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Rich Hawley - 2014-04-20 7:59 PM
Okay...I have a better idea about it all now. So here is a challenge for you...give me a single website address that I can visit and see something that doesn't show up when I search it on a normal search engine...say Google since it seems to be the most popular.
Tell me a website that I can address directly by typing in a
http://www.etc.com that if I did a Google search, nothing would be returned.
Do those type of sites exist?
There in is the problem. The web itself is a light net service. The www works off of the light net addressing system, DNS. DNS is a centralised system that works based upon an address hierarchy that roots with public servers. In order to get anywhere in DNS you have to go via the root system, via someone else's server. Therefore you will never get a darknet website that resolves against public DNS.
So quite literally I cannot give you a web address. Best case it would be an IP address. Most >established< darknet services rely on a totally different
addressing access system known as DHT. DHT in a nutshell is a Distributed Hash Table. The premise is that everyone currently running on the service receives 1nth of the telephone directory of all available servers, encrypted and randomly distributed. The nth value is relative to the number of users on the service. As users add and remove, the amount of the telephone directory you store fluctuates. If you go offline without signing out, the system can self repair the missing data.
In order to get onto the darknet service you have to get onto the DHT. In order to get onto the DHT, you HAVE to know the IP address of only one node that is a member of the DHT swarm. You then sign onto the DHT via that node, get assigned an nth of the address space and off you go, you have full resolution access to the service.
The limitation is obvious however, unlike public DNS, with DHT, unless you can discover any single node in the DHT, you cannot get onto it. It becomes a chicken and an egg problem. For legitimate servers, there are published lightnet entry node directories. Usually, special, publicly visible servers offering access to the DHT - DHT linked Torrent Aggregators are an example available through existing torrent tracker services. Want to get onto a Torrent DHT, go to a Torrent tracker site on the www lightnet and load up against its entry node. If the authorities close down the entry node, that's all that is lost. Entry nodes are low security and you run the risk of your connection to the node being logged. But what you did once in the server has nothing to do with the server.
NB: Most BitTorrenting is NOT darknet/DHT, so please don't confuse lightnet BitTorrent with my analogy here. BitTorrent is a service which happens to have a version of itself that is based upon DHT. Most BitTorrent is a lightnet service that uses torrent trackers. DHT BitTorrent has no trackers as every single node in the DHT is a tiny % of the tracker itself.
There are DHT versions of DNS and the www, but in order to access anything on it, you have to get onto a DHT or know it's IP address - even then knowing its address isn't necessarily going to get you onto the service as it may only allow connections from legitimate DHT referrals. Most darknet services are service orientated, not browser orientated i.e. they do one thing via special software written for the DHT swarm itself. Though as I said, there are darknet www equivalents.
I should clarify at this point that technically the terms "darknet" refers to pseudo-lightnet file sharing, "Dark Internet" is more appropriate to what I am describing above. Even then, technically under the definition of the dark internet, a DHT with public entry points isn't a Dark Internet service either.
If you want to play with a dark www overlay then freenet is pretty safe
(
assuming that you're in a country where it's legal to play with encrypted systems)
https://freenetproject.org/. Under freenet both the addressing and the data itself lives in the DHT swarm, so if you access
(the non existent
) equivalent of HPC:Factor on it, a larger % of the page load request will come from one or a small number of different peoples running computer in order to load the page - rather than lots of small %'s from many users. Despite this, there are no central servers, no central addressing, no single point of failure and in order to change the content you have to hold the authoring keys for the material.