KI-Framework Zen-AI-Pentest vereint 20 Sicherheitstools unter einem Dach
Das von SHAdd0WTAka in Zusammenarbeit mit Kimi AI (Moonshot AI) entwickelte Framework richtet sich an Sicherheitsfachleute, Bug-Bounty-Jäger und Unternehmenssicherheitsteams.
Autonomes Pentest-Framework kombiniert etablierte Sicherheitswerkzeuge mit Sprachmodellen
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Apple fixed a critical flaw in iOS 26.3 that had existed since 2007. 🛡️
The dyld bug (CVE‑2026‑20700) allowed targeted zero‑click attacks before sandboxing took effect. ⚠️
Its longevity raises questions about legacy code review and long‑term security auditing. 🔍
#TechNews #Apple #iPhone #iOS #iOS26 #Security #Privacy #ZeroClick #CVE #Cybersecurity #Update #Vulnerability #BugBounty #DataProtection #Infosec
PortSwigger’s “Top 10 Web Hacking Techniques of 2025” shows where web attacks are headed, from side channels and protocol quirks to framework bugs and Unicode/SOAP tricks. Good read for Blue Teamers.
#AppSec #WebSecurity #BugBounty #Infosec 🔗 https://zurl.co/j3wBR
WebSocket Penetration Testing: How to Test for WebSocket Hijacking, IDOR, Injection & More
This article discusses using the WSStrike extension in Burp Suite for comprehensive WebSocket penetration testing. The vulnerability class includes WebSocket hijacking, IDOR (Insecure Direct Object References), and injection attacks. The root cause lies in weak implementation of WebSocket security measures, such as lacking proper authentication or validation checks. Researchers exploited this by intercepting WebSocket traffic using WSStrike, injecting malicious payloads to manipulate application behavior. For instance, an IDOR issue was exposed when the researcher manipulated a user's session token to access another user's data. The technical details revolve around analyzing and interacting with WebSocket communication protocols and their security flaws. The impact of these vulnerabilities can range from unauthorized access to sensitive data, account takeover, or even complete system compromise. WSStrike helped reveal a bounty of $10,000 for finding multiple critical issues in a platform. To prevent such attacks, enforce strong authentication and authorization mechanisms, validate input data, and regularly audit WebSocket implementation. Key lesson: Always prioritize security when implementing WebSocket communication. #BugBounty #WebSecurity #WebSocket #IDOR #Injection
The Logic Flaw That Leads to Total Control: Mastering Account Takeovers in 2026
This vulnerability falls under the Authentication Bypass class, specifically Logical Account Takeover. ZACK0X01's tutorial reveals that attackers can bypass multi-factor authentication (MFA) by exploiting subtle disconnects in authentication flows. The researcher manipulates responses and leverages Insecure Direct Object References (IDOR) to gain control of any user account. By observing patterns in error messages, the researcher found opportunities to intercept MFA codes or bypass MFA checks entirely. The critical severity (CVSS ~9.8) demonstrates the devastating impact: complete account takeover and unauthorized access to sensitive data. The tutorial offers actionable insights for finding this high-impact vulnerability class in web applications. Key lesson: Look beyond syntax errors, focus on business logic flaws to master account takeovers. #BugBounty #WebSecurity #AuthenticationBypass #IDOR #AccountTakeover
My Bug Bounty Tool Stack (2026 Edition)
In this article, the author discusses their essential tool stack for bug bounty hunting in 2026. The focus is on automating repetitive tasks to improve efficiency while maintaining an intuitive understanding of vulnerabilities. Essential tools include Burp Suite, ZAP (ZenMap & Active Scanner), Aquatone, Nuclei, and Amass. The researcher leverages Burp Suite for web application analysis, using its Proxy, Intruder, and Repeater modules to test for vulnerabilities such as SQL injection, XSS, and SSRF. ZAP (ZenMap & Active Scanner) helps discover network-related issues like open ports, misconfigured servers, and SSL/TLS weaknesses. Aquatone is used to visualize IP addresses associated with a target domain, which can aid in enumeration efforts. Nuclei provides a library of templates for automating vulnerability scanning against various CVEs. Amass uncovers subdomains, email addresses, and hosts related to a target domain, allowing the researcher to expand their attack surface. The author stresses the importance of staying updated on tools and techniques, as well as utilizing open-source intelligence (OSINT) for gathering information about targets. Key lesson: Efficient bug hunting requires a mix of automated and manual tools, combined with continuous learning and OSINT. #BugBounty #Cybersecurity #WebSecurity #Infosec #ToolStack
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#cybersecurity #notion #infosec #education #learning #certificate #llm #devops #bugbounty
From prison, to $5M in bug bounty, to head of AppSec: The story of hacker dawgyg
#Antgravity - an AI code editor from Google that has access to your entire codebase and terminal had a Remote Code Execution (#RCE) vulnerability - a great find and write-up by @HacktronAI earning them $10k #BugBounty!
#BugBountyTips
👇
If Claude Can Find serious cybersecurity Bug, Who Collects the Bounty?
Bug bounty programs vs. $20/month reasoning — when the brutal question becomes: why pay five-figure bounties if a Claude Code subscription already finds entire classes of bugs? #BugBounty #VulnerabilityResearch #OffSec #AppSec #Infosec #AI #LLM #SecurityResearch #CyberSecurity https://red.anthropic.com/2026/zero-days/
Bug Bounty Tutorial Series—Part 2: Understanding SSRF (Server-Side Request Forgery)
This article focuses on Server-Side Request Forgery (SSRF), a technique used to execute requests from a vulnerable server to internal or external resources controlled by an attacker. The underlying flaw revolved around insufficient validation of user input in a DNS resolver component, allowing the researcher to control the hostname and manipulate requests made via the resolver. By crafting a specially-crafted payload using JavaScript to invoke an LDAP query against an internal Microsoft Active Directory server, the researcher obtained the domain administrator's email address. The article explains that SSRF attacks can be used for various malicious purposes like lateral movement, data exfiltration, and reconnaissance. The researcher received a bounty of $1000, with the organization addressing the issue by whitelisting trusted IP ranges and disabling external DNS resolution where possible. Key lesson: Validate user input in resolvers to prevent Server-Side Request Forgery attacks and their potential consequences. #BugBounty #SSRF #Cybersecurity #WebSecurity #LDAP
SQL for Bug Bounty Hunters 3.0
This vulnerability revolved around a stored XSS (Cross-Site Scripting) attack in an application form, leveraging JavaScript and cookies to bypass Content Security Policy (CSP). The form accepted user input without proper sanitization, allowing the injection of malicious scripts within a <script> tag. By exploiting this flawed validation mechanism, the researcher injected a payload containing SQL commands that were executed due to the lack of CSP protection against inline scripts. This led to SQL Injection (SQLi) and subsequent unauthorized access to sensitive data stored in the database. The article provides techniques for exploitation, including encoding SQLi payloads within JavaScript to bypass input validation. The researcher was awarded a substantial bounty, highlighting the importance of proper CSP implementation and input sanitization. To mitigate such attacks, developers should implement Content Security Policy controls effectively, avoiding inline scripts and whitelisting allowed sources. Key lesson: Input validation and CSP controls are crucial for preventing Cross-Site Scripting and SQL Injection attacks. #BugBounty #Cybersecurity #XSS #SQLInjection #WebSecurity
https://meetcyber.net/sql-for-bug-bounty-hunters-3-0-265cb173378f?source=rss------bug_bounty-5
#56 rank on PortSwigger Labs
This article showcases an Authentication Bypass vulnerability through a combination of Cross-Site Scripting (XSS) and Session ID manipulation. The application failed to properly sanitize input, allowing an attacker to inject JavaScript into a login page's form field using XSS. By setting the value of a hidden session token field to an arbitrary session ID, the researcher exploited a flawed authentication mechanism that relied on user-controlled session tokens without validating their origin. This resulted in unauthorized access and privilege escalation. The researcher was ranked 56th on PortSwigger Labs for this find. Fixing the issue requires proper input validation, using secure cookies, and token-based authentication. Key lesson: Never trust user-controlled data for security decisions—validate and sanitize all inputs. #BugBounty #Cybersecurity #WebSecurity #XSS #AuthenticationBypass
The $1,300 Sequel: Why Retesting is a Bug Hunter’s Secret Weapon
This article emphasizes the importance of retesting during bug hunting, as demonstrated by a successful SQL Injection (SQLi) finding. The vulnerability stemmed from an application accepting user-controlled input without proper sanitization, allowing for SQL injection via malicious input in search queries. After initial testing and reporting, the researcher realized that the original payload was blocked due to Content Security Policy (CSP) measures. By crafting a cleverly encoded payload using Base64 and JavaScript, the researcher circumvented these restrictions and successfully exploited the SQLi flaw. Subsequent retesting confirmed the vulnerability persisted despite CSP implementation. The initial report was rejected; however, after demonstrating the issue with the new payload, the researcher received a $1,300 bounty and a significant increase in reputation. The article underscores the importance of thorough testing and the ability to adapt strategies for overcoming various defense mechanisms—perseverance is key in bug hunting. Key lesson: Retesting and adapting strategies are essential in bypassing defensive measures and maximizing bounty opportunities. #BugBounty #SQLInjection #CSP #WebSecurity #Perseverance
Hacking a Windows Web Application
Beyond the Blacklist: Using AI to Automate Advanced Filter Evasion in Time-Based SQLi
This article describes a Time-Based Blind SQL Injection vulnerability combined with advanced filter evasion techniques using Artificial Intelligence. The application used weak input validation and dynamically generated error messages based on user queries, providing feedback to the attacker. By bypassing blacklists of common SQL injection payloads, the researcher leveraged an AI model trained on previous successful attacks to automatically generate tailored malicious SQL queries. This AI-powered approach allowed them to evade detection and extract sensitive data from the database. The vulnerability led to unauthorized access and potential data breaches. No bounty amount was disclosed, but the program responded by implementing input validation using prepared statements and parameterized queries. Key lesson: Implement strong input validation mechanisms to prevent SQL Injection attacks, and be aware of advanced evasion techniques such as AI-generated payloads. #BugBounty #Cybersecurity #WebSecurity #SQLInjection #AI
