VS-Labs
Black Hat minded security exploit development
Harnessing AI for DevSecOps: Is AI the Future?
The uses of AI for DevSecOps teams.
Read About the Future of DevSecOps AI
Threat Modeling
What is Threat Modeling?
A common question asked by people new to the specifics of cybersecurity. Threat modeling is a practical measure used to protect your business’ data and networks from cyber threats and attacks.
Read About Threat Modeling
What Is PASTA Threat Modeling? 7 Stages Explained for Modern Security
PASTA is not a complicated static framework. It’s an agile methodology that breaks down and solves complex cybersecurity tasks, allows scaling, and evolves with the cybersecurity landscape and business goals.
Read About PASTA Threat Modeling
Cybersecurity Library, VerSprite Security Resources, Threat Modeling, Ebooks & Guides
PASTA Threat Modeling for Integrated Risk Management
PASTA is the Process for Attack Simulation & Threat Analysis and is a risk-centric threat modeling methodology aimed at identifying viable threat patterns against an application or system environment.
Download PASTA Threat Modeling eBook
Attacking Your Assumptions: How Criminal Tactics Can Save Your Organization
In this article, VerSprite's Offensive Security team explore the difference between common security risk assessments (vulnerability assessment, penetration testing, and red teaming) as we walk you through real exploits we have used to test organizations' security protocols.
Read About Criminal Tactics
Google Fuchsia OS Sets a New Standard for Operating System Security
VerSprite Finds Vulnerability in NETGEAR Nighthawk WiFi Router
Unpatched Security Vulnerability in OPTO 22 PAC Basic Software
Razer Synapse 3 Security Vulnerability Analysis Report
Windows Named Pipes Part 4: Taking a Trip Down Static Analysis Lane
Part 3: Reversing & Exploiting Custom Windows Named Pipe Servers
VerSprite Cyberwatch
Reversing Stories: Updating the Undocumented ESTROBJ and STROBJ Structures for Windows 10 x64
Investigating Microsoft Windows Vulnerability CVE-2019-1169
Automating CVE-2019-1436 Variant Analysis: An Intro to Detecting Information Leaks via IDAPython
Part II: Analysis of a Vulnerable Microsoft Windows Named Pipe Application
Part I: The Fundamentals of Windows Vulnerable Named Pipes
Analyzing CVE-2019-1436 on Windows 10 v1903
Utilizing Reverse Proxies to Inject Malicious Code & Extract Sensitive Information
Waves Maxx Audio DLL Side-Loading LPE via Windows Registry
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