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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 - Hex [5 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 - 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 - ASCII [5 pts]
[Aditya Telange](https://x.com/adityatelange) · 2021-02-04 · via Homepage on Aditya Telange

The Solution is shared considering CAN I SHARE MY SOLUTIONS?

Problem

ASCII is a 7-bit encoding standard which allows the representation of text using the integers 0-127.

Using the below integer array, convert the numbers to their corresponding ASCII characters to obtain a flag.

[99, 114, 121, 112, 116, 111, 123, 65, 83, 67, 73, 73, 95, 112, 114, 49, 110, 116, 52, 98, 108, 51, 125]

Solution

Python:

python3
Python 3.8.6 (default, Sep 25 2020, 09:36:53)
[GCC 10.2.0] on linux
Type "help", "copyright", "credits" or "license" for more information.
>>> nums = [99, 114, 121, 112, 116, 111, 123, 65, 83, 67, 73, 73, 95, 112, 114, 49, 110, 116, 52, 98, 108, 51, 125]
>>> for _ in nums:
...     print(chr(_), end='')
...
crypto{ASCII_pr1nt4bl3}

FLAG := crypto{ASCII_pr1nt4bl3}