by day and enterprises tend to become more comfortable with the use of intelligent machines in everyday operations.

It is necessary to know that a secured network can deliver numerous benefits to enterprises and corporates such as enhanced IT processes, increased productivity, and efficient services. It also caters the most secured and guarded data that meets the list of quality standards determined by the enterprises. A good security practice is to ensure only authorized people have the access to network resources of a company.

buy a dedicated web server

Why you should buy a dedicated web server

Why you should buy a dedicated web server

Whenever you decide to buy the hosting for your website, you must have got the question which type of hosting solution is best for my website. For that you must have consulted with your friends, designers, checked the review sites or gone through a research. After this, you must have started with the lower plan of shared hosting, but in future, if you need to expand your resources to improve the performance of the site. You are required to switch to VPS server hosting or Dedicated hosting for better performance of the website. Most of the users are not aware of the concept of a physical dedicated server and they opt for shared hosting. In the beginning, you select the plan based on price and often compromise the quality of service and many other things by selecting the low-cost plan of the shared server.

Why not shared hosting?

As I said above, after analysing all the resources you opt for shared hosting because of cost and low resource requirement. This usually happens when you lack the information about different hosting solutions and because of that, you have to compromise in the service. In shared hosting, you are sharing a single server with others, whereas in dedicated server you have sole responsibility for the management of the server.

If you have a small business website then shared hosting is the ultimate option whereas the big business website that receives large traffic and consist of confidential data can opt for cheap dedicated server India. A dedicated server is expensive as compared to shared hosting because it offers a high-quality resource. In case, you have an eCommerce site and it is receiving a good amount of traffic then a dedicated server is the best option for your website. Whereas in a shared server, your site may get crashed due to heavy traffic because single server cannot handle the traffic.

Suggested Read: GODADDY HOSTING REVIEW 2018

Here we have listed some of handpick factors that will help you to know why should opt for the dedicated server instead of any other hosting solution.

1) Better response time:-

If you pay more you will get more and worth in terms of return. If you opt for the dedicated server, you will notice that website response time is improved and it can easily handle load of traffic, especially when you are running a campaign or offer on your website.

2) Scalable:-

You never know when your website will start over consuming the resources and this might affect your traffic or website may go down. Such situation usually happens in shared hosting as it is not possible to scale the resources immediately due to limited resources. If we talk about dedicated server then it becomes easy to scale the resources during an emergency.

3) Flexibility:-

No one likes to use the service which has a lot of restrictions. However, it is your choice which service you choose for your website. In dedicated server, you get authority to manage the resources without any restrictions. Additionally, you can also install software as per your requirement.

4) Security:-

Most of the website owners give first priority to the website security due to  increase in number of hackers. If your website data consists of confidential data or private data on the server then it is essential to get high security. Nowadays, most of the providers offer Spam Experts solution in the plan that helps to protect the website.

Also Check: Best Network Security – Webroot SecureAnywhere AntiVirus Setup

5) Bandwidth:-

If you have multiple connections at one time then it is essential to get an equal amount of bandwidth to all the connections. This is possible with the dedicated server due to availability of  reliable bandwidth that ensures applications are running in a good way. Additionally, you get an option of burstable billing that helps you to cater unexpected spurts of traffic.

Conclusion:-

If you are newbie then this post is enough to know about dedicated hosting. On the other hand, if you are using any other type of hosting solution and want to switch to dedicated hosting then check MilesWeb dedicated hosting plan and host your website on hybrid dedicated servers in India and US datacenter. Found article worth? Then share your views below comment box.

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Increase Your Organization’s Presence By Designing & Developing A Site

Every organization is trying to take the advantages of the internet to improve their business. The first step towards using the digital world to help in the business of your organization is to create a solid online presence. It can be done with the help of a good web design & development company. They are everywhere, they will help you in creating an amazing site for your organization.

As their name suggests, they will create the look of the site in the first step. The look will be created keeping in mind the business of your organization. It should be kept easy on the eyes as the current demand for minimal layout. The site will contain text and images that should be chosen with extreme care to present a clear picture of the stature of your organization.

The look of a site is created with the help of graphic designers and developers to create a stunning representation of the work done by you. The normal users don’t give a damn if you use bright colors or dark colors or any other designing gimmick, they just want to a rich user experience that can only be given with the help of good navigation and layout.

The coding part is managed by the software programmers. They work day in and out to get everything in the right order. They have to sort out the various bugs and errors that constantly pop up during the writing of the codes. Another important set of workers in this setup are testers.

They are hired particularly for finding the several bugs and errors and let them known to the management i.e. the programming team. They will check the quality of the finished products and will let the programmers know about any modifications that can change the overall look and feel of the products for the common users.

Given the spectacular rise of the smartphones, your site needs to work in the mobile browsers to attract the massive user-base of smartphone users. Responsive sites are the keyword to happiness if you want your site to act properly on the popular mobile browsers. By creating responsive sites, the content of your site will adjust according to the display of the device in any mobile browser.

The digital world is there for you catch the prospective customers. Just find the well-recognized web designing companies in Gurgaon and create your online presence.

The Next Generation of Cloud Computing

Cloud isn’t for technology geeks anymore as by now, a majority of organizations have implemented cloud for improved efficiency in their business processes. A particular enterprise on cloud can reap many benefits as they are able to scale their resources whenever there are heavy business demands. Storage, which the cloud offers is such an easy feature which allows a user to store, retrieve and move their data seamlessly. Security on cloud is unmatched as compared to any other platforms. The simplicity of cloud is what makes it so easy to implement it in a business because it technically provides everything an admin might need to carry out his business functions smoothly.

It is important to understand what newer technologies can be provided by cloud in the future because innovation doesn’t stop and there are always advancements and improvements when it comes to one particular technology. Cloud taps into the expertise of an enterprise to bring the best out of them. Cloud computing has come a long way, from being initially adopted for high efficiency and saving money, to emerging as a platform for the best of innovations.

What the future holds for Cloud Computing?

Almost everything is connected to the cloud one way or another – except if anything is specifically kept in a local storage for security purposes. There are many opportunities and capabilities in cloud computing. There are many predictions when it comes to the future of cloud computing as it can open doors for newer services, platforms, applications and much more. Innumerable possibilities pave the way for innumerable innovations. In the next decade, cloud computing will be an integral part of each human’s life because it will connect all the useable to a single platform.

In this article we take a look at the next generation cloud technologies which will shape the cloud computing future and will provide a much evolved technology.

Uni kernels

To say the least Uni kernels are infrastructure virtualization space. It is an executable image which can be executed natively on a particular hypervisor without the help of a separate operating system. The image consists of an application code and operating systems functions which are necessary for the application. Unikernels are built up of library operating system which is nothing but collections of libraries which represent an operating system’s important capabilities. There have been various virtualization in cloud computing and Uni kernels is the latest hypervisor virtualization technology in the emerging containers concept.

CaaS

Container as a Service (CaaS) is an offering from cloud providers which provides container orchestration and compute resources. The framework can be used by the developers through API or a web interface for easy management of container. One can say that CaaS is a new layer for cloud platform for application deployment. This point towards the tools which are aimed at relaxing stress between the operations staff and the development team when it is about pushing application content and monitoring application.

Server less Architecture

The cloud has led to shutting down datacenters because CIOs believe in the services provided by cloud computing and how it has been a boon for their business. IT heads rent a mix of tools from a couple of vendors when they need extra processing power or storage. IT leaders are searching for a more cost efficient way to rent computing power and rather than managing a cloud architecture, they now wish to go server less. Cloud is now being used just to fuel applications and other functions with server less computing now in the picture. Only when resources need to be provisioned, the cloud is called upon to do this job. Internet of Things (IoT) can be a good example of such event based computing.

Software Defined Networking (SDN)

Software-defined networking is rapidly becoming a key component in data centers for automation. Software-defined networking provides efficient ways to manage virtualization saves cost and offers speedy service delivery. It gives data center managers the control to manage each and every aspect of a data center which results in higher agility to manage and upgrade their hardware. Modern data centers have become too complex to be managed by assigned personnel and thus, it is important to use an automation tool. It helps enterprises to enhance their security by minimizing vulnerabilities caused by humans.

Conclusion

Cloud computing has a bright future as it holds many technological breakthroughs and newer innovations. Technology which is implemented in the market today probably won’t be kindred tomorrow. The constant change which only leads to better up-gradations will help many organizations reach their potential and achieve their desired targets. The cloud will bring much more benefits to businesses that one is able to imagine now.

Joining the dots between robotics and cloud computing.

Don’t you feel almost all technological facilities are related to cloud these days? Guess what these services also include, the robotic technology. The day is not far when RaaS will turn out to be a multi-million-dollar industry. The global expenditure of robotics and robot related services will reach around $135.4 bn by 2019 which was $71 billion in 2015, according to an International Data Corporation report. John Santa gate, research manager at International Data Corporation Manufacturing said, “With the rise in investment in AI development Robotic capabilities will keep on rising with the driving competition in order to bring cut the expenditure related to AI technology”.

Big Data & Cloud Computing – Made for each other

According to a report titled ‘Global Robotics Technology Market, 2013-2020 ‘, the universal robotics technology market is likely to reach up to $82.7bn by the 2020, recorded a CAGR of 10.11% during 2014-2020. The key factor that drives the robotic industry is the growing need for reduced labor costs of most established nations and the increasing instances of supported living style. More and more enterprises have started to enter the industry hoping to evolve and refine automation techniques and customer services.

Service robots provide a benefit by taking up industry-related tasks that are usually challenging and seem risky. Various everyday jobs are taken over by robots that are difficult and require much more human effort. Robots ensure and offer a higher level of accuracy and precision. The major sectors to use the Robotics and AI technology is Factories and manufacturing sectors, that develop merchandises on the methods of medications have been benefited from the accuracy that AI tech has offered.

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Talking about the ever-increasing consumer world, a lot of cloud based enterprises like ESDS has / had started building chat bots that can be used in customer service processes in order to provide assistance to consumers in making correct use of products and helping them save a lot in the bargain. Industrial application of bots not only helps reduce cost, but it also initiates major transformations to take place for a better customer experience.

It has been proved that AI enabled RaaS is a boon to various verticals of manufacturing industry which includes manufacturing sector that requires hefty functional tasks in data storehouses. The RaaS model is now becoming a commonplace in the Agro sector. Agricultural robots and drones are used in a variety of tasks and they are expected to US $12 bn in next 5 years to come.

How a Data Center Works?

Talking about the healthcare industry, bots are able to perform tedious operations, they can interact with patients also check status of their health and suggest further appointments. Grouping of Artificial Intelligence and bot technology has surprised everyone already with the evolution of a bot called Sophia. All the data that is been taken by robots in different verticals and service sectors can be stored in cloud. Data analytics can be performed on the stored data and this enables businesses to increase productivity at a lower cost. It also helps build a smart enterprise link that let teams to focus only on their business related tasks.

A report by International Data Corporation stated that 30% of robotic applications which is based on commercial services will be in the form of a RaaS enterprise model, by 2019. This would definitely help reduce costs of robot deployment. The same report further predicts that more than 55% of robots will depend on cloud-based applications in order to define AI potentials and related applications, which will eventually lead to the formation of a AI based cloud market by around 2020.

The advent of the RaaS technology denotes a massive change in the service-based models in the technology sector. These models have a fast growth capability for adoption and offer an attractive value proposition to different industries and businesses. RaaS has the capability to develop new and improved enterprises prototypes.

A lot of RaaS providing industries like ESDS software solution Pvt. Ltd. can support and provide 24*7 support with incorporation of Artificial Intelligence technology and storage facilities used within industries. This helps cost cutting and also makes scaling of resources feasible with greater flexibility. With the rise in AI technology robots are more likely to get incorporated on cloud technology in a rapidly growing digital environment meant to craft an intelligent enterprise environment.

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Cloud Disaster Recovery – Stay Prepared for any risk!

Disaster Recovery (DR) is all about planning and putting those plans in action in case of a disaster in your Data Center. You can never predict when a disaster might strike, but you should always have a contingency plan and recovery solution to save your business in critical scenarios. Prioritizing your systems and applications is crucial before you determine the important assets of your business during downtime which would take some seconds or minutes to get up and running. You need to take into account the technical dependencies of critical applications and how long will they take to get back online. You need to architect your applications in such a way that they run smoothly on the cloud platform through built-in DR mechanism.

Basically, Disaster Recovery on Cloud is a service which allows backup and recovery of remote machines on a cloud platform. IT heads who have witnessed disruptions in businesses aim for data recovery alternatives. IT resources should be protected and there should be duplication of data before disaster strikes and you lose all your mission critical data. While researching for Disaster Recovery solution, it is important to clearly understand backup and data restoration aspects. Cloud Service Providers (CSPs) relatively make it easy for the customers to retain their data after it has been backed up on a cloud which is simply easy. The only challenge in Disaster Recovery is the recovery of data. Bandwidth plays an important role because there are terabytes of data and with defined Recovery Time Objective (RTO) it becomes critical to recover all the data within the allocated time frame.

CSPs are stepping up against such scenarios where they have started providing Disaster Recovery as a Service (DRaaS) solutions which ensure business continuity. Due to virtualization with cloud, the complete server including the operating system, applications, patches and data is confined in the virtual server, and this server can be backed up on an offsite data center. Organizations have started cloning them on premise system on cloud and have established a secure connection between these two environments. This creates redundancy when the on premise data center goes offline and all the applications on cloud are up and running without any interruptions in business activity.

Here are some of the many benefits of Disaster Recovery on Cloud:

Hassle Free– Disaster Recovery Solutions doesn’t require additional hardware and thus you do not need to incur any expenses to your existing infrastructure, so there is nothing additional to manage, update or upgrade.

On-demand Abilities– If a situation occurs where you are facing downtime of your primary site, DRaaS offers switch-over where you can operate your infrastructure directly in the cloud by avoiding downtime as you recover from a disastrous situation. Your valuable customers are not affected by the disaster as you quickly retain your business’ flow and minimize risk and losses.

Pocket Friendly– DRaaS solutions are cost effective as compared to physical DR solutions. You can control costs around your Disaster Recovery with advanced cloud based solutions to structure your Disaster Recovery investment to align with usage, so you basically only pay for what you need.

Safe and Secure – Many cloud-based DR solutions use advanced security layers to ensure that your data is secure. Complete data is replicated in the cloud which is fully encrypted and only you can access it when needed. You can recover your data at any point of time through secure protection during data transmission. With new DR solutions, you totally eliminate the high risk and cost of downtime.

Types of Disaster Recovery sites on Cloud

Hot Site– A Commercial Disaster Recovery service which allows a business to run smoothly in an event of disaster, a hot site contains all the equipment needed by an organization in case their primary site becomes inoperable.

Cold Site– A cold site is a DR service which provides space for equipment and infrastructure that the customer needs to provide. Some personnel are required to setup and for the upkeep of the site. Between the three DR site options, cold site is the one which takes the longest to get up and running in an emergency.

Warm Site– Warm site is somewhere between Cold Site and Hot Site. This site contains per-configured equipment which is quick and easy to start operations. This site takes average recovery time in comparison to the other two sites.

Conclusion

Replication of business critical data is important so that no one suffers when a disaster occurs. As discussed before, planning is the first step towards securing your business and choosing a proper Disaster Recovery Solution on cloud. During a disaster in case your primary site fails to work, you should have all your data duplicated on the secondary site which is on cloud.

Server less Computing: The future of cloud infrastructure

Ever heard of Server less computing? If you haven’t you should know that it is the new buzz word in IT. The term ‘Server less Computing’ speaks about a form of deployment where the server is abstracted away. This does not mean that there are no servers, it’s just that you don’t have to provision the servers by yourself. It’s a modern way of hosting applications and services on infrastructure which is not managed by the end users. In server less computing, resources are provisioned on cloud only when a specific event occurs. Resources are no longer assigned only to stay idle until called upon. In some cases, server less infra can free your business from the overheads of maintaining infra, upgrades and provisioning servers.

Time spent in configuring the cloud infrastructure for scalability is also reduced as server less computing promises faster delivery and highly-reliable software solutions. Server less computing is a form of cloud computing, but in this case the Cloud Services Provider manages the provisioning of resources on run time basis rather than planning storage capacity in advance, and consumers just have to pay for what they use instead of buying blocks of storage in advance. It is much more granular, and thus more cost-effective as compared to the traditional cloud module.

Applications may seem to be ‘server less’ as server management, maintenance as well as capacity planning are completely hidden from the end users. The normalization of server less computing is a major hop towards spreading the capability to perform complex tasks without the need of expensive hardware. Brands ranging from Atlassian to Vogue have made the leap to server less computing, according to a presentation named ‘The State of Server less Computing’ by AWS.

Let’s see what server less computing means on a technical level? It’s a process where developers can assemble services from small functions, these functions are building blocks of code. The small code blocks can be executed in response to particular request call using HTTPS/HTTP. These functions are sometimes-infrequent app components, triggered when needed by catalysts. This data is stored in a distinct environment that synchronizes with the active production environment.

Why is Server less computing essential as a paradigm?

Server less computing is an evolution of the micro services approach to architecting applications and software’s. The idea behind this is to let the CSPs manage the fundamental compute infra and let developers focus only on the functionality that needs to be delivered. Here are some advantages:

Ideal for event-driven scenarios: The traditional auto-scaling feature can have critical warm-up times for clusters and scaling, both during up-scaling and down-scaling and it is also possible that it may not be in continuation. Server less is a perfect computing model when it comes to execution of small blocks of code aka functions as they turn out to be the response to event triggers and you pay only for the fractional resource times that you actually consumed. Thus, saving a lot of expenses. Server less computing is optimal for event-driven architectures for example the IoT scenarios.

Assemble low-cost micro services architecture: By going server less, a lot of cloud computing functions can be executed simultaneously. These functions are independent of each other in response to the event mirroring concurrently in the execution. The smaller blocks of code set up in server less computing are easy to manage and the testing becomes easy too. The various functions in the cloud environment can themselves expose clean, Representational State Transfer (RESTful) interfaces to work with more such functions of an app. Software developers can swiftly put together an architecture mirroring micro services by deploying several cloud functions that work together. Most leading platform developers are implementing this strategy to deploy software in a cost-effective way.

Despite these advantages, there are some limitations in the server less environment. A restriction on the size of code is found and which when deployed supports only a few programming languages. Typical code blocks and monolithic i.e. single-tiered software application architectures, should also be avoided. Another limitation being that developers should be highly disciplined in the way they are using server less computing.

Big savings with Server less infra

Server less paradigm helps cut on a lot of cost. About 60 per cent cost saving is achieved along with considerably lower administrative efforts. This calculation is based on an e-Commerce app using Lambda by Amazon Web Services which is a FaaS model, versus hosting the app on Amazon Elastic Compute Cloud (EC2) by Amazon Web Service and instances in a high availability architecture were calculated on hourly basis. Server less computing is all set to rise as interest and adoption grow. Various tools to manage multiple kinds of functions and compound service incorporation are evolving using server less computing. Server less frameworks along with commercial per-packaged functions, are becoming popular, players like ESDS, Google, AWS and others will continue to rule the market in the future.