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204 subscribers
52 photos
7 videos
170 files
304 links
Please read the pinned post.

The group has restriction for links due to spam bots, but you can send it anyway.

@perplex_files
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|Links about write-ups and articles|: https://telegra.ph/Links-about-write-ups-and-articles-07-16 |Awesome-like links|: https://telegra.ph/Awesome-like-links-09-12 |Math|: https://www.ck12.org/ https://ocw.mit.edu/courses/mathematics/ (MIT free courses)…
Some are ebook databases, some contain news about hacking/CS. This list will be updated whenever i find new channels.

@HackerOne

@information_security_channel

@hybgl (RU)

@informationsecuritylife

@freedomf0x (RU)

@learningnets (huge database)

@cKure

@ethicalhackx

@packtpubfreelearning

@G4t3w4y

@cyberpunkrs

@dereference_pointer_there (RU)

@LambdaReadingRoom

@androidMalware

@cleanlib

@R0_Crew

@windowshackinglibrary

@hatsecurity

@FreeBSD

@MegaPack

@yurichev

@books_c_cpp_asm_hacking_reverse

@blueteamlibrary

@ITSBooks

@morecsbooks

@it_chats (huge list of RU groups, check description for the channel list)

@assemblybr

@DataScience_Books

https://t.me/joinchat/TM2kMFyB0Xkn93AK (Xtreme Pentesting)

@codeforces_official

@atellschannel

@hackcrap (RU)

@thebugbountyhunter

@zer0daylab

@bookzillaaa

https://t.me/joinchat/AAAAAE1yUq2Kh6WdPCtjMA (pro.cxx books)

@AnaliseWeb

@cybersecurity1O1

@r_CoolGithubProjects

@hardwareHackingBrasil

@teskeslab

@tech_b0lt_Genona

@hardwareHack

@cyber_alerts

@InputDevice

@IoPhysics

@mksdecode

@archiveSec

@novitoll_ch

@reverseame

@epic_links

@ProgrammingWorks

@expandbrain

@hide01free

@IoT_Hacking

@CyberTemple

@linkersec

https://t.me/+5OtSpe5Y0shhMjgx

@compsciresources

@kyresources

@fpgasic

@neurophilia

@hardware_hacking_iot_pentest

@EbookSec

@commonlispbr_livros

@physpublib

@evilhaskell

@mathematicalorange

@ultrashitpost

https://t.me/stupidlibrary

https://t.me/programming_deadlock

https://t.me/thecatlair

https://t.me/dogtagosintoficial

https://t.me/rantingaboutstuff

https://t.me/NerdolasTech

https://t.me/vimvimvimvimvimvimvimvimvim

https://t.me/gdevlibrary

https://t.me/OrcaCyberWeapons

https://t.me/phimulambda

https://t.me/mathematicstel

https://t.me/grasssmann

https://t.me/EErefs
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1.6 MB
Topics: Programming challenges. #programming

If you want to improve your skills, this list will help you, it has many challenges/projects sorted by level.

source: here
Introduction to Calculus and Analysis.pdf
32.3 MB
Topics: Math. #math #book

Summary: 9 chapters, 682 pages.

As the title says, this book will give you a good approach on Calculus and Analysis, from limit concepts, derivatives and integral calculus to numerical methods and trigonometric series.
Topics: Programming, Game Development, Rendering technique. #programming #math #cpp

This tutorial explains how the raycasting technique works in order to show 3D graphics in a 2D map, it was used when the hardware available had no 3D rendering support and floating points.

https://lodev.org/cgtutor/raycasting.html
Topics: Computer science. #misc

A catalogue of software constructs, languages, or APIs which are unexpectedly Turing-complete; implications for security and reliability

https://www.gwern.net/Turing-complete
Topics: CTF, Software exploitation. #ctf #exploit #reversing

This repo contains CTF solutions made by Dragon Sector, the J00ru's team, most of the challenges are software exploitation.

https://github.com/j00ru/ctf-tasks
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You can use these two links for additional information. http://emulator101.com/ https://wiki.nesdev.com/w/index.php/Programming_guide
Topics: CPUs, Computer Architecture. #comp_arch #emulation

Visual representation of 6502 microprocessor at runtime, it was used in many popular videogame consoles (including NES).

http://visual6502.org/JSSim/index.html

Check out the main page for die shots and other visual simulations.

http://visual6502.org/
CMOS Reverse Engineering.pdf
18.9 MB
Topics: IC Reverse engineering, CMOS reverse engineering. #book #reversing #hardware

Pages: 50.

This document shows the steps needed to reverse CMOS.
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#quantum

So, after all, what is time dilation? You see the picture, if a particle is unmoving, stationary, it will move forward at the maximum rate possible, but the more the particle moves through the space, the less it has influence in the time dimension, then dilating the time dimension.
Topics: Quantum computing. #quantum

Introductory lectures on quantum computing.

https://www.youtube.com/user/AAA22254/videos