Industrial IoT Training, Course in Kerala & Certified Internet of Things Expert.

Internet of Things (IOT) certification consists of industry standard course which includes not only theoretical understanding of the different sensors, cloud platform and gateways, but also hands-on integration of IoT components with Cloud platform. With the help of this course Enzapps provides, you can gain in-depth knowledge of IoT applications and can build your own end-to-end solutions. The Internet of Things (IoT) is considered as a new era in science and technology, which will forever change our personal as well as professional lives. IoT extends computing and Internet connectivity from the most used devices like desktop and portable computers, smartphones and tablets to various variants of devices and everyday things, which is the attractive training course we are choosed to be in Enzapps.The data captured on these devices through sensors reveals interesting patterns with latent business values

The ‘Internet of Things’ (IoT) is a term coined to describe the network and communication between multiple internet-enabled and every-day devices. These devices transmit and collect data via Bluetooth signals, beacons, and the cloud, respectively.  It started out as a question, or an idea, that simply asked, “Can a device with an embedded sensor, communicate with a person or another machine to send and receive data?”

Or more simply, “Can a Coca Cola vending machine, running low on inventory, communicate with an off-site inventory supplier, via the internet, to order more Coke?”  This year we will have about 5 billion connected devices and will continue to grow exponentially over the next few years to about 50 billion connected devices.

These devices will live in our homes as smart appliances, such as ovens, thermostats, and smart TV’s to name a few.  Furthermore, IoT will be very useful in the marketing industry for tracking the purchase funnel, consumer location awareness, customized targeting, and much more.

Industrial Python Training, Course in Kerala & Become a certified Python Expert.

The eventual fate of Python: Concurrency ate up, Node.js next on menu Programming dialect continues getting fatter in the midst of clumsy variant 3 split

Despite the fact that scarcely a draw for a general intrigue gathering of people, the theme – an examination of multithreaded and multiprocess programming systems – ends up being integral to the eventual fate of Python.

Since 2008, the Python people group has endeavored to accommodate contradiction between Python 2 and recently presented Python 3.

For quite a long time, reception of Python 3 was moderate and some even set out to recommend Python didn't have a future. As late as a year ago, Zed Shaw, a proficient engineer and creator of the well known Learn Python the Hard Way, even dared to opine, "There is a high likelihood that Python 3 is such a disappointment it will slaughter Python."

In spite of these unconfirmed chances, Shaw – a polarizing figure for some Pythonistas – this year discharged a rendition of his book for Python 3.

Python stays a standout amongst the most prevalent programming dialects. It positioned first in IEEE Spectrum's best programming dialects for 2017, third in Redmonk's June 2017 positioning, and fifth in Tiobe's August record. Also, it keeps on being prescribed for those new to composing code.

It may even be contended that Python is resurgent, because of its utility for information science and machine learning ventures. Since all the well known Python bundles have been ported to Python 3, questions about the dialect have subsided away from plain sight.

In any case, there's a contradiction. JavaScript is likewise exceedingly well known, more so than Python by Redmonk's measure. Also, it has a few favorable circumstances when managing programs and interfaces. In April, Stanford started testing a rendition of its initial programming course educated in JavaScript rather than Java.

Python and JavaScript are broadly utilized as a part of part since they're less demanding to get than Java, C, C++, and C#. Both have dynamic groups that compose and keep up an expansive number of libraries. What's more, neither has a solid corporate connection, the way Java has with Oracle, C# has with Microsoft, and Swift has with Apple.

It's excessively oversimplified, making it impossible to state that the two dialects are contending with each other, however there's some of that, especially now that Python is concentrating on occasion driven programming.

Enzapps has outlined this Python training course in such a way that it begins with the basic concepts of programming and works upward to full-fledged Python applications development.Python is a widely used high-level programming language for general-purpose programming. Python's elegant syntax and dynamic typing, together with its interpreted nature, make it an ideal language for scripting and rapid application development in many areas on most platforms. Python is a widely used high-level programming language created by Guido van Rossum in 1991. It one of the most expressive languages which has Rapid Application Development features which help developers to work quickly and efficiently. Being a general-purpose high-level language, it is considered a standard among scientific researchers. And it also has a large and comprehensive standard library. There is no wonder Python has been conferred the title 'The Darling of Software Developers' formore

Virtual Reality & Augmented Reality Training, Become a VR/AR Developer

Virtual-Reality (VR) is the use of computer technology to create a simulated environment. Unlike traditional user interfaces, VR places the user inside an experience. Instead of viewing a screen in front of them, users are immersed and able to interact with 3D worlds. By simulating as many senses as possible, such as vision, hearing, touch, even smell, the computer is transformed into a gatekeeper to this artificial world. The only limits to near-real VR experiences are the availability of content and cheap computing power.

 Virtual Reality’s most immediately recognizable component is the head-mounted display (HMD). Human beings are visual creatures, and display technology is often the single biggest difference between immersive Virtual Reality systems and traditional user interfaces. For instance, CAVE automatic virtual environments actively display virtual content onto room-sized screens. While they are fun for people in universities and big labs, consumer and industrial wearables are the wild west.

Future Trends

·          Virtual reality brings new way to intraction and experiences in the digital world.

·          Virtual reality apps will require real-time interaction with cloud-based servers

·          Virtual reality software that will bridge the gap between old and new way of sport gaming

·          VR shopping will create an innovative home shoppingplatform.

What we offer

·          Product of VR- Virtual technology

·          Virtual Reality Training

·          Virtual Reality Softwares

·          Virtual Architectural

·          Virtual Reality Shopping

Virtual Reality is an intriguing method to movement utilizing simply the energy of innovation. It is the PC created recreation of a three-dimensional picture or condition that can be cooperated with in an apparently genuine or physical path by a man utilizing unique electronic hardware, for example, a protective cap with a screen inside or gloves fitted with sensors. The reason for VR is to enable a man to involvement and control the earth as though it were this present reality. The best virtual truths can drench the client totally. Virtual reality ought not be mistaken for basic 3-D conditions like those found in PC diversions, where you get the opportunity to understanding and control the earth through a symbol, instead of specifically winding up some portion of the virtual world. This Virtual Reality course provided in Enzapps will give you the fundamentalknowledge of the exponentially growing technology of virtual reality and its industrial applications.

Most augmented reality applications, a client will see both manufactured and regular light.Augmented reality gadgets are regularly independent, implying that not at all like the Oculus Rift or HTC Vive VR headsets, they are totally untethered and needn't bother with a link or personal computer to work. Reality utilizes your current common habitat and essentially overlays virtual data over it.Increased reality gadgets are essentially small scale supercomputers stuffed into minor wearable gadgets. These gadgets require huge PC handling power and use a large number of similar parts that our cell phones do.These organizations build up the product to make AR items, and also possess end-client items. Such stages incorporate systems, motors, SDKs, instruments.Increased Realty is a live perspective of this present reality straightforwardly or in a roundabout way. Likewise called intervened reality, it changes reality utilizing propelled advancements.

Augmented Reality (AR) Augmented reality has many different implementation models and applications, but its primary objective is to provide a rich audiovisual experience. AR works by employing computerized simulation and techniques such as image and speech recognition, animation, head-mounted and hand-held devices and powered display environments to add a virtual display on top of real images and surroundings.

  Augmented reality (AR) is a type of interactive reality-based display environment that takes the capabilities of computer generated display sound text and effects to enhance the user's real-world experience.Augmented reality combines real and computer-based scenes and images to deliver a unified but enhanced view of the world.

Future Trends

·          VR is the use of computer technology to create a simulated environment.

·          Users can Interact with 3D worlds

·          VR places the user inside an experience

What we Provides

·          Product of AR Training

·          Virtual Reality Softwares Training

·          Augmented Architectural

·          Augmented Reality Training

·          Augmented Reality Shopping

Nowadays, VR and AR play a big role in the field of technology. Virtual reality is an artificial environment presented to the user in such a way that the user experiences a real environment. It is created through a software. We can experience virtual reality through sight and sound. Virtual reality have application in various fields such as military, healthcare, fashion, business, sport, education, scientific Visualization, Heritage, Engineering, Telecommunications, Film, Media etc. Virtual reality training involves the use of head mounted displays (HMD) and data gloves to enable military personnel to interact with objects within a virtual environment.

Virtual reality is often used as a diagnostic tool in that it enables doctors to arrive at a diagnosis in conjunction with other methods such as MRI scans. This removes the need for invasive procedures or surgery. Robotic surgery is another example. Also virtual reality is one of the methods for a live fashion show. For business purpose, VR is used for helding meeting at different locations. In the field of sports .VR is used as one of the main training agent. Imagine the field of scientific visualization in which VR can be used for representation of graphics, which helps views for more satisfaction. Checking errors in construction field and in programming languages, it should be essential now. Main role of Virtual reality is that it can make entertaining videos with much more visual effects. So that It can be useful not only for media purpose, but also for education purpose and so on.

Augmented reality does not create artificial environment, but it can play with the existing environment and overlays feature on it. Likewise VR, AR also found applications in various fields. In the field of medicine, AR used in order for making the surgery easier, can be possible through visualization method. GPS systems use augmented reality to make it easier to get from point A to point B. There are a number of applications for augmented reality in the sightseeing and tourism industries. Computer gaming become more impressive due to these AR feature. Likewise AR and VR turn into a piece of human life For more

legacy system migration strategy

              

               The Digital start ups born into the a cloud era can quickly disrupt traditional business models and the grow unencumbered by legacy IT platforms. It’s a different story for many established the enterprises. The Legacy applications and the systems are an important component in nearly all established organizations. With in the investments already made, it’s hard to abandon them when new technologies like cloud become the available. Cloud computing has enabled a convenient and on-demand access to a shared pool of computing resources like networks, servers, storage, applications etc. Then cloud migration is the process of partially or completely deploying an organization’s digital assets, services, IT resources or applications to the cloud.  With in the cloud computing technology Enterprises and SMBs can get unlimited resources at their disposal based on their dynamic requirements and also giving our applications a wider accessibility. Conceptually software applications can be split into two general parts - state and behaviour. The state of the application is the data and it means. The behaviour of an application is the functionality and how it behaves. This is ingrained into most software developers and we can learn this very early through techniques like object-oriented programming. 

                There are the several benefits associated with a cloud computing. We can lower our costs, based on our changing need of hardware and software, and the gain utility based pricing for the a services our access or need at a certain time only.  Then Corporations worldwide are adopting cloud computing as the main computing platform for conducting their day-to-day business. They have abandoned or severely cut back on capital expenditures and maintenance for on-site servers, storage devices, business applications and backup devices such as tape and optical drives. A collaborative environment is the created which improves accessibility to hardware resources, and reduces the overhead cost. The cloud computing poses a lot of challenges, especially when considering migrating to the cloud. Here there are a few things our need to consider when moving your system to cloud based services.

              Equipment failures and the outages are common for a system. We need to consider cloud computing solutions that take this into account, and use of redundant network switches, servers and storage facilities, which make the systems available even during failures and outages. When our are looking for cloud computing vendors, our should consider fully redundant IP connections, which offer secure access even during equipment failure or local disaster. MPLs improve reliability by adding additional security layers. When moving to the cloud, the management of the infrastructure is a crucial point, one that you should consider. 

              When we are moving your legacy system to cloud, security is an important consideration. You should choose vendors whoes offer secure and reliable cloud computing solutions. We will see that vendors have taken security pretty seriously. With their experience and quality tools, they have ensured that accessing the data is secure. Why are IT managers reluctant to make the move to the cloud? Moving to the cloud means committing to the new cloud infrastructure. A lot of cloud computing providers are offering fully managed cloud environment. Firewall and password protection is considered majorly for SaaS and IaaS services offered by these vendors. Many enterprises consider private network to double the security layer being offered. The VPN or IPSec connections offer secure data capture as well as interception from the cloud to the worker desktop. In some cases, the multiprotocol label switching network is considered to route the traffic and maintain security. For more

New Trends Technology Articles

      

    Nowadays, fault proneness prediction is an important field of software engineering. It can be used by developers and testers to prioritize tests. This would allow a better allocation of resources, reducing testing time and costs, and the  improving the effectiveness of software testing. Non supervised fault proneness prediction models, especially thresholds based models, can be easily be automated and give valuable insights to developers and testers on the classification performed.

              Then every organization should information is circulating on the Internet about its activities so that it can use concrete actions to handle any the  potential threat to the organization and to capture a competitive advantage for its own business.  Information technology will influence library services as the GPS apps that help locate material inside the library, mobile apps that allow patrons to access library services, book delivery robots, and access to 3D printers and binding services. Then organizations should monitor not only the so called sentiment, but also. Nowadays information technology (IT) highly revolutionized in the field of library and information services, which provide collection, storage, organization, processing, analysis, presentation etc.

              Application of information technology in libraries, that provide efficient and effective services and online information retrieval. Library automation is one of the important applications of information technology in libraries. Libraries are using the information technology to automate the administrative and technical process, build databases, networks and provide better services to the users.

             Technological progress has merely provided us with more efficient means for going whether forwards or backwards as well. Technology has enable Us to increase our comfort and to achieve efficiency in all sectors of life .without technology ,we can’t achieve any progress or development . thanks to technology ,we can modernize our industry so life becomes easier for us and next generations .despite advantages mentioned above, there are drawbacks of technology . so we can consider technology is a servant but a bad master.

                Information technology give a new face to traditional libraries that include both digital collections and traditional, fixed media collections. We know that traditional libraries are limited by its storage space, but the digital information requires little space to contain information, so digital libraries have the potential to store more documents. The use of information technology in digital libraries that will increase the number of users and increased the expectations of the users.

            There are some modern technological developments that play a major role in making our daily life more effective . television is ,no doubt, a good servant .it’s the cheapest source of information and entertainment nowadays .TV has a big influence in our life . It can be an educational tool. there is a considerable variety of TV programmes which give us instruction as well as education . there are , for examples , some programmes for educating adult illiterates and others for teaching foreign languages . besides ,a lot of films, plays and series are presented time at home . Television also provides outlet for creative talents . many playwrights ,actors emerged from television . color TV has given greater opportunities for such talents.

          Technology has also brought about efficiency and quality in the manufacturing sector. Technological advancement has reduced the risk. Development is closely related with technology and the stage of development the human being has arrived could have been possible without the advancement in technology.We can also notice that violence on television doesn’t seem to have consequence s . An actor who is killed in a film an hour ago ,can be seen laughing in another program . This may confuse with reality and we forget killing must be permanent. For more

What is a Software Development Process?

       

     

            Software development process and  life cycle is a structure imposed on the a development of a software product. There are the several models for such processes, each the a describing approaches to a variety of tasks or activities that take place during the process. When it is comes to the software development process, also the known as software development life cycle, there are the a several approaches and models. Then details vary some what from one of the approach to another, but there are six basic steps or phases that are common across all models. software development process is a set of steps that a software program goes through when developed. The illustration shows a waterfall type approach to software development and an example of the steps taken in the phases of software development. software development process, the requirements phase outlines the goals of what the program will be capable of doing. Next, the design phase covers how the program is going to be created, who will be doing what, etc. The implementation phase is where the programmers and other designers start work on the program. A top software development company today reveals the six phases that are crucial for the development of any software. That is Software Design, Coding, Testing, Sprint Planning, Maintenance.

             The planning without the perfect, calculating the strengths and weaknesses of the project, development of software is meaningless. Planning kicks off the a project flawlessly and affects its progress positively.  As a developer, you have to first understand what challenges our might face throughout the entire process, and then create the a realistic plan that has no obstacles.

         Designing Once the analysis is complete takes over, which is basically building the architecture of the project. That is the key phase that involves marking out the entire architecture of software and the creating a layout that acts as a base for next phase. Moreover, it is also helps in knowing what exact hardware is needed to successfully run the software. Technical requirements will detail database tables to be added, new transactions to be defined, security processes and hardware and system requirements. Then technical design requirements are prepared in this phase by lead development staff that can include architects and lead developers.

        Testing of parts of software, especially where  the code by two different engineers must work together, falls to the a software engineer. Once of the a  code has been developed, it undergoes several testing phases that determine whether the product is working as per original specifications. Software Deployment, also known as Beta Phase, involves the product being passed over to the clients, in order to get valuable customer feedback. Any bugs or glitches experienced during this phase can be fixed.

          Maintenance is the phase that involves after sales services and support provided by the developers to clients or end users. Maintaining and enhancing software to cope with newly discovered problems or new requirements can take far more time than the initial development of the software. That only may it be necessary to add code that does not fit the original design but just determining how software works at some point after it is completed may require significant effort by a software engineer. About 60% of all software engineering work is maintenance, but this statistic can be misleading. A small part of that is fixing bugs. Most maintenance is extending systems to do new things, which in many ways can be considered new work. For more

The Best SEO Tools of 2018

       

  

                    The SEO tools of using  is to the  make the website optimization experience easier. Then  personally used  to some of these tools for years and the  found them to be quite useful and save me some time to do more productive things on clients website. A few years ago, we already wrote about our favorite tools, namely Google Analytics, Keyword Planner, Webmaster Tools, PageSpeed Insights, Copyscape, Open Site Explorer, etc. Even though these are all great tools that can be still used today, we realized that there are many other so here are some of our favorite tools we use on a daily basis.

                 The Google Adwords Keyword Planner is the a free Google AdWords tool that gives you insight into the volume of monthly searches for a particular keyword, and how much and how much competition there is, based on advertising spend for sponsored links. It also returns suggested terms you could use instead or alongside our original keyword.The keyword research tool allows you to find the best keyword to rank well in the SERPs. There are even several different ways in which to find your ideal keyword.  It will let you research keywords and queries searched by your potential customers. we can use Google keyword planner to find good keywords to use for Adwords campaign as well as with little help from other keywords tool you can find great seed keywords for your website. We can search by exact phrase match is you’re very specific about your topic. Or, use broad match to find keywords similar to the one you input. Finally, you can even search by questions. These days using questions as your target keywords can be amazing, as people are often searching for an answer to a query. This also helps you fine long tail keywords.

             Speed Insights by Google  a enter a URL, and this is the tool will test the loading time and performance of your website  for both desktop and mobile.  It is a helpful tool to measure page load time of the website. We can use it to measure your own page load speed or your competition.

Webmaster Tools It is goole, bing, yahoo etc. Use Google Webmaster Tools to optimize your website for Google’s search engine results. It’s free and easy to use. Just the sign in and connect a site to get started. If our want to the improve your Bing organic search presence you should verify your website property with Bing Webmaster tools. It will be also provide site wide errors, internal and external links information. It is not much a accurate as GSC, but I use it merely to submit my sitemap to Bing and Yahoo search.

Google Search Console  It is one of my favorite SEO tools to check for website errors, crawling errors, keyword analysis, internal and external link analysis, etc… It is one of the very powerful tool and it is highly recommended. Google's laudable Search Console and the myriad user-friendly tools under its bonnet should be your first port of call. The suite of tools gives you valuable information about your site at a glance: it can assess your site's performance and observe potential problems to troubleshoot  help we can ensure your site is Google-friendly and monitor Google's indexing of our site. 

Google Analytics  It is  one of the most reliable and widely used analytics tools around. Use it to get detailed website traffic statistics, gain audience insights, and much more.  one of the widely website statistics and analytics online software powered by Google itself. It helps you know your website traffic, conversion rates, bounce rate, etc. Live Keyword Analysis is a breeze to use: simply type in your keywords and then paste in your text and your keyword density analysis will be done on the fly. Don't forget to proof and edit your text accordingly for optimum readability. A must for website copywriters especially as you don’t need to register or pay for anything. For more