Regulation of the Internet
Number of Internet users
According to results of the research Pingdom, by data for June, 2010, in the world there were 1.97 billion Internet users that speaks about growth by 14% in a year. Most of all Internet users are in Asia - 825 million. Europe (475 million), North America (266 million) and Latin America (204 million) follow. Least of all net surfers in the region Australia and Oceania - 21 million.
Number of the websites
For summer of 2016 according to researches, from more than one billion available websites, only 25% are active].
As of the end of 2010, in Network counted 255 million websites, 152 million blogs, 175 million users of Twitter and 600 million users of Facebook. In a year the number of the websites increased by 21.4 million, the number of users of Twitter grew by 100 million, and Facebook - by 250 million.
The largest websites of the world
2019: As the audience of the largest websites of the world from 1996 to 2019 changed
In June, 2019 search systems got the largest volume of traffic. Versions of the domain of Google for the different countries and the services belonging to the searcher collected in total 90 billion visits.
On the 11th place to one hundred most visited sites there was Yandex. The number of visits on yandex in June made 3.06 billion. Social networks, including Instagram, Twitter, LinkedIn and others continue to show good traffic. One more important driver of traffic — services of video and streaming.
Main article: Domains
Audience of Internet services
In 2019 media consumption on the Internet for the first time exceeded television.
For 2016 46% of the population of the globe, i.e. more than 3.4 billion people have Internet access.
During 2010 users browsed daily on average about 2 billion videos on YouTube service, uploading to this site more than 35 hours of video content a minute. On Facebook monthly load about 20 million videos.
Also researchers counted that on the largest photohosting of Flickr more than 5 billion photos are already stored, and it is every minute uploaded to the site on 3 thousand new images.
The autonomous Internet in Russia
Main article: The autonomous Internet in Russia
National segments of the Internet
2019: Research of stability of national network segments Internet
On August 5, 2019 the company Qrator Labs specializing in counteraction DDoS-to the attacks and ensuring availability internet- resources, provided results of a research of influence of possible failures of networks of systemically important operators communications on global availability of national segments of the Internet.
This research explains how failure of one autonomous system (AS, AS) affects the global connectivity of the certain region, especially in case it is about a krupnomprovayder of the Internet (ISP) of the country. The connectivity of the Internet at the network layer is result of interaction of autonomous systems of telecom operators. Than the number of alternative routes of traffic between autonomous systems are more, especially and stable the Internet segment is fault-tolerant. Existence as is possible bigger quantity of alternatives is the only way of diversification of the market.
Global connectivity any AS irrespective of whether it represents the minor supplier of the Internet or the international giant with millions of consumers of services, depends on quantity and quality of its ways to Tier-1 to providers. As a rule, Tier-1 means the international company offering global service of IP transit and connection to other Tier-1 to operators.
The rating of stability of national network segments the Internet is calculated Qrator Labs the fourth year in a row.
Based on a research of national segments of 244 countries of the world of 2019 the rating of the states in ascending order of the indicator reflecting dependence  was national segments of the Internet from failures of the most significant telecom operators (Tier-1).
Reliability of IPv4 (Internet Protocol version 4)
Measure calculation for each explored country was made by the following technique:
At the first stage using the system of modeling of work of the global Internet Qrator.Radar for each operator in the world calculation of all alternative routes of passing of traffic to transcontinental Tier-1 of operators was made.
At the second stage using base of geodata of IPIP the country was compared to each IP address of each autonomous system.
Further for each AS the share of its address space corresponding to the selected region was counted.
For formation of rating operators whose failure can lead to loss of global availability of the greatest percent of autonomous systems of the set national segment were selected.
|The place in rating||The place in rating||The maximum share of the networks of a national segment losing global availability at failure of one telecom operator, %||The maximum share of the networks of a national segment losing global availability at failure of one telecom operator, %||The maximum share of the networks of a national segment losing global availability at failure of one telecom operator, %||Change in rating 2018 - 2019|
|1||Germany (Deutsche Telekom)||2.26||Germany (Deutsche Telekom)||2.19||1 place|
|2||Great Britain (Cogent)||3.10||Brazil (LACNIC)||2.74||Up on 1 position|
|3||Brazil (LACNIC)||3.39||Great Britain (Cogent)||3.07||Down on 1 position|
|4||Switzerland (Swisscom)||3.55||Ukraine (Uarnet)||3.16||Up on 8 positions|
|5||Singapore (APNIC) - the beginner top-20||3.68||Switzerland (Swisscom)||3.35||Down on one position|
|6||Belgium (Cogent)||3.88||Singapore (StarHub)||4.00||Down on 1 position|
|7||The USA (CenturyLink Communications)||4.02||Francium (Cogent)||4.17||Up on 2 positions|
|8||Canada (Bacom)||4.12||Belgium (Telenet)||4.24||Down on 2 positions|
|9||Francium (Cogent)||4.55||Canada (Bacom)||4.31||Down on 1 position|
|10||Bangladesh (Earth Telecommunication)||4.81||Poland (Netia)||4.55||Up on 4 positions|
|11||Ireland (Cogent)||5.08||Russia (Rostelecom)||4.74||Up on 2 positions|
|12||Ukraine (Telianet)||5.10||Hong Kong (PCCW)||5.15||Up on 3 positions|
|13||Russia (Rostelecom)||5.27||Spain (Vodafone)||5.23||Up on 3 positions|
|14||Poland (Netia)||5.43||The Netherlands (Joint Transit)||5.25||Up on 3 positions|
|15||Hong Kong (PCCW)||5.57||Ireland (Cogent)||5.72||Down on 4 positions|
|16||Spain (Cogent)||5.71||Bulgaria (Spectrumnet)||6.12||Up on 3 positions|
|17||The Netherlands (Joint Transit) - the beginner top-20||5.92||Italy (Fastweb)||6.44||The 17th place (return in top-20 after elimination in 2017)|
|18||The Czech Republic (ISP Alliance)||6.67||The USA (Level 3)||6.83||Down on 11 positions|
|19||Bulgaria (Spectrumnet)||7.07||Luxembourg (POST Luxembourg)||6.95||The 19th place (return in top-20 after elimination in 2018)|
|20||Austria (A1 Telekom Austria)||7.13||The Czech Republic (ISP Alliance)||7.27||Down on 2 positions|
- The USA fell by 11 positions, from the 7th place on 18
- Bangladesh left Top-20
- Ukraine rose from the 12th place by 4
- Austria took off from the 20th place
- Two countries returned in Top-20: Italy and Luxembourg, after getting out of rating in 2017 and 2018 respectively
| ||Every year in the rating of reliability it is possible to observe interesting dynamics. If in 2018 the general indicators of 20 leading countries in a year changed slightly, then in 2019 we note a positive global upward tendency of reliability and general availability of networks around the world. The number of the countries with high degree of fault tolerance where failure of networks of backbone telecom operators affects less than 10% of autonomous systems of the region increased by 5, in comparison with 2018, having reached in total 35,|
comments Artem Gavrichenkov, the technical director of Qrator Labs
Reliability of IPv6 (Internet Protocol version 6)
If in IPv4 any and only way to Tier-1 of provider is sufficient for maintenance of global connectivity, then in IPv6 it can be not so. Because of the continuing peer-to-peer wars between several providers of the top level in IPv6 they not all are connected with each other. If the network is connected only to one their party, it will not have full-fledged connectivity in IPv6. In other words, for ensuring complete connection and the highest reliability of a way to Tier-1 of operators should be present constantly.
|Country||The maximum share of the networks of a national segment losing global availability at failure of one telecom operator, IPv6||Percent of partial availability, IPv6|
Year of later, it is possible to note that IPv4 protocol still remains to much more reliable, than IPv6. The average share of the networks losing global availability at failure of one telecom operator makes 37.076% for IPv4 and 45.47% for IPv6. In comparison with 2018, the value of this indicator for IPv4 decreased by 0.924% that demonstrates positive dynamics.
| ||Our rating shows that the markets of Internet service providers based on the competition have high extent of diversification and develop more dynamically. Their networks become much stabler and fault-tolerant concerning internal and external risks. Without competitive market any failure of autonomous system can lead to loss of network connection for a considerable part of users of the country or all region,|
summarizes Artem Gavrichenkov
On August 23, 2016 the worldwide network was 25 years old. This day the British scientist Timothy Berners-Li provided to the world of World Wide Web.
It should be noted what is considered a birthday of the Internet on August 6, 1991 when the first website was created. However only the staff of CERN laboratory had access to it, and on August 23 everyone got access to the WWW pages.
The prototype of the Internet appeared in 1969 as the project of Defense Advanced Research Projects Agency (DARPA). Then it was the network of four computers which could exchange data among themselves.
Berners-Li began work on WWW in 1989 and then created software for reading documents with hyperlinks and transition between them. Later the Mosaic company released the installer of the first browser for computers Apple Macintosh and Microsoft Windows that allowed to spread worldwide network.
Besides Berners-Li created the hypertext transfer protocol HTTP, a markup language of documents in HTML networks, determinant of location of the URL resource and a set of other developments in the field of IT.
Mastertel company submitted in 2015 the educational film about development of technologies of communication. The audience learns about how data transmission technologies developed: beginning from signal fires of ancient people, the invention of telegraph and phone and finishing modern fiber-optical networks.
Authors of the movie showed what is modern communication networks as their construction is conducted and reliability is provided. Simply and visually opportunities and the basic principles of work of modern telecommunication network are presented in the movie and also the production process and laying of the optical cable is shown
Scenarios of development of the Internet
Within the report of The Evolving Internet ("The growing Internet", August, 2010) specialists of Cisco and Monitor Group prepared four possible scenarios according to which development of the Internet will go. It agrees to one of them, the global network will continue to develop on a trajectory of fast expansion. Three other scenarios touch on different risks and issues which leaders of the Internet market should face, to the authorities of the different states and ordinary users.
You See Also
- Internet devices
- Internet banking
- Internet access (world market)
- Internet access (market of the European Union)
- Internet access (market of Russia)
- Internet access (market of the USA)
- Internet search (world market)
- Internet search in Russia
- Internet advertizing (world market)
- Internet advertizing (market of Russia)
- Internet advertizing (market of the USA)
- Internet advertizing (market of the countries of Europe)
- Internet trade (market of Russia)
- Internet traffic (world market)
- Internet economy
- Internet (market of China)
- Internet (market of Ukraine)
- The Internet in Belarus
- Mobile broadband access Internet (market of Russia)
- Internet of Things, IoT, M2M (market of Russia)
- DOCSIS Data Over Cable Service Interface Specification Standard of high-speed data transmission
- ↑ [http://www.internetlivestats.com/total-number-of-websites/ of Total number of Websites
- ↑ a dostupnostidostupnost - a possibility of the operator to receive traffic from other operators
- ↑ . A necessary condition of availability is existence of the IP addresses of the operator in routing tables of other telecom operators.
- ↑ internetboly steady is considered that national segment in which least of all operators lose global availability at possible failure of network of one operator.