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Homepage on Aditya Telange

One Year with evil-winrm-py - A Retrospective Bypassing LinkedIn's Connection Privacy with a Simple Search Filter Making Dynamic Instrumentation Accessible with Frida UI Breaking Payload Encryption in Web Applications HackTheBox (HTB) - Escape HackTheBox (HTB) - Resolute HackTheBox (HTB) - Certified State of VMWare Workstation (Pro?) on Linux Android App Security Testing Lab with MobSleuth Android phone as a Webcam on Linux Breaking down Reverse shell commands HackTheBox (HTB) - Photobomb Merging AOSP Security Patches into Custom ROMs Primer on HTTP Security Headers Image Zoom-In effect with HUGO HackTheBox (HTB) - Legacy HackTheBox (HTB) - Lame Cryptohack - Keyed Permutations [5 pts] Cryptohack - Resisting Bruteforce [10 pts] Cryptohack - RSA Starter 1 [10 pts] Cryptohack - Base64 [10 pts] Cryptohack - Bytes and Big Integers [10 pts] Cryptohack- XOR Starter [10 pts] HackTheBox (HTB) - Horizontall HackTheBox (HTB) - Forge HackTheBox (HTB) - Previse HackTheBox (HTB) - BountyHunter HackTheBox (HTB) - Explore HackTheBox (HTB) - Cap HackTheBox (HTB) - Pit HackTheBox (HTB) - Knife HackTheBox (HTB) - Love HackTheBox (HTB) - Tenet HackTheBox (HTB) - Ready Watermarking images with HUGO My Github Project went viral! Cryptohack - ASCII [5 pts] Cryptohack - Finding Flags [2 pts] Cryptohack - Great Snakes [3 pts] Cryptohack - JWT Sessions [10 pts] Cryptohack - Network Attacks [5 pts] Cryptohack - Token Appreciation [5 pts] CAF's Android for MSM Basic Website Analytics with Vercel Github Actions as Temporary File Sharing Platform Addition of prebuilt APK - AOSP Rom Development External Link With target='_blank' in Hugo Markdown Setting Up Build Environment - AOSP Rom Development Getting Started - AOSP Rom Development Using Secure HTTP Headers with Vercel/Zeit Education and Certifications Link Tree ↟ | Aditya Telange Personal Projects Resume - Aditya Telange Security Acknowledgements About Me Graph View License Privacy Policy
Cryptohack - Hex [5 pts]
[Aditya Telange](https://x.com/adityatelange) · 2022-05-03 · via Homepage on Aditya Telange

The Solution is shared considering CAN I SHARE MY SOLUTIONS?

Problem

When we encrypt something the resulting ciphertext commonly has bytes which are not printable ASCII characters. If we want to share our encrypted data, it’s common to encode it into something more user-friendly and portable across different systems.

Included below is a flag encoded as a hex string. Decode this back into bytes to get the flag.

63727970746f7b596f755f77696c6c5f62655f776f726b696e675f776974685f6865785f737472696e67735f615f6c6f747d

Solution

Python:

1
2
given = '63727970746f7b596f755f77696c6c5f62655f776f726b696e675f776974685f6865785f737472696e67735f615f6c6f747d'
bytes.fromhex(given)

FLAG := crypto{You_will_be_working_with_hex_strings_a_lot}