Computing & Cybersecurity

Metasploit For Beginners - #1 - The Basics - Modules, Exploits & Payloads

QuasarRAT - The Best Windows RAT? - Remote Administration Tool for Windows

Toda's 2nd Theorem and lower bounds for uniform ACC: Graduate Complexity Lecture 23 at CMU

Razborov--Smolensky lower bounds for AC0[p]: Graduate Complexity Lecture 22 at CMU

Ironic complexity: Graduate Complexity Lecture 27 at CMU

Hardness vs. Randomness II: Graduate Complexity Lecture 25 at CMU

Hardness vs. Randomness I: Graduate Complexity Lecture 24 at CMU

Hardness amplification: Graduate Complexity Lecture 26 at CMU

Shodan Search Engine Tutorial - Access Routers,Servers,Webcams + Install CLI

How To Install Kali Linux On VMware - Complete Guide 2018

Monotone circuit lower bounds: Graduate Complexity Lecture 21 at CMU

Toda's 1st Theorem and the Permanent: Graduate Complexity Lecture 14 at CMU

Permanent is #P-complete: Graduate Complexity Lecture 20 (out of order) at CMU

The Switching Lemma: PRST version: Graduate Complexity Lecture 19 at CMU

Web Server Hacking - FTP Backdoor Command Execution With Metasploit - #2

Algebraic "NP vs. P" vs. "Boolean NP vs. P": Graduate Complexity Lecture 15 postscript at CMU

Random Restrictions and AC0 Circuit Lower Bounds: Graduate Complexity Lecture 18 at CMU

IP = PSPACE: Graduate Complexity Lecture 17 at CMU

Instance Checking and the Permanent: Graduate Complexity Lecture 16 at CMU

Algebraic Circuit Complexity: Graduate Complexity Lecture 15 at CMU

5e rencontre internationale Paul-Zumthor : « Origine »

5th international Paul-Zumthor meeting: "Origin"

5e rencontre internationale Paul-Zumthor : « Origine »

5th international Paul-Zumthor meeting: “Origin”

5e rencontre internationale Paul-Zumthor : « Origine »

5th International Paul-Zumthor Meeting: "Origin"

Gaining Access - Web Server Hacking - Metasploitable - #1

Valiant--Vazirani Theorem, and Exact Counting (#P): Graduate Complexity Lecture 13 at CMU

Approximate counting: Graduate Complexity Lecture 12 at CMU

More on constant-round interactive proof systems: Graduate Complexity Lecture 12 at CMU

Introduction to Arthur-Merlin classes, MA and AM: Graduate Complexity Lecture 10 at CMU

Time/Space Tradeoffs for SAT: Graduate Complexity Lecture 9 at CMU

The Polynomial Time Hierarchy: Graduate Complexity Lecture 7 at CMU

Oracles, and the Polynomial Time Hierarchy vs. circuits: Graduate Complexity Lecture 8 at CMU

Quasilinear Cook--Levin Theorem: Graduate Complexity Lecture 6 at CMU

Probabilistic Complexity Classes: Graduate Complexity Lecture 5 at CMU

Hopcroft--Paul--Valiant Theorem: Graduate Complexity Lecture 3 at CMU

Hierarchy Theorems (Time, Space, and Nondeterministic): Graduate Complexity Lecture 2 at CMU

Course Introduction and Overview: Graduate Complexity Lecture 1 at CMU

Circuits: Graduate Complexity Lecture 4 at CMU

Ryan O'Donnell tutorial on Hardess of Approximation - Part 3

Ryan O'Donnell tutorial on Hardess of Approximation - Part 2

Ryan O'Donnell tutorial on Hardess of Approximation - Part 1