1BTC - Bitcoin Treasure Hunt - Can you crack the code? [competition now closed]

[jackringer]

tothemoon 

[1714935035]

1714935035

[1714935035]

1714935035

[1714935035]

1714935035

[1714935035]

1714935035

[steveturk]

is it 0cb4ac1at???

4 ? Does it come from where

binary 100 equals to 4.

great answer, but no

[steveturk]

Sis_ed001

sorry, incorrect

[steveturk]

Just a guess:

AABCCTTTT


Edit: I just took a close look at the image, and do I see a letter next to the X? Maybe a P?

nope

[jackringer]

cbt001nas

cbt001san

[Wendigo]

01bc4acta

[The Young Turk]

I've coded an Image comparison tool to see if there's hidden message/character in the pictures
Result: There are difference on only letters and numbers, other parts of the images are exactly same.


Ps: I've already checked the images in case of Steganography, there's not any hidden message either...

edit: For the curious guyz, part of the code:

Code:

for(int i=0;i<476;i++)
                for(int j=0;j<476;j++)
                {
                    Color pix1 = first.GetPixel(i, j);
                    Color pix2 = second.GetPixel(i, j);

                    if (pix1 == pix2)
                    {
                        comp.SetPixel(i, j, Color.White);
                    }
                    else
                        comp.SetPixel(i, j, pix1);
                }

[steveturk]

Any chance for this one?

0cb1ac4at

nope not this one either

[steveturk]

tothemoon 

not this time

[steveturk]

cbt001nas

cbt001san

sorry

[steveturk]

01bc4acta

not happening

[steveturk]

I've coded an Image comparison tool to see if there's hidden message/character in the pictures
Result: There are difference on only letters and numbers, other parts of the images are exactly same.


Ps: I've already checked the images in case of Steganography, there's not any hidden message either...

edit: For the curious guyz, part of the code:

Code:

for(int i=0;i<476;i++)
                for(int j=0;j<476;j++)
                {
                    Color pix1 = first.GetPixel(i, j);
                    Color pix2 = second.GetPixel(i, j);

                    if (pix1 == pix2)
                    {
                        comp.SetPixel(i, j, Color.White);
                    }
                    else
                        comp.SetPixel(i, j, pix1);
                }

 i love this answer, its wrong but deserves recognition for the effort, wish i could get more dev's to join the treasure hunt

[Wendigo]

I know which system you used to compile the password just can't line up the mix yet  

[steveturk]

I know which system you used to compile the password just can't line up the mix yet  

oooh it's getting interesting...

[locopao]

maybe it's simple as that:

4CA1TA0CB

4AC1AT0CB

[Wendigo]

01abcta4c

or maybe 0aabct14c

still can't work out some odd numbers lol maybe it's just that way 

[Josepht]

I've coded an Image comparison tool to see if there's hidden message/character in the pictures
Result: There are difference on only letters and numbers, other parts of the images are exactly same.
- img-

Ps: I've already checked the images in case of Steganography, there's not any hidden message either...

edit: For the curious guyz, part of the code:

Code:

for(int i=0;i<476;i++)
                for(int j=0;j<476;j++)
                {
                    Color pix1 = first.GetPixel(i, j);
                    Color pix2 = second.GetPixel(i, j);

                    if (pix1 == pix2)
                    {
                        comp.SetPixel(i, j, Color.White);
                    }
                    else
                        comp.SetPixel(i, j, pix1);
                }

 i love this answer, its wrong but deserves recognition for the effort, wish i could get more dev's to join the treasure hunt

Not wanting to steal any credits or something, but I already did that 24 hours ago.

[Wendigo]

or maybe it's just this  101101011

112358437

112358132

011235813

fibonacci FIBONACCI or Fibonacci   or f1b0n4cc1 F1b0n4cc1 F1B0N4CC1

You used the Fibonacci sequence on the virtual coins, I think this is it 

[grunt]

Fibinacci

[grunt]

100+001+000=101
101 converted from Hex to bin= 100000001