#traffic classification

It is easy to understand why subscribers are getting edgy whenever their network service providers are not giving them what they deem as the best services that they deserve. The reason for this is that there are other network providers that are willing to provide them with optimum services that they need. Hence, if they are not satisfied with a particular network provider, they can always move over to another network service provider.  

With the growing number of service providers and the fierce competitions among network service providers, it is increasingly becoming easy for subscribers to move over from one service provider to another service provider. These growing competitions among network providers make it imperative for service providers to improve and innovate; otherwise, they would lose even their most loyal subscribers to their competitors. Moreover, subscribers nowadays are increasingly demanding more personalized plans that would fit their needs. Subscribers likewise no longer want to get generalized and universalized data plans that are often not according to their data usage needs. They want plans that are highly personalized and are based on their data usage. However, some network service providers are still not yet data-driven and are still primitively relying on CRM data that could only collect billing information. But if network service providers want to be competitive, they have to avail of the services of third-party managed service providers to improve and innovate their services.

What is a Personalized Data Plan?

It is impossible for a network service provider to provide highly personalized plans to their subscribers if it doesn't have the data analytics on how each of its subscribers behaves and uses his/her data plans; hence, a network service provider has to make sure that it is cognizant of the data usage of each subscriber. A managed service provider can readily enable network providers to gain access to these needed data analytics. Via Deep Packet Inspection (DPI), for example, a network provider can easily figure out how subscribers are behaving whenever they use their plans. With DPI, network managers can filter and automatically examine the different packets of data that move along the different inspection points within a network. DPI also enables network managers to gain access to a mine of data on how subscribers make use of their plans, and with these data analytics at hand, a network service provider can readily individualize and personalize the data plans of its subscribers. Traffic Classification is one of the by-products of DPI, and once a network provider could classify data traffic, it would surely be in a better position to personalize the plans of each of its subscribers.

Understanding DPI Better

Along with the ever-increasing number of network subscribers comes a greater demand for better services from the internet service providers. Network subscribers are no longer satisfied with generalized plans that do not really take into consideration the individual data needs of each subscriber. Subscribers want to have a plan that is based on the analysis of their data usage. They want their network providers to see them as individuals with highly personalized data usage needs. This demands for personalized data plans definitely overburden network service providers that have only billing and CRM data at their disposals. Yet, subscribers know exactly that the present world is already a data-driven world, and they can readily sense if their network service providers are still lagging behind when it comes to the use of innovative tools and software that can provide data analytics in real-time. Sooner or later, they would surely shift their allegiance to the services of other network providers that make use of innovative technologies.

There are managed service providers that can provide innovative technologies that can innovate and enhance services of network providers. These managed service providers can also provide users and network providers with optimum security measures that allow mobile operators to reduce the level of cybersecurity risks. One of the services that is provided by MSSP is that of deep packet inspection.

What is Deep Packet Inspection?

Deep Packet Inspection or DPI is a form of filtering used in networks of computers that enable the network managers to automatically examine the packets of data that usually move along an inspection point. The inspection points are points along the system network that search for malware, viruses, spams, and other non-compliant packets of data that move across the network. DPI helps network managers to engage in better network and security management. Moreover, DPI enables network owners to engage in data mining, internet censorship, and eavesdropping which are functions that are critical to the security and protection of their networks.

The level of risks to networks will surely rise over time according to most experts. Hence, it is really imperative for network managers and owners to provide a protective shield or umbrella to their networks and subscribers. Traffic Classification is essential to a holistic network security management.

Network security is already a service nowadays, and this security service is readily provided by managed security service providers. There are experts in network security, and some of these security experts work within the umbrella organizations of managed security service providers.

The Growing Need for Personalized Data Plans and Greater Network Security

Mobile subscribers nowadays are increasingly aware of the need for better services from their mobile network providers. Likewise, they are also aware of the need for better security and protection. Hence, they are always on a lookout for better digital services that would allow them to have fast connectivity, while safeguarding their online experience from cyber-attacks.

With the onset of the Internet of Things (IoT) that makes networks more complicated and varied, network subscribers would surely wish that their network service providers can safeguard them from any cyber-attack that can damage their local IoT networks. For this reason, network providers are definitely hard-pressed to provide the optimum security measure to their subscribers to maintain their subscribers’ loyalty.

With all of the information floating around from computer to computer and from every place that you ‎visit on the Internet, there is an incredible amount of data passing through cyberspace every day at ‎nearly every moment. Much has been in the past few years regarding the ideas of Internet privacy ‎and what rights people have versus the practices of things such as government surveillance of web ‎information and data mining performed by various companies and websites. There is a great deal that ‎goes on that can be important for you to know as a consumer and also for you to be aware of if you ‎are a business owner or a service provider.‎

What the Terminology Means A lot of what occurs today that takes into account both the issues of surveillance and data mining along ‎with providing protection to websites deals with what is known as Deep Packet Inspection. Every time ‎that you go out on the Internet your computer is collecting all of the information that you both send ‎and receive, and it is put into packets. These packets are labelled so that the computer knows what ‎they are and where they are supposed to go. It is an easy and efficient way for the computers to send ‎information and the packets are then checked for errors as they go along. For the most part, these ‎packets go unlooked at, but when a service provider performs an inspection of the packet, they are ‎looking at the contents to make sure they pass the service provider’s given criteria.‎

Why Packets are checked There can be a number of reasons to check these packets routinely. The first is to make sure that they ‎are free of any viruses that could potentially corrupt the service or system. It also helps service ‎providers give priority when it comes to bandwidth, noting items like streaming videos that demand ‎more bandwidth and allocating performance accordingly. The fear from the public has always been ‎that the process could be used for other purposes, such as censorship by the government or as a way ‎for companies to mine your data to send you targeted marketing campaigns based on your Internet ‎habits.‎