JMH Here's another question for you. Downs presents himself as a tech expert, but from his own statements in his PRs, he comes across as an ignorant con man crook targeting imbeciles.
How can you encrypt "the internet backbone"? lol.
I have shown this PR statement to some real IT people and they laughed their asses off. As one guy said to me: "If people believe that guy, they should be forced to turn over all of their money to charity through a moron tax. At least it would go to a good cause"
Just for the people who golf or watch basball most of the day, I present this simple explanation of the Internet Backbone:
Internet backbone
From Wikipedia, the free encyclopedia
The Internet backbone refers to the main 'trunk' connections of the Internet. It is made up of a large collection of interconnected commercial, government, academic and other high-capacity data routes and routers that carry data across the countries, continents and oceans of the world.
Part of the extreme resilience of the Internet is due to a high level of redundancy in the Internet backbone and the fact that the Internet Protocol routing decisions are made and updated in real time during use.
History
The original Internet backbone was the ARPANET.
In 1989 the NSFNet backbone was established, the US military broke off as a separate MILNET network, and the ARPANET was shut down.
A plan was then developed for first expanding NSFNet further, prior to rendering it obsolete by creating a new network architecture based on decentralized routing.
With the decommissioning of the NSFNet Internet backbone network on April 30, 1995, the Internet now consists entirely of the various commercial ISPs and private networks (as well as inter-university networks), as connected at their peering points.
The term "Internet backbone" is now sometimes loosely used to refer to the inter-provider links and peering points. However, with the universal use of the BGP routing protocol, the Internet functions with no single central network at all.
With the advent of the Dot-com bust of 2002, a number of major telecommunications carriers were threatened by bankruptcy, and some failed completely: for example, the EBONE network was decomissioned in its entirety. This was a successful test of the level of fault-tolerance and redundancy of the Internet.
Overview
The Internet backbone consists of many different networks. Usually, the term is used to describe large networks that interconnect with each other and may have individual ISPs as clients. For example, a local ISP may provide service for a single town, and connect to a regional provider which has several local ISPs as clients. This regional provider connects to one of the backbone networks, which provides nationwide or worldwide connections.
These backbone providers usually provide connection facilities in many cities for their clients, and they themselves connect with other backbone providers at Internet Exchange Point (IXP)s such as MAE-East in New York or FreeIX in France. The largest of these IXP's in terms of both throughput and accessible routes is the LINX (London Internet Exchange) in London's docklands.
Backbone networks are usually commercial, educational, or government owned, such as military networks. Some large companies that provide backbone connectivity include UUnet (now a division of Verizon), British Telecom, AT&T, Sprint Nextel, France Télécom, BSNL, HE.NET, Teleglobe, Qwest, and SAVVIS.
UK based universities, research institutions and further education establishments receive their internet connectivity through the Joint Academic Network (JANET). Work is currently underway to roll out SuperJANET 5 which will introduce Wavelength-division multiplexing onto the 10 Gbit/s Backbone. JANET is operated by UKERNA who are also responsible for the .ac.uk and .gov.uk domains. The main JANET node in Scotland is Edinburgh University. JANET's base is in Hull, England.
http://en.wikipedia.org/wiki/Internet_backbone
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