Emerging Enterprise Network Applications: Guide, Examples, Tips and FAQs

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What is a Network in Emerging Enterprise Network Applications?

A collection or group of computing devices that are connected to one another in order to create communication and also share available resources is known as a network. A network will have both software and physical components in its make-up. Even if you do not have access to the internet, it is still possible to establish a network. People are able to connect with one another and move files from one location to another in the smallest amount of time feasible because to the proliferation of computer networks.

Computer network applications are a type of network software program that may perform valuable operations by utilizing the Internet or other types of network hardware infrastructure, such as transferring files inside a network. These applications are known as “network applications.” Within the framework of the network, they facilitate the movement of data from one location to another on our behalf.

Types of Network Applications when writing Emerging Enterprise Network Applications Essay

(A) Pure Network Applications

These are apps that were developed specifically for usage in networks; it would be counterproductive to run pure network applications on a single machine. They enable us to connect inside a network and transmit data more effectively. These kinds of programs each have their own unique user interface that users need to become familiar with. Here are several instances.

(B) Stand Alone Applications

These are programs that may be used on computers that run on stand-alone computers (computers not connected to any other). They are rewritten to function in network settings, such as word processors, spreadsheets, and database management systems, so that their scope of operation may be expanded. This allows them to more effectively carry out their activities. They continue to operate even when the PC is not connected.

1 – WAN Redesign: A great number of companies are in the process of migrating their applications to the cloud, which will result in substantial changes to the architecture of their WANs. Points-of-presence that are hosted in co-location facilities will either supplement the conventional “demilitarized zones” that are located within their own data centers or, in some situations, replace them entirely. That is to say, there is no requirement to back-haul traffic that is headed for the cloud to a data center before connecting it to the internet.

2 – NFV Comes to the Enterprise: The concept of virtualization is now trending, and with good reason. Network Functions Virtualization (NFV) is going to make its way from service providers into the organization, starting with the branch. This is going to happen. It will make it possible for cutting-edge network teams that are responsible for a large number of branches to provision, chain, and expand branch network services with greater ease.

3 – IoT in the Carpeted World: The Internet of Things (IoT) is becoming widely used in the operational technology (OT) part of the organization. Now, chief operating officers are starting to realize the value that the Internet of Things (IoT) can offer to the workplace (the carpeted world). This can be accomplished with the help of linked air conditioning systems, intelligent lighting, or location services in the office. You may anticipate to see businesses pursuing further consolidation and bringing together the diverse “things” that exist within their carpeted area, all of which will be made possible by improved security methods like as segmentation and profiling.

4 – SDN Moves Beyond the Data Center: The first seeds of software-defined networking (SDN) are beginning to germinate in the data center, and now they are spreading to the wide area network (WAN). It is reasonable to anticipate that the seeds of SDN will start blooming in campus fabrics for both wired and wireless settings. 2017 is the year that will mark the beginning of the goal of end-to-end programmability and automation across all network domains becoming a reality.

5 – Network Assurance Grows Up, Moves into the Cloud:  The advent of machine learning has provided some interesting new prospects. There will be a significant increase in the breadth and depth of options available for network troubleshooting. We will see far better (and much faster) diagnosis and repair as a result of offering these capabilities via the cloud and using the aggregated experiences of a wider range of networks.

6 – Location-based Services Goes from Niche to Mainstream: Because technology has now caught up with the promise of location-based analytics, wireless settings, particularly in industries such as retail, healthcare, entertainment, and hospitality, are reaping the benefits of this development. The promise of applications such as space efficiency and navigation will now be realized as a result of advancements in Wi-Fi technology and other technologies, such as Cisco’s Beacon Point. As a direct consequence of this, location-based services in the enterprise will transition from the specialist market into the mainstream market.

7 – Voice over Wi-Fi at Scale: I believe that this year, the user experience and roaming cost benefits will become more widely available and realized, making the transition of mobile calls to a Wi-Fi network more seamless. VoWi-Fi support will be extended to Apple iOS devices, and some of the major service providers will expand their support for the technology.

8 – Network “Admin” to Network “Programmer”:  New skill sets will be required as the world of network programmability and software-defined networking (SDN) becomes more widespread. Those network administrators who have the capacity to combine their extensive understanding of networking with their programming skills have the potential to generate substantial improvements in both the speed and scalability of network operations. I anticipate that the number of network administrators acquiring value-added programming skills through courses offered by platforms such as the Cisco Learning Network will hit a tipping point in the year 2017.

9 – Programming Moves from Device to Controller: Although programmability at the device level is essential to the development of a sustainable automated networking architecture, I anticipate that in 2018, a far more emphasis will be placed on advancing up the stack to controller-based programming. This is the point at which the network achieves its true potential for simplicity, scalability, and sophistication. Instead of occurring with individual devices, the vast majority of programming innovation will take place at the controller level, where it will have a direct influence on the services that are traveling across the network.

10- Low Power Wireless Access Takes Off: Low Power Wireless Access (LPWA) is starting to gain traction and is giving rise to a plethora of new Internet of Things applications. It is the perfect answer for large-scale, low-cost, geographically scattered sensors that have a low data rate and where there is a requirement for a long battery life and low energy consumption. Narrow Band Internet of Things (NB-IoT) is something that mobile network operators are looking forward to implementing in order to supplement their existing mobile networks. LoRaWAN is now being utilized for a wide variety of enterprise use cases.

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  1. What is a standalone application as part of Emerging Enterprise Network Applications?

A software program that is run independently on each client machine is known as a standalone application. The user data can, if desired, be stored on a central server in order to provide the users with data that is synchronized. Only those computer systems that now have the program installed will be able to gain access to its features and functions. An application that operates on its own will install services locally, it will utilize the services, and it will terminate the services when the application no longer requires them.

2. What is a Network Protocol in Emerging Enterprise Network Applications?

The term “protocol” refers to a collection of rules and principles that, when applied to networking, specify how computers should connect with one another or send data. During the process of communication between two or more computers, certain rules are set for each step and procedure. Because of these regulations, computers and other devices that are part of the network are able to interact with one another, despite the fact that they may have fundamentally different infrastructures, designs, or standards.

3. What is the role of network applications in Emerging Enterprise Network Applications?

Network applications make it possible for users on a network, including computers, to connect with one another. These apps make use of a client-server architecture, in which the client and server each consist of two computers that are linked together over a network. The client may expect to receive some kind of service from the server since it is programmed to do so.

The client might be a traditional computer like a desktop or laptop, or it can be a portable device like a smartphone. The server might be any of these things, but most of the time it is just a computer in a data center that is running some specific software.

In the vast majority of network applications, a Web client software like Chrome, Firefox, or Internet Explorer is run on the client computer, while a Web server program like Internet Information Server or Apache is executed on the server machine. Client computers typically connect to the server in order to retrieve the shared data that is stored on the server.