Information technology is increasingly becoming a power factor in a globally networked world. Algorythms control the global information networks. We secure information about autonomous networks and offer the possibility of independent information transmission. We do not want to stand in competition with the global information players of the capital. That's why we reduce the bandwidth of our information transfers to a few hertz. Independence has the price of information reduction and reduction does not mean total loss of control.
Autonomous networking in context to art
The Previous Layer:
1989 Vienna Paketradio with NOS - KA9Q
1997 WIFI Frequency-hopping - Spread-spectrum 2003 --> Funkfeuer.at
2011 ABT 11
2013 Infolab der STWST
2016 7067 - Its not a Test
2017 Funkfeuer.de --> Poster
2018 AMRO - The Atlantic Floater
|The project idea of self-sufficient
island of 2007 is to be implemented in 2018 in the Atlantic
Ocean. In the meantime, we have gained enough practical experience on
self-sufficient systems on boats to suspend a buoy in the ocean.
As a starting point, we have chosen the Canary Islands. Trade winds
and stable weather conditions in December are to transport the buoy
in 12 weeks across the Atlantic. Thereafter, the buoy is to pass the
Caribbean island world and drift in the Sargasso Sea. The Sargasso
Sea is also the notorious Bermuda Triangle that closes the content
circle to the Eelhotel
of the Infolabs.
The technic: 4 pieces of car tires are foamed, they are the float and carry an additional payload of 3 kg. A tire is mounted 1.5 meters lower and serves as collision protection for ships and the buoy. At the lower end of the pole is still a 10m chain mounted which serves to stabilize the buoy.
At the upper end of the pole, which protrudes 1.5 meters out of the water, a triangular device box is mounted. This equipment box has a height of 1m and a triangular area of 10cm and is equipped with solar cells on all three sides.
The device box contains: 1 Rasperry Pi with the following software and hardware: A GPS mouse. Software for Lithium Ion charge controllers and voltage monitoring. As well as a Wsspr transmission software that generates the transmission signal on a pin of the PI. This is amplified with two BS170 transistors. A 4 meter long antenna will transmit this signal on the 40 meter band at 7040 khz. The receipts and position of the floater can be found on WSPR.net.
This technique has already been tested on the following ships: