Logbook entry

Decoding my first Thargoid Link

13 Nov 2020Abexuro
Getting involved
After a day's work I found myself discussing Thargoid technology with some fellow commanders of the Turning The Wheel initiative. I had read quite a few of the papers that were published by the Canonn Interstellar Research Group over the years. I had dabbled with some of the tools required for data analysis, even fought an Interceptor head on. But never had I gone out there and look for their structures, their technology. After some interesting discussions and a few drinks I was getting ready to leave when I was approached by commander Micha Maverick. They had overheard some of the conversation and were looking for help. They had just recovered a Thargoid Link from one of the planetary structures and needed someone with the right tools to analyze the data.

A first transmission
The next day we went out and dropped to normal space in a quiet part of the system. We needed as little interference as possible to get a clean transmission from the Link. It took a few attempts but I managed to position my ship just right and in front of the Link's dish-antenna and played the request message.

This is the start of the recording that includes my ship interface and the start of the Link's response:

The frequency range is a lot higher to get the full image in view, all the way up to 15kHz, the actual data packets are best analyzed with a limit of 5kHz.
In the image, the left system is Merope, the right system is Col 70 Sector FY-N c21-3, the bottom system is my current location and the top system is the target location this Link is pointing to.

Now for the actual data:

There are 3 main chunks, each comprised of sets of 3 bits and a separator. The bits can be distinguished by an audible difference in pitch, as well as visibly in the spectrogram.

The actual data:
LLL HLH/HHL LLL LHL
HLH HLL/LHL HHH
LHL/LHH
As I mentioned, every letter is a bit, L being a 1 and H being a 0.

This translates the data into this:
111010/001111101=58/125
010011/101000=19/40
101/100=5/4
You might notice that the chosen separator is no coincidence, these are indeed 3 fractions. They relate to the image seen before the transmission starts. The first fraction is the relative distance from Merope to the target system, the second from the current system and the last from Col 70 Sector FY-N c21-3. But in what unit do we measure this distance you ask? What equals 1/1? Well, it's the distance between Merope and Col 70 Sector FY-N c21-3, which is 871.018Ly.

This means that the target is:
  • 58/125*871=404Ly from Merope
  • 19/40*871=413Ly from the current system
  • 5/4*871=1088Ly from Col 70 Sector FY-N c21-3
Luckily Canonn has a tool which will calculate the target system for you when you input the data, so you don't have to do the math yourself.

After this we got our target system and all there's left to do is plot a route...
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