Since it's been 3 days since release and still no solves:
Some pixels are not like the others.
That's all. Try harder
We already know about that and the LSB contects... Thanks for making it a try harder lesson tho..
Just to add, since I mentioned it to someone I should probably share here as well to be fair:
The first column was not intended to be how it is, however it is still important.
That's why it seemed a bit weird. Well thanks for the info.
that "Some pixels are not like the others." hint is throwing me off , do i have to divide you know what into different components? is "m*d" taking play in this? hm, am i overthinking it // edit: saw what frey put above, still trying to figure out how to approach this.. i might have an idea of what was used but ehhh
I found some interesting pixel. try to decode hex,decimal but wire with other separate pixels. is it right way?
Check some values. They seem a bit odd, don't they?
PGP has something to do with it?
Is this an another BitsnByte challenge?
This is the last steganography challenge I have to do and it looks like a doozy. I obviously wasn't able to find anything with the usual first steps/tools. I've been examining the RGB data based on the 2-3 hints already posted here, but absolutely nothing is popping out at me. I'm probably overthinking it. I always do.
Any non-spoiler tips/nudges on where to get started with this?
Never mind. Solved.
I'm currently stuck.
Got some "funny" pixels, but can't get out anything from those.
I'm probably ignoring something (encryption? decoding?).
It is my last stego XD and I'm sure I'm overlooking something important.
Any push in the correct direction would be appreciated
I have converted the content of key.txt to binary but not sure if its correct and what is the next step. I tried frequency analysis of the encrypted.bin but not sure which command should I use to copy the correct content of the .bin file. if I used strings it has some ? if cat it has square box of question mark.
I hope there's anyone here who could give me a hand for my next step.
Nevermind, I got it.
Can someone DM me. I've tried LSB converted to hex,ascii got nothing. I'm stuck thinking through different approaches.
can someone suggest some methods to solve this , I already tried some of the basics such as looking in the image in hex ,searching for base64, or extracting the LSBs nothing seems to help, I cant seem to find a tool for viewing the pixels of the massacre image
I've got a slew of data and none of it makes any sense. Did I go the wrong direction? Please DM me a nudge, preferable a big one since I am completely lost at this point.
EDIT 3/13/19 : FINALLY! With a bit of scripting help and a dark ritual or two and I finally got it. This challenge is beyond evil
Welp can't solve it. Used multiple tools and lost. Seeing as no one is helping i'll skip this.
EDIT 3/13/19: Thanks N30C0UNT yea that was pretty interesting challenge. I can't wait for more stego challenges to be added later.
I finally managed to solve it. The first steps are pretty similar to "not_art", but at the end a brainfart was necessary to solve it (I forgot one specific "calculation" on the RGB values). Whoever needs advice, PM me if you want!
This is my last stego and I am really stuck here. I am trying to find the "different" pixels and so after getting the values as in "not_art" I used sql to find the unique values. Now I have got an excel with the values and I can guess some of them are almost "funny" but I don't know what to do with them.
Thank you N30C0UNT with your help I finally managed to solve it. That was heck of a challenge.
Tried not_art way. Got pixels, got base. Tried to decode without success.
just a quick one to get my bearings,
Am i looking at a custom LSB algo
something else like Not_art that i need to do something with the values??
if this is a spoiler plz feel free to PM me.
I am stuck on this one. I got the pixels but I am unsure how to build my base.
Would very much appreciate a nudge, I believe I am on the right track, I've come up with 2 groups of pixel values, and have taken notice of the edges of the image. Not quite sure what to do with the values I got, it seems like I have so many leads but just can't figure out the last step.
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