Connectivity

Connectivity



Connectivity is a term which refers to capability of being connected. Specially the ability to or interconnect with another workstation or computer system. It’s also called the capacity of the public media to enlarge commercial center from the users’ influences and actions.  That is also the essential characterization of "IP" (Internet Protocol). A network is a set of two or more computer systems interconnected together to exchange documentations and share properties, including affluent peripherals. Through the use of networked computers, societies and industries are capable to interconnect and cooperate in traditions that were not probable before.

In today’s interconnected world, organizations are burdened with the expectation of having extended connectivity; so much so that an outage to Internet or phone systems can have a damaging financial impact. Given that connectivity comes in a variety of cloud services, companies both large and small are able to stay connected within their budgets. The cloud enables network merging with the ability to add on additional services from redundancy to bandwidth depending on the particular needs of an organization. This shift in paradigm for networking has created a burdensome cycle for IT, though. For those organizations that are spending time and resources to keep the network connected, there are options other than finding IT professionals with the experience and expertise needed to navigate the cloud.

Cloud based networking is referred to the network communication and interconnectivity between IT resources or application within a cloud computing infrastructure. It enables a cloud computing solution or service to interact and perform network connection with other resources on the cloud. Cloud based networking is a form of cloud networking that entirely exists and operates within a cloud environment or infrastructure. The infrastructure, resources, cloud network management and other network administrative and operational processes are performed through the cloud. (https://www.techopedia.com/definition/30220/cloud-based-networking)

There are three types of cloud computing:

Infrastructure as a Service (IaaS)

A third party hosts elements of infrastructure, such as hardware, software, servers, and storage, also providing backup, security, and maintenance.

Software as a Service (SaaS)

Using the cloud, software such as an internet browser or application is able to become a usable tool.

Platform as a Service (PaaS)

The branch of cloud computing that allows users to develop, run, and manage applications, without having to get caught up in code, storage, and infrastructure and so on. There are several types of PaaS. Every PaaS option is either public, private, or a hybrid mix of the two. Public PaaS is hosted in the cloud and its infrastructure is managed by the provider. Private PaaS, on the other hand, is housed in on-site servers or private networks, and is maintained by the user. Hybrid PaaS uses elements from both public and private, and is capable of executing applications from multiple cloud infrastructures. PaaS can be further categorized depending on whether it is open or closed source, whether it is mobile compatible (mPaaS), and what business types it caters to. Cloud computing adoption speed in Bangladesh is not equal to world cloud adoption speed. Limited companies in Bangladesh are working on cloud service provision. Cloud computing strengths and weaknesses can be generalized for Bangladeshi organization and industries. Cloud computing is a framework for both business and social innovation as well as modernizing ICT. Cloud provides a platform for business units to develop and deploy new processes, systems and offerings that make them more competitive.

Cloud computing is currently one the most hyped IT innovations that promises potential opportunities for business and social innovation as well as modernizing ICT. For developing countries like Bangladesh, this technology aims to provide the clients a cost effective and convenient means to manage the huge amount of IT resources and thus offer strong possibility of accelerating social and economic development, even in this time of limited resources. The Main purpose of our strategy is to help organizations of public and private sector in Bangladesh to adopt cloud computing technology opportunities and prevent its obstacles through our proposed framework.

In this day and age, cloud computing is a hot topic anywhere across the nation and Malaysia is not to be left behind. Therefore, since the effects of cloud computing are said to be enormous, this research study will cover few objectives in order to examine the future of cloud computing in Malaysia through distinguishing the classification or types of cloud computing, analyzing its potentiality, identifying its pros and cons and its security measures. In Malaysia, there seems to be a strong belief that cloud computing is still at its infancy and slowly being adopted by businesses. A quick analysis using Google Web Trends actually sheds some light on the entire “cloud computing” trend in Malaysia. This shows the interest of participation towards the technology of computing in the clouds which has become a hype talks in forums and website among the IT professionals and CEOs anywhere around the globe nowadays. (https://www.banglaclouds.com/applications-of-cloud-computing-system-in-bangladesh/)(https://www.techopedia.com/definition/30220/cloud-based-networking)

Cloud computing plays an important role in the entire connectivity system which affects not only the workings of the information technology divisions of a creativity but also the way the entire creativity views and uses its cloud computing capability. As more and more organizations and individuals subscribed to cloud services, more and more providers appeared to compete for customers. This growth in providers led to the need for some guiding principles to provide a strategy for new cloud providers and realign those that already exist. Ultimately we of course need to admit that due to the fast pace of change in the industry it is simply not possible to predict all requirements future networks will face. There will be many use cases that are simply not known today. (http://2015.futureagenda.org/category/topics/connectivity/)

Reference book: (file:///C:/Users/User/Downloads/Catherine%20LaBerta%20-%20Computers%20Are%20Your%20Future-Prentice%20Hall%20(2012).pdf)