They
have used this faulty or characteristic to implement holes in routers or switches
used in computer networks, cable networks, or telecom networks. An internal
communication within an organization or company has been relayed by a switch or
router to outside world. Those signals kept propagated by other surrounding nodes
until dying out.
Using
this faulty implementation in a router, criminals could communicate with each
other from country to country by sending “innocent” message with a message
destined to a local computer. For example, a New York user could send an email to
another shell account in New York, but their associate in San Francisco could
pick up that message too. This is hard to track down criminal activity in this
case.
To
fix this issue, all routers and switches must be updated.
The
above model should be applying to local network of a company, i.e. its internal
messages shouldn’t be relay to outside world.
We
could also view the “domain” node in the above diagram as a regional exchange
in telecom for an NPA or area code. A telephone’s international exchange for a
country shouldn’t relay irrelevant messages neither.
Packet
analyzer could be plug in at those junctions to monitor network communications.
Attackers must send a message directly to other attackers if those live in
another city. They can’t use signal propagation.
The other cases were fake web mail accounts. Law
enforcement should check those fake accounts or empty accounts used in criminal
communications, e.g. login, locations, access by, contents, etc.
*February 7, 2017: Each company
with a LAN or local computer network should verify that internal messages
didn't send to outside world. I heard that some routers/switches did send out
internal messages as a "feature" instead of faulty equipment. This
should be called "messy feature".
* February 8, 2017: In the current situation, if the "messy or fucking" feature in a router or switch turned on:
* February 8, 2017: In the current situation, if the "messy or fucking" feature in a router or switch turned on:
- All phone or Internet
communications within a company would be leaked to outside world.
- All communications within a
city, state, province, or country would be leaked to outside world.
Packet Analyzers would be
inventory controlled and used by authorized personnel.
Nobody wanted their communication
leaked to tons of fuckers and insane around the world.
* Each company must isolate their
networks from leaking, so there are no questions about that.
The best scenario would be
isolating at city or town level, and then state/province, country.
However many cities are built
next to each other. There are no clear cables or communication lines connecting
those cities in order to plug in a Packet Analyzer. Fuckers could use
"illegal/secret" wireless or cable connecting communications for
listening between those cities.
City such as Toronto are close to
other cities as Markham, Mississauga, Brampton, etc. It's hard to separate
communications between those cities. It would be easier to separate GTA and
farther away cities such as Barries, Peterborough, Kingston, Hamilton, etc.
It depends on how cities, states,
provinces were structured, we will put in a Packet Analyzer to filter out
irrelevant messages.
*So far full version of Packet
Analyzers has been developed on APY (Ericsson) and special IBM server. Simpler
version for Packet Analyzer on special version of EMS (Ericsson-Microsoft
server).
Full version of packet analyzers
has been deployed in many countries to filter out irrelevant messages and
tracking down criminals. Full version of packet analyzer required powerful or
super computers.
Since fuckers and insane had
demonstrated their ability to infiltrate and fuck all companies around the
world, many countries have installed redundant packet analyzers at strategic
locations OR getting a second opinions by another packet analyzer to ensure
that it's functioned as expected. As staff changing jobs and retiring, we didn't
want any problems emerged in 10 years or 20 years from now.
It would be safer if we spread the combination
of packet analyzers evenly around the world, so it's harder to fuck or bring
down all packet analyzers. For example, USA would use APY and IBM server;
Canada would use APY and a super computer manufactured by a Canadian company.
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