WhatsApp, Viber and Skype Internet Calls may No Longer be FREE in India

We all are aware of Net Neutrality and the recent controversies over it in India. Net Neutrality is simply the Internet Freedom — Free, Fast and Open Internet for all. 



India has been battling for Net Neutrality since zero-rating services such as Facebook’s Internet.org and Airtel Zero were announced.



The Department of Telecommunications (DoT) has now released a much-awaited report [

Internet Addresses Have Officially Run Out

Top Level Exhaustion ….. IPv4 Addresses Allocated for Special Use

When the internet was first developed, it was presumed that around 4 billion unique number combination would be adequate. However, it did not turn out the way it was predicted when tech pioneer Ken Olsen had stated in 1977 that `there is no reason anyone would want a computer in their home’.

With the internet it gave rise to more usage with users getting tech savvy and getting connected to the internet world. Each node of Internet Protocol – IP network like computer, router or a network printer has been assigned an IP address which is used in locating and identifying the node in communication with several other nodes on the internet. An IP address space is handled by the Internet Assigned Numbers Authority – IANA, globally, as well as by the five regional Internet registries – RIR, that are responsible in their respective territories for tasks to end users and local internet registries like internet service providers.

 Top level exhaustion took place on 31, January’2011. From the five RIRs, three have exhausted allocation of the blocks and have not reserved for IPv6 transition which took place on 15th April 2011 for Asia Pacific, while on 14th September 2012 for Europe and for Latin America and the Caribbean on 10th June 2014.Internet Protocol version 4 offers 4,294,967,296, addresses though large blocks of IPv4 addresses have been allocated for special uses and are not provided for public allocation.

ARIN unable to Fulfil Allocation of Large IPv4 Address Block

As per Gartner researchers, he states that there would be around 25 billion internet connected devices by 2020 which is more than six times to what the developers had planned when the net went live in 1983. Vint Cerf, the internet founding father clarifies that they were aware of this coming up and had been reading about the drying blocks of IPv4 addresses and for the first time North America has been out of the new IPv4 addresses.

Presently, Caribbean Islands, Canada, North Atlantic and US will be receiving the waiting list from the American Registry for Internet Numbers and has been cautioned that it will be unable to fulfill the allocation of a large IPv4 address block since the address pool has been drying and because of this the ARIN for the first time will be changing its policies on allocation. Though the infrastructure running the internet was made with space for 4 billion addresses, which had seemed a lot at that point of time, however with provision of too many devices coming up, the IPv4 protocol seems to be running out of space.

Initiated IPv4 Unmet Request Policy

American Registry for Internet Numbers, - ARIN, has now initiated its IPv4 Unmet Request Policy and till now, organizations in the ARIN area were in a position of getting IPv4 addressed whenever needed. However, recently, ARIN is now not in a position of fulfilling the requests resulting in ISP which come to ARIN for IPv4 address space are faced with three choices namely-

• They could take a smaller block, presently ARIN does have a limited supply of blocks of 512 and 256 addresses
• They could go on the wait list with the hope that a block of desired size would be available sometime in the near future.
• They could buy addresses from an organization which may tend to have more than their requirement.

Experts have advised those running websites to use the spacious IPv6 specification, though moving could be expensive as well as time consuming. However, most of the large websites had already gone ahead and done so while several smaller ones could be left without much space to continue working. The IP address version which are now running out are utilised by computers in identifying themselves to each other in order to get connected. The old IP addresses comprised of four numbers with dots between them.

IPv6 Picking up Pace

Although being limited to four numbers meant that only 4 billion addresses were available and there are many more devices intending to get connected to the internet. IPv6 is picking up the pace and ARIN has been encouraging organizations in considering using IPv4 addresses.

Supply of IPv6 addresses is enough and is not likely to run out in future. By adopting a much more complex address, IPv6 would be increasing the minimum amount and it has space for 340 undecillion addresses or 340 followed by 36 zeroes, which is adequate for each atom on Earth to be accommodated with one. Those businesses who have not switched so far could move towards the new specification - IPv6.

Being expensive, companies could move towards hardware which would be compatible with IPv6. Should they decide to move over they could end up buying the limited and probably expensive IPv4 addresses that may be left. If users do not move over to the new system, they would not be able to get on the net since they will not have addresses to use and the internet would stop growing at that point. Experts had warned earlier that there were only 3.4 million addresses left in North America and that they would be running out in summer.

US Researchers Find A Way to Make Internet Access Cheaper, Faster

Recently, US researchers have found a way to increase the speed of internet (data traveling) over a fiber optic network. It is expected that this technology will adopted commercial to provide cheaper and faster internet. According to Nikola Alic, a data scientist at Qualcomm Institute, which is part of the University of California at San Diego, this technique will take the couple of years to make a meaningful impact, but it’s all about implementation process and determination of the technical community. The more he added that whenever more you struggle the much faster you sink because it’s like quicksand.

US based researchers have found the way which is more significant to improve the performance of fiber networks as it could be benefit for both such as; ISP (Internet Service Providers) and consumers. The researchers have found a way to manage the distortion in internet network whenever you try to add power in it. It allows data to travel for longer distances before being reconditioned by electronic regenerator.

However; it’s clear that these findings will eliminate the need of electronic regenerators. These fiber optic cables are not only able to carry information or data for long distance, but also they don’t need power to supply data. Information and data in fiber optic cables get degrades with the distance travel and whenever you will try to increase the speed of internet at which data or information is traveling after getting boost from power in the network, so degradation gets worse.

The main concern with repeaters is that they should be applied anywhere from 80 to 200 data channels, but it could be highly power consuming as well as much expensive. However; to reduce the numbers of repeaters in the network, researchers have used the frequency combs of wideband to make sure that signal distortion which also known as the crosstalk.

Crosstalk occurs in the fiber to convert it into the original state after while arriving at its final destination. We all are aware that crosstalk was not random as it governed by high strict physical laws, but whenever we will look into the lab, it will appeared as the random which is still mystery, explained Alic.

According to Doug Brake, who is telecom policy analyst at The Information Technology & Innovation Foundation, it affects the way of sending the information over the fiber optic networks, but it is not a limitation factor while building the infrastructure at the last stage. In the whole process eventually, researchers have discovered the frequency variations in the entire communication channel, which need to tune at the source.

To produce some meaningful result in the lab researcher were able to retrieve the information after traveling 7,400 miles or 12,000 kilometers through fiber optic cables as well as standard amplifiers. According to cyber experts, this technology is meaningful and attractive for new ISP players such as; Google as they are adopting aggressive marketing strategies and technologies to capture the major market share.

'Net neutrality' — Save The Internet Before It's Too Late

Perhaps you have heard about "Net Neutrality," and the recent controversies over it in India.



But first let’s understand What does Net Neutrality mean?



Net Neutrality is simply the Internet Freedom — Free, Fast and Open Internet for all.



Net Neutrality is the principle that Internet service providers (ISPs) should give consumers access to all and every contents and application on

Evolvable Internet Architecture

When it comes to the future Internet research, making improvement in the existing architecture so that it meets different types of requirements becomes the key topic. Professor Xu Ke and his group from Tsinghua National Laboratory for Information Science and Technology (TNList), Department of Computer Science and Technology, Tsinghua University have set out together to find a solution to this problem.

The team has been able to develop a novel evolvable Internet architecture framework under the evolvability constraint, the manageability constraint and economic adaptability constraint. According to them, the network layer can be used to develop the evolvable architecture under these design constraints. Their teamwork has been published SCIENCE CHINA Information Sciences.2014, Vol 57(11), with the title, "Towards evolvable internet architecture-design constraints and models analysis".

The total concept: 

With nearly 1/3 of the total world’s population having access to internet, it has become one of the strongest and the global means of communication. However, in a deeper sense, internet is no longer a communication channel but now it has been extended to become a communication and data processing storage area. Looking at the changes it is difficult for the existing Internet architecture to adapt.

Even though there are corresponding researches about future Internet research depending on the dirty-slate approach and the clean-slate approach, for more than years the two mainstream architecture development ideas have been conducted in many countries but still these approaches cannot fully solve the current Internet architectures problem efficiently.

As far as the dirty-slate approach is concerned, it can only solve a small range of local issues on the Internet but it also makes the internet architecture evolve into a complex and cumbersome structure. But when it comes to the clean-slate approach, there is serious deployment and transition issues, which becomes totally uncontrollable in the current architecture.

The evolvable Internet architecture combines the advantages of both the clean-slate approach and dirty-slate approach also ensures that the core principal is not hampered.

The evolvable architecture is more flexible when compared to the dirty-slate approach. Even the evolvable architecture becomes more stable when compared to the clean-slate approach. There are three different types of layers in the evolvable architecture.

Apart from ensuring that the construction of the evolvable architecture is in conformity with the design principles, three constraints are required during the development stages. They are the economic adaptability constraint, evolvability constraint, and the management constraint. This is all about the next generation of the internet.

The development and history: 

The collaborative efforts from many researchers from different institutes and universities are behind the discovery and development of this evolvable architecture. This project got the support from a grant from 973 Project of China (Grant Nos. 2009CB320501 & 2012CB315803), NSFC Project (Grant No. 61170292 & 61161140454), New Generation Broadband Wireless Mobile Communication Network of the National Science and Technology Major Projects (Grant No. 2012ZX03005001), 863 Project of China (Grant No. 2013AA013302), EU MARIE CURIE ACTIONS EVANS (Grant No. PIRSES-GA-2010-269323), and the National Science and Technology Support Program (Grant No. 2011BAK08B05-02).

Giant DDoS Kicks Of North Korea Off The Internet

North Korea was unceremoniously knocked off the internet by DDoS (distributed denial of service) attack. This attack has come into limelight soon after the “proportional response” to the Sony Pictures hack promised by the government of the United States of America. According to the rumors, the attack was supposedly carried out by North Korea and this is what even the FBI believes. On one side if this attack was carried out by the US government, it will become too obvious, so it is safe to believe that this attack would have been carried out by some disgruntled hack-activists such as Lizard Squad or Anonymous. At present, internet has been restored in North Korea but the outage lasted for about 9 hours and 31 minutes.

Distributed Denial of Service (DDoS): 

While there might be some people who are not aware about DDoS, but is no longer unusual for a service to get knocked off by the same. In the last couple of months, both PlayStation Network and Xbox Live have encountered outage issues. But it is quite surprising for an entire country to get knocked off like this. But all this makes sense given to the poor internet connectivity in North Korea.

As far as North Korea is concerned, the state owns the newspapers and TV stations making sure that there is no freedom of information. This clearly indicates the presence of dictatorship and absence of any dealings with democracy. The country has a very tight control over the flow of information.

History has proven that country is easily controllable when all the information/knowledge/dogma generates from a single known point. When it comes to regime of the country, even though internet has all possible required knowledge for humans, it still does not jibe well with the country. Most of the citizens of the country only use intranet and internet is left for higher ups. The country does not depend much on internet but whatever is available is provided by telecommunications giant China Unicom.

Quite frankly, it is very easy to DDoS North Korea. They have a single cable, which connects to the rest of internet. For DDoS a single, low-bandwidth link is trivial but as most of the people in North Korea do not have access to internet, DDoS was not able to achieve what it was meant for.

There are enough speculations doing around about the people or the organization behind the attack. Lizard Squad, seems to have taken the responsibility for the attack on North Korea as they have tweeted, both Xbox Live & other targets have a lot of capacity. They had previously DDoSed the PlayStation Network and Xbox Live services.

The company’s Twitter account has been suspended. Anonymous also has a history of DDoSes but they have openly condemned the whole Sony Pictures/North Korea/The Interview debacle. While we can remember the cyber attack on Sony and the retaliation, which was promised by the US government, such DDoS on North Korea doesn’t make any sense from their side as it hardly makes any impact. While on one side a small period of DDoS will not have any major impact but if it continues for a few weeks or month, it can create serious problems for the country.

First Virtual School for Internet-Addicted Teens in Japan

With the growing population of internet-addicted teens in Japan, the country is now working towards opening the world’s first ever virtual school. This school will be opened with the aim of catering to the growing needs of the teens in Japan and the ones who find it difficult to function normally in the real world.

The Cybernation School

With the increasing importance of education, the Cybernation School on the outskirts of Tokyo will allow the dropout students to complete their secondary education at their own convenience and comfort of their own bedroom. The school works with the motto of making the Smartphone as the student’s classroom. The school is expected to be launched and started from April 2015 and it has already received nearly 1000 inquiries regarding the first 300 seats, which are available. The school is planning to allow their students to create their own avatars to attend the necessary classes and they can also make friends with other avatars of their classmates. The home works completed and submitted by the students will be checked the teacher’s avatars.

According to the reports published in the Times, the virtual classes for the students will be made of pre-recorded lectures, which will be streamed online. The students will be able to collect necessary study points and gain knowledge that will help them in graduating after 3 years.

It has been observed in Japan that pupils fail to attend to school due to many psychological reasons in 2013. The number is as high as 120,000. Most of these pupils are the recluses or the hikikomori, who find it difficult to make and develop human relationships and prefer to have an anonymous virtual reality online. According to the government statistics, there are nearly 700,000 hikikomori in Japan as of 2010. These people voluntarily take the decision of staying alone and away from society and public.

Meisei High School

Meisei Cyber, which is an initiative of the private Meisei High School in Chiba region, will also offer tests and classes through computer, tablets, and computers in a three-year high school curriculum. Similar to that of Cybernation school, even Meisei school will allow students to study at the comfort of their home, but the students will still have attend the regular school for 4 days every year. Students will be able to consult with friends regarding their students and enjoy their student’s life at the same time. The students will be able to play games through a farm and the fishing spots provided for them.

According to Kota Hasegawa, Meisei spokesperson, this virtual school will be a blessing for the students’, who are scared of attending day school to earn a graduate degree. Although the school agrees that face-to-face education and communication is vital, they are taking another approach to reach out to the students through online education and communication.

As far as online education and learning are concerned, it is not a new phenomenon is Japan. Japan is thinking about giving all the opportunities to educate their children.

Elon Musk Has New Mission: Provide Cheap Internet Access to the World

SpaceX has the unique ability of launching stuff’s into space very cheaply and now Elon Musk is ready to capitalize on the same ability. Musk has announced that at present he is working on deployment of a constellation, which will comprise of nearly 700 satellites with the aim of bringing cheap internet access to every person around the world. According to Musk, in terms of finance and ideology, he is more attracted to under connected part of the world like Asia, South America, and Africa but he also agrees to that, the same satellite based internet can be very useful to many rural areas of Europe and North America.

According to the reports released by the Wall Street Journal a few days ago, Musk was also working along with WorldVu on a satellite internet startup, which has slunk out of covertness over the couple of months. Greg Wyler is the person who founded WorldVu; he was also the same person who started O3b. The Company O3b (other 3 billion) is the internet company which was started with the aim of serving internet to people who do not have access to internet at all.

Elon has already confirmed that he is working with SpaceX in forming satellites and they are expecting to make official announcement in the next couple of months. However, there was no confirmation given that WorldVu is working with SpaceX. According to the WSJ reports, both WorldVu and SpaceX are working on the same concept of launching 700 satellites. Each of these satellites will be weighing around 113 kg (250 pounds) and fair into a low altitude orbit of about 800-965km (500-600 miles). Apart from the weight and size, there are no other technical details available about the satellites.

WorldVu: 

WorldVu has been able to acquire a license from SkyBridge called Ku-band, which is a completely failed internet enterprise. The satellites are being targeted to be placed in 20 orbits with the aim of providing consistent internet all around the world. At present no information has been given out on the speed and the cost of the availing the internet. According to Elon, the internet will be provided at very low cost but very much comparable to the current internet access provided by the expensive satellites.

Satellite Internet Access: 

It has been observed that the internet access from satellites is not only expensive but also very unreliable and slow. This can be attributed to the high cost of satellite building and launch the satellites. Historically launching a single satellite in space costs around $ 50 Million and WorldVu is planning to launch 700, but due to their association with Ku-band, the prices will be low.

If WorldVu and SpaceX are able to provide the cheapest internet access to people around the world, then it will become history. People residing in rural areas and countries can easily signup with these companies and get access to the largest internet service providers.

Economy of State Reflected Through the Internet File-Sharing Patterns

Person to person file sharing in the form of movie files, music files, television show, book and other types of files has gained immense growth in the world of internet usage. Most often this approach is illicit, but this is the best alternative means for sharing large size for the people. Data obtained from a sample part of the world has indicated that BitTorrent users contribute up to 1/3rd for the total internet traffic in that region. Users can share files even in the absence of broadband connections.

According to the reports, when compared to countries with large gross domestic product per capita (who are into sharing smaller files like that of music and videos), in countries with lower GDP per capita, BitTorrent users share large size files like that of movies over the internet. According to a recent study, a country’s economy primarily has a vital role in the internet sharing patterns of the people of the country. Studies have indicated that poorer countries have reflected that the people there download large size HD files over the internet.

Two very distinct behavioral patterns were discovered by the Northwestern University research team. This was based on the amount of data that was being shared by the users of BitTorrent, which is a very popular file-sharing application. The very first behavior reflected that BitTorrent users are very particular about the type of content they are sharing.

It was found that users tend to share music files more compared to movies. The second behavioral pattern indicated that countries belonging to the same categories as that of the first one lean to download files in a related pattern. According to Luis A. Nunes Amaral, who is a professor in the Robert R. McCormick School of Engineering as well as Applied Science at the Northwestern University in the America, looking at the current internet usage pattern around the world, the computer interaction is part of our daily life.

To get an understanding and findings out of the study, the researchers had carried out an analysis of nearly 10,000 users of BitTorrent users around the world. The analysis highlighted that the users shared files which comprised of music, TV shows, small files, books and movies. Nearly 50% of the BitTorrent users downloaded files which primarily fell into two categories, namely not generalist and content specialist.

According to Fabian E. Bustamante, who is the co-author as well as professor of electrical engineering and computer science, this study will be able to provide lots of insights about the functioning of a country. People in a particular country will definitely show an obvious preference for any particular kind of content over the internet. They might even go to content which might to readily available due to the poor communication infrastructure and the laws of the country’s government.

Bustamante and his lab developed an app called as “The Ono app”, which will basically help the users to enhance the performance of the BitTorrent while ensuring that the impact of the same on their internet traffic is minimized.

Internet Revolution: Now to Get the Speed of 1 Gbps

With the increasing number of people relying on the internet and the increase in the demand of high speeds, one should be expecting new applications which will change the complete face of the online era. According to the research conducted by Elon University's Imagining the Internet Center and US-based think-tank Pew Research Center, by the end of 2025, huge changes are expected in every aspect of life.

This new speed era wherein internet is touching the speed of 1 Gbps, positive impacts is being expected in the fields of education, health, business and science. According to industry experts people will be able to carry out Hyper-personalized interaction within their surroundings with the help of video and Telepresence. There will be extreme dependence o the machines and the life will become virtual, people will be able to tap into information about others as they would have done without the internet.

Although, the Gigabytes connections are faster when compared to the traditional fixed line internet, they are still limited in America. According to the reports from Akamai (cloud service provider), 3.9 Mbps speed was recorded until the first quarter of 2014 around the globe. While countries like America and South Korea are the leaders, India is far behind in the list in terms of usage as well as peed.

Things that can change if increase in popularity of Gigabyte connectivity:

1.  A simple interaction with friends, family or even doctors will no longer be limited to email. Without any set-up requirement, a user will be able to have video interactions. 
2. Until now we have been documenting each moment of our lives through different medium, but with this connectivity, live streaming of our lives itself can be very much possible. 
3. People will be able to buy health monitoring systems and it the monitoring of the patient will be much easier and cheaper when compared to the inside of the hospital. Robotic surgery will become something very common. 
4. 3D imaging will be used for designing clothes every day. 
5. Schools will be able to divide the classes and session between home and school. Interaction with the tutors and teaching will become much simpler. 
6. People will no longer divide themselves into groups based on race and finance, the new division will be based on the fact who has the technology and who doesn’t.

Google initiated a project for building their Google fiber network and among the 1100 communities; Kansas was one of the chose city for the running of 1 Gbps. The company is now focusing on carrying the same project to cities like Texas, Austin and 34 others.

According to Rex Troumbley who is a research assistant at the University of Hawaii, people shouldn’t be comparing the bandwidth they are receiving with others as it can’t be equally distributed. On a low side, if a person is not getting high speed, they will have to settle down with low speed and bandwidth. This can give rise to a completely new divergence.

Internet Traffic Disruptions Imminent As Routing Tables Approach Limit

Short Disruption in Internet Traffic Routing

Short disruptions in Internet traffic routing occurred recently which has been attributed to a short surge of registered IPv4 network routes that have made the total number more than the capacity of the old though popular used routers which form the backbone of the internet.Internet users all over experienced major problems on websites which was the result of flood of updates to databases within the internet routers.

This resulted in problems with connectivity issue for companies and many are of the opinion that the modification and the reboot of routers would probably head towards a decline in internet outages in the near future. Experts are of the opinion that this problem could be solved but are speculating that it could only be a precursor to widespread disruption which may come up later on.

 Some of the older kinds that are still operating, like the massive scale data centre Internet router, have hard coded limit to the Ternary Content Addressable Memory – TCAM, which are placed for storing records of internet routes that are broadcasted by various types of servers from time to time which in turn are used to send data like Web sites requests from one part of the world to the other end.

Getaways/Routers Mark Entry/Exit Points

Thousands of getaways which are routers mark the entry and exit points, between the internet service providers’ network and the large backbones which send data packets across the world and are governed as well as synchronised by the Border Gateway Protocol – BGP. The most practical limitation of storable routes is 524288 or 2 raised to the power of 19 in binary or 512,000 which crossed its limitation on Tuesday resulting in congestion as well as blockage of routes. BGP ended in being unable to identify routes which were the cause in the packet loss.

It is essential to have frequent updates to routers in order to explain how networks should operates since internet traffic is designed to move in the most systematic manner, with 512 ports to table data on the internet. Moreover, the frequency of updates to routers is derived from the fact that some of the routers have the potential of accommodating around 512,000 updates in memory excluding any further tweaks. With some of the routers reaching their limits, it seems that the internet has been reaching its full capacity, resulting in a few networks going offline.

Fix Router Memory Allocation Issue

The number of routes has been increasing and stakeholders are gearing to fix the router memory allocation issue but are unprepared for the sudden surge in route records. This issue has been given to BGPMon to rectify the error in Verizon’s system which has been fixed and traffic has now returned to normal.

In May however, Cisco had provided information on how to re-allocate TCAM on Catalyst 6500 as well as 7600 to 1,000,000 and this fix was comparatively simple to apply though it would need each router to be taken offline momentarily. Increasing the capacity should enhance the problem for a longer period of time and is not a permanent fix. As per packet fix.net, the milestone of 300,000 routes, indicting a rapid increase in growth was passed in August 2009.

Dark side of the Web

Basically, nobody can argue today with the fact, that the Internet is an extraordinary tool which has extremely big potential for those who seek knowledge and information. They can also use it to play video games, download music or watch videos. Recently, most of them are hanging on various kinds of social media websites like Facebook, instagram or twitter. However, we must remember that our children are usually very careless, and they might find on the Internet a way different kind of materials that we would wish for them.  Apart from that, the Internet is used by many evil people, who intend to harm our children.
What we should really worry about
One of the most frightening and dangerous things about the Internet is that it is widely used by numerous kinds of sexual deviants like pedophiles. They use different platforms on the Internet, like chats, communicators or social media websites to search for their possible victims. They often try to become friends with children, which may lead to very dangerous outcome, like kidnap. Due to researches made by PCWebControl, there are over one million pedophiles online every day.  Another disturbing fact is, that about one of every ten children have been approached by sexual predators on the Internet. What is even more disturbing, only about 20% of children who have been exposed to unwanted sexual material have ever informed their parents about such situation. It means, that about 3 of every 4 children never said anything about sexual harassment they experienced online.
Bullying online
Another part of the dark side of the Web is called cyberbullying. Over the years, children have always been victims to various kinds of bullying. Either it was at school or after it. Together with the development of social platforms on the Internet, bullying appeared even online.  Some incidents like these may even end tragically, when the children would rather kill themselves than continue being harassed.
Possible remedies
What can we do as parents to prevent such situations to happen? First thing we need to do, is to have an honest and straight conversation with our child about the dangers that may lurk in the Web.  We can show them for example, how they can protect their identity and other sensitive data using simple privacy settings on social media sites or communicators. Next step could be installing parental control software on your computer in order to monitor our children’s activity. Programs like these can offer multiple options ranging from blocking certain websites with content that we will find inappropriate, like porn sites and so on, to setting on time limits. We can also receive daily or weekly reports about all activities done on the computer that has the parental control software installed.
Summary
As we can see, we have plenty of options that can help to shield our children from the dangers of the Web. Most important thing should be mutual awareness about such dangers. Communication with our child should be followed by equipping our computer with guardian programs. Such measures shall make you more comfortable when you know that your child is safely surfing on the Internet.
PCWebControl is parental monitoring software. It is extensively used by both private and public customers. If you want to know more, visit www.pcwebcontrol.com