Reverse Engineer with an interest in low level stuff and anything about security.
Flare-On is a CTF-style reverse engineering challenge organized by the FLARE team at FireEye Labs annually. This year there were a total of 12 challenges with increasing difficulty. Through these
Broadlink A1 is an Air Quality monitoring device. The device is intended to be managed by means of a mobile app available for Android and iOS platforms. The device communicates entirely over WiFi which makes this an ideal candidate for wireless pentesting.
#12 – [missing] We arrive at the final challenge. This is the toughest flare challenge ever and rightly deserves a separate post on its own. The challenge description reads Sorry, we don’t
#11 – covfefe.exe Wait, “covfefe”? What does that even mean? Jokes and memes aside that’s indeed the name of the binary for the 11th challenge. The task description reads: Only two
#9 – remorse.ino.hex We arrive at the ninth challenge, this one is a binary for an Arduino. The challenge description says One of our computer scientists recently got an Arduino board.
#7 – zsud.exe The 7th one looks to be sort of a game. [https://storage.ghost.io/c/5b/ef/5bef91c3-dd75-4a76-973b-fd58bc8f643d/content/images/2017/10/7-1.png]
Welcome back. This is the 2nd part of the 4-part write-up for Flareon 4 challenge. If you haven’t read the 1st part, you can find it here. #5 – pewpewboat.
Flare-On is a CTF challenge organized by the FLARE team at FireEye Labs. The challenges are reverse engineering based. This year there are a total of 12 challenges with increasing difficulty
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