Hot Saucers - Solving Fortnite Clues about Season 7 Part 1

Yesterday, less than 48 hours before the new season launches, Fortnite tweeted out the following, inviting all of us to decipher some clues about what’s coming for Season 7. Many of us joined and worked for several hours to solve the puzzles. Here’s how we did it.

When you clicked the above link, it took you to Fortnite’s Discord server where they had setup a new section called Hot Saucers. The only channel immediately available was a ‘join-here’ text channel that had the following message. When you reacted to it, eventually you would be given a “Hot Saucers Volunteer” role, which provided access to additional text channels including ‘discussion-chat’, ‘hot-saucers-log’ and ‘crack-the-code’.

Hot Saucers Invitation from Mari
Hot Saucers Invitation from Mari

Acknowledgements

Before you read further, please know that I did not complete these on my own! I definitely played a significant part, but many people in the Discord, as well as many that came to my stream, helped with this! I apologize that I’m not able to point out every person that helped, but I do at least acknowledge folks where I can. This was indeed a massive team effort!

The first message posted to the ‘hot-saucers-log’ included an MP3 file, which turned out to be the same audio from the invitation tweet above.

Audio Message from Mari
Audio Message from Mari

People quickly figured out that this needed to be viewed as a spectrogram in order to make progress. An easy way to do this on PC, is to load it into Audacity and enable the spectrogram view, which showed the following at the beginning of the audio file. The message shown says: UNIVERSAL TRANSLATOR MALFUNCTION FALLBACK AUDIO-DELTA ENCODING WITH 1-HIGH, 0-LOW

Spectrogram View of the Beginning of the Audio
Spectrogram View of the Beginning of the Audio

That message wasn’t the answer to the puzzle, however. It was a clue as to how to interpret the rest of the audio in order to determine the answer. What that message was saying was that the notes played in the rest of the audio needed to be translated into a series of 1s and 0s. Higher notes were to be 1s and lower notes were to be 0s. So if you look at the spectrogram for the rest of the audio below, you see what that translates to.

Spectrogram View of the Remainder of the Audio
Spectrogram View of the Remainder of the Audio

These ones and zeros are actually binary representations of characters that can be converted into readable text. So if you take that sequence above and put it into a converter, you see that the message is TARGET ACQUIRED.

Binary to Text Conversion
Binary to Text Conversion

This answer was submitted to Mari via the ‘crack-the-code’ text channel by Ex-VT Fennix, to which Mari (first responding to an incorrect answer submitted just prior to this one) confirmed that the answer was correct and sent us back to the ‘hot-saucers-log’ for the next puzzle.

Ex-VT Fennix Submission
Ex-VT Fennix Submission
Audio Message Puzzle Solution Confirmed by Mari
Audio Message Puzzle Solution Confirmed by Mari

The next puzzle came in an image as follows:

Message for the First Picture Puzzle from Mari
Message for the First Picture Puzzle from Mari
First Picture Puzzle
First Picture Puzzle

Immediately seeing this image, it’s not at all clear how to even get started. Thankfully, someone quickly adjusted the exposure and found a hidden clue at the bottom, which gave us the key for deciphering the message at the top, as well as eventually the message contained in the center.

Hidden Key
Hidden Key

Knowing that the audio message required us to convert from binary to text, we were able to determine that each of the symbols represent a combination of 1s and/or 0s again. So, the capital letter S is represented as 01010011 in binary, and the capital letter L is represented as 01001100. This lets us conclude that:

  • a circle with a slash going from bottom-left to top-right is 01
  • a circle with no slashes is 00
  • a circle with 2 slashes is 11
  • a circle with a slash going from top-left to bottom-right is 10

Even though the last one (a circle with a slash going from top-left to bottom-right) isn’t shown in the key, we see it used in the message at the top and it’s the only combination remaining.

Using that key with the message at the top gives us the following:

Binary Message from 1st Picture
Binary Message from 1st Picture

As we did above, we put this into a binary to text converter to get the following message: 1 Loop N = Edges _ = ? Read inside

Binary to Text Conversion
Binary to Text Conversion

After about an hour and a half of not getting anywhere beyond this, Mari chimed back in cluing us to “slitherlink”, which is what the message above was trying to tell us. Using these principles, we can solve the center image. Basically, we needed to draw a line following edges throughout the image that would for a single loop, but it had to obey the rules indicated by the number in some of the triangles. So if the number inside a triangle was 0, then our line could not use any of the edges of that triangle. If it had a 1, then we MUST use 1 edge, and if it had a 2, then we MUST use 2 edges of that triangle. Triangles without numbers simply meant that you might or might not use 1 or 2 of their edges. (Note, you can never use all 3 edges of one of the triangles or the resulting line wouldn’t form a single loop.)

Slitherlink Hint from Mari
Slitherlink Hint from Mari

So how do you even get started? I found it to be easiest to first cross out the edges of any 0-numbered triangles, and then draw in any required lines (such as when a 2-numbered triangle is adjacent to a 0-numbered triangle, you had to use the remaining 2 edges because you couldn’t use the one that the two triangles shared). From there, you just continue the line to connect and form the singular loop while obeying all of the rules.

One the line was drawn, the rest of the message above tells us to “read inside”, meaning we needed to take the symbols, convert them to 1s and 0s again, and convert that to text. In order to know how to “read inside”, the image of the globe from the picture with the arrows pointing to the right tell us to translate the symbols starting in the top-left and go line by line.

First Hexagon Loop Solved
First Hexagon Loop Solved

Converting the symbols into binary and converting to text gives us the following answer.

Binary to Text Conversion
Binary to Text Conversion

I submitted this answer to the ‘crack-the-code’ channel and Mari confirmed it was correct.

FuScOnEd Submission
FuScOnEd Submission
1st Hexagon Loop Puzzle Solution Confirmed by Mari
1st Hexagon Loop Puzzle Solution Confirmed by Mari

Mari sent us back to the ‘hot-saucers-log’ channel and posted the new puzzle with two images.

Message for the Second Picture Puzzle from Mari
Message for the Second Picture Puzzle from Mari
Second Picture Puzzle
Second Picture Puzzle
Jumbled In-Game Location
Jumbled In-Game Location

This new puzzle included a second hexagon loop to be solved as well as the first of what we would learn were seven different locations within the game that were pieced into triangles and jumbled together. So some of us continued working on the hexagon loop while others worked to locate from where in the game the images were taken, so they could be correctly assembled, which would reveal more symbols for us to decode.

To Be Continued

I ran out of time trying to put together the full details of this blog, but I will come back and update it later today after we finish decoding today’s puzzles!

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