CNL - Conspiracy Network Layer is comming ... please read!
Carl Thomes
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Title : CNL – Conspiracy Network Layer
Date : 2002-04-15
Version: 1.0
Contents:
1. Overview
2. Basic Functionality
3. State of Development
4. User Groups for CNL
5. Who is Interested
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1. Overview
The CNL is the first worldwide system to transfer
information
via internet without any possibility to scan who is
talking to
whom and what is the contents of the information
transfer. CNL
is a worldwide distributed proxy.
No service will be able to detect which data is
transferred to
which user from which server. This is basically done
via a
distributed proxy technology. The CNL was designed to
protect
an internet service against interception by the state
services
like CIA, FBI, BND (German Intelligence Service), MAD
or any
other service. This internet service wanted to offer a
worldwide conspiracy database. During the conception
phase of
this database the need for a high secure
transportation layer
on top of the internet protocol popped up and the
concept of
the CNL in its basic functionality was born.
This document describes the CNL functionality and the
basic
concept.
2. Basic Functionality
To understand the advantages of the CNL, the knowledge
on how
to intercept internet transfers is needed. This
document will
not describe how a service can intercept the internet
transfers. Just for this documentation: Internet
packets can be
sniffed on every network cable in each country and a
service
can record all packets going from or to an internet
user and
can reconstruct the ongoing transfer. The service will
get the
information about the sender, receiver and the
contents of the
transfers. If the transfers are SSL (or other) encoded
the
service need only time to decode the data but the
service has
already the information about the "talking" partners.
The CNL packets are sniffable too – of cause. But,
every member
(computer or node) of the CNL has only 6 stable
connections to
6 neighbors in the network but can transfer
information across
the whole network even he doesn't know the IP number
or address
of the server or target node. One member only knows 6
IP
numbers of his neighbors – nothing else. Each member
is a proxy
to his neighbors and vice versa. Each of this
neighbors has 5
additional neighbors too and only knows their IP
numbers. And
so on. The CNL has a hexagonal structure where each
member
(computer/node) has 6 neighbors. The physical position
of each
node is not important.
The user can request data of an internet site from the
CNL and
will get the desired information from one of his
neighbors. The
user doesn't know which node initially had got the
data from
the internet and how long the way was until the data
arrives at
his computer.
Routing:
The CNL has an own addressing scheme. The addressing
is
realized via a coordinate triple. Each node gets its
coordinate
in the CNL when it goes online. Then all new neighbors
will be
informed and will connect to the node. The routing
across the
CNL will be managed via vector mathematics. No routing
tables
are needed. If a node wants to connect another node,
the CNL
(every node in the CNL) can calculate the routing to
the node
by themselves. Each node that has to route the packet
will
calculate the next nearest neighbor to route the
packet to. But
not only that. The nodes will random use neighbors to
camouflage the packets and the way they take.
Because of this random and mathematical routing no
central
sniffing on one internet backbone or internet service
provider
architecture will give full information about what is
transferred and from which site the information comes.
Of cause
a service can record all data going to one connected
node but
the service cannot determine from which internet page
the data
was originally delivered. Only which neighbors the
data deliver
to a node is recordable – but that are not the origin
of the
contents and my reside in any country of the world.
Encryption:
But CNL is not only a routing mechanism. The data the
CNL
transfers from user to user (or member/node/computer)
is
encrypted too. The whole data and the CNL header
information
will be encrypted. Each node knows how to decrypt the
packet
before it sends the data to the next neighbor. Every
time a
packet crosses a member (node/computer) the packet
will be
decrypted and newly encrypted. Only the neighbors can
read
their messages because the encryption method is using
the
neighbor data (like IP number and CNL network
coordinate) for
encrypting and decrypting the message. The CNL network
address
is only known to the neighbors (and to the node itself
ofcause)
– and only to them! No sniffing tool is able to know
the CNL
address because they are administrated by the nodes
themselves.
A normal sniffing tool sees only IP traffic with some
noise as
data in it. The tool cannot have an idea what is
inside the
data and what is the target or source of this data.
3. State of Development
CNL is ready to code right now (April, 2002). All
theoretical
planning is done.
4. User Groups for CNL
All internet users that want to protect information
transfers
against interception by other users can use the CNL.
The CNL is
basically contents independent. The users can use
their old
internet application on top of the CNL (web browser,
chat
program, peer-to-peer programs, and so on). The CNL is
a local
proxy for all of this programs. The CNL itself is a
proxy to
all users of the CNL.
5. Who is Interested
Who is interested in cooperate with the CNL? We are
looking for
the first CNL users to test the CNL development. If
you are
interested in cooperating with the development of the
CNL
please send an email to:
You will receive the first beta test version of the
CNL via
email as soon as the development is ready for test.
But improvement hints and your opinion is also
welcome!
IMPORTANT:
PLEASE DISTRIBUTE THIS MESSAGE TO ALL NEWSGROUPS OR
SECURITY
FORUMS YOU KNOW. OUR TEAM NEEDS MANY SUBSCRIBERS FOR
THE FIRST
BETATEST AND FOR THE RUNNING NETWORK TOO. THANK YOU!
With best regards,
the CNL-Team
______________________________________________________________________
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