Freddy Krueger
2004-05-07 00:36:15 UTC
We have a couple of off season developments that will affect IRC-casting
of sporting events. First, the server operator who was going to charge
exorbitant fees for running your own room has put them off for the time
being. This is because he would have to reverse-engineer and then modify a
lot of the code for the chat software he ueses.
Another development is that they have, on that chat room, modified the
code so that a users internet address no longer shows up when you do a
/whois command. This means that originating IP is ONLY known to the server
operator. This means that we only need to use an open Socks proxy, if we
are covering events inside the USA. This will greatly reduce the problem of
"ping timeouts" that knock us off the air. Being knocked off the air by
this one reporter (until her boyfriend put a stop to it) is not the only
reason for being knocked off the air. Sometimes the proxies we use, in third
world countries, are so lagged, that we get knocked off the air.
We have also employed new technologies with RF tracking devices cannot
POSSIBLY detect. We now use, whenver possible, a satellite phone. Satellite
phone calls are getting cheaper and the way the antenna works, all the
radiation is beamed upwards towards the sky, so that any of the satellites
overhead in low Earth orbit can get the maximum signal. The antenna looks like
an ordinary rubber-duck antenna. but it is sendinng all of the radiation
skywards, so that anyone on the ground with an RF tracking device wont get
anything. With all the radiation pointing skywards, there is nothing at
ground level that RF tracking devices will be able to pick up.
Also, the frequency range from 11.4 to 14.7 GHz would make it difficult to
track a signal becuase as satellites come into and out of range, the phone
will change frequencies constantly to communicate with sattellites that are
in range. Becuase of 3,400 MHz bandwidth that is used, being able to track
and find someone using a satellite phone would be next to impossible. This
allowed us to IRC-cast the 3rd GP event from Pyongyang last November without
getting caught. The way a satelliete phone works, there is no POSSIBLE way
that either arena security, ISU officials, or the Political Security
Beaureau (North Korea's Secret Police) would have been able to find me with
any RF tracking device.
Our next IRC-cast will be of the UEFA soccer final at the end of this
month in Gelsenkirchen, Germany.
of sporting events. First, the server operator who was going to charge
exorbitant fees for running your own room has put them off for the time
being. This is because he would have to reverse-engineer and then modify a
lot of the code for the chat software he ueses.
Another development is that they have, on that chat room, modified the
code so that a users internet address no longer shows up when you do a
/whois command. This means that originating IP is ONLY known to the server
operator. This means that we only need to use an open Socks proxy, if we
are covering events inside the USA. This will greatly reduce the problem of
"ping timeouts" that knock us off the air. Being knocked off the air by
this one reporter (until her boyfriend put a stop to it) is not the only
reason for being knocked off the air. Sometimes the proxies we use, in third
world countries, are so lagged, that we get knocked off the air.
We have also employed new technologies with RF tracking devices cannot
POSSIBLY detect. We now use, whenver possible, a satellite phone. Satellite
phone calls are getting cheaper and the way the antenna works, all the
radiation is beamed upwards towards the sky, so that any of the satellites
overhead in low Earth orbit can get the maximum signal. The antenna looks like
an ordinary rubber-duck antenna. but it is sendinng all of the radiation
skywards, so that anyone on the ground with an RF tracking device wont get
anything. With all the radiation pointing skywards, there is nothing at
ground level that RF tracking devices will be able to pick up.
Also, the frequency range from 11.4 to 14.7 GHz would make it difficult to
track a signal becuase as satellites come into and out of range, the phone
will change frequencies constantly to communicate with sattellites that are
in range. Becuase of 3,400 MHz bandwidth that is used, being able to track
and find someone using a satellite phone would be next to impossible. This
allowed us to IRC-cast the 3rd GP event from Pyongyang last November without
getting caught. The way a satelliete phone works, there is no POSSIBLE way
that either arena security, ISU officials, or the Political Security
Beaureau (North Korea's Secret Police) would have been able to find me with
any RF tracking device.
Our next IRC-cast will be of the UEFA soccer final at the end of this
month in Gelsenkirchen, Germany.