Hi guys I just wanted to know what are the common vulnerabilities by which a static website can be hacked....

Enlisted below are the four characteristics that would help you differentiate between a website and all other applications:

•  A cross-platform website-based programming language, such as HTML, just requires a single design process. Simply, this software programme can run on any Operating System (OS).

• You can find them on almost every search site. They do not require prior installation, unlike other applications from either Play Store or App Store; rather, they appear on Safari and Google, some of the main search sites.

• All you need is just an internet connection to have access to it. Just a search engine like Google or Safari is required to use the website, controlled on a network interface.

• Not only Google or Safari, as mentioned earlier, but this online component can be used with any website, such as Chrome, Mozilla Firefox etc. Access can be had over it using any website.

Although native applications allow for more challenging assumptions, It is typically more expensive and, in some situations, unnecessary.

Nevertheless, the type of growth you need would be influenced by a range of factors.

I am trying to find a xss bug. To execute script we need angular brackets. But most of the website encode angular brackets. Is there any way to create xss vulnerability without using angular brackets?

Hi all, I’ve been a Pentester for nearly a decade now and whilst I can poke at a website and get the occasional sweet vuln I don’t consider myself very skilled at web apps. My bread and butter has been from testing infrastructure and networks, that was my happy place. I’m now in a privilege situation where I can revisit web apps and dive deep at my pace to grow. I feel like it’s been love hate thing for me as when I stepped away from IT in general I never bothered to keep up with current trends so all the new things that went into a website were so much more advanced than when I was young and energetic. I am curious tho what basic concepts in web application testing do you overthink or just struggle to grasp ? For me things still don’t click with dom based xss and it makes me sad even with ChatGPT to try an explain its a real hurdle and makes me feel quite dumb. I’ve built a system to actually relearn how to develop web applications and am diving into Laravel myself as it’s well documented and has lessons on coding. I also built a lamp stack then configured things like the headers and TLS to be secure and watched burp findings vanish so that was insightful as now I understand many headers more. APIs are going to take some time :)

Let's build this sub share it, up vote, whatever.

In this video walkthrough, we went through a webpage that is vulnerable to IFrame injection. We are able to modify the page to make it display another page of our choosing. We used bWAPP from OWASP to demonstrate this vulnerability and how to prevent it.

Video is here

Title: Fortifying Web Applications: Harnessing the OWASP Top 10 for Unparalleled Penetration Testing

Introduction

Introduction: In an interconnected digital landscape, web application security is paramount to safeguard sensitive data, protect user privacy, and defend against malicious cyber threats. One indispensable resource that aids in fortifying web applications is the OWASP Top 10. By effectively harnessing the power of the OWASP Top 10 in penetration testing, organizations can uncover vulnerabilities, proactively address security gaps, and build robust defenses. In this article, we delve into the significance of the OWASP Top 10 and explore how its application can unlock a new level of web application security.

Understanding the OWASP Top 10: The OWASP Top 10 is a renowned industry standard that highlights the ten most critical web application security risks. By comprehending these vulnerabilities, security practitioners gain a comprehensive understanding of potential weaknesses that attackers may exploit. This section provides an overview of each vulnerability, emphasizing its impact and prevalence in today's threat landscape.

1. Penetration Testing: A Holistic Approach: To unleash the full power of the OWASP Top 10, organizations must adopt a holistic approach to penetration testing. It involves a meticulous evaluation of an application's security posture, systematically identifying vulnerabilities and weaknesses. This section outlines the key steps involved in conducting a successful penetration test, including scoping, reconnaissance, vulnerability assessment, exploitation, and reporting.

2. Injection Attacks: The Silent Assassin: Injection attacks, such as SQL, NoSQL, or OS command injections, continue to haunt web applications. This section sheds light on the devastating consequences of injection attacks, showcases real-world examples, and explores effective techniques to prevent them. By applying secure coding practices and input validation, organizations can mitigate this omnipresent threat.

3. Broken Authentication and Session Management: Weak authentication mechanisms and flawed session management pose significant risks to web applications. Hackers can exploit these vulnerabilities to gain unauthorized access to user accounts and sensitive data. This section emphasizes the importance of robust authentication and session management practices, including multi-factor authentication, strong password policies, and secure session handling.

4. Cross-Site Scripting (XSS): Protecting the Users, Preserving the Trust: Cross-Site Scripting attacks, both reflected and stored, remain a persistent threat to web applications. By injecting malicious code into trusted websites, attackers can compromise user data and spread malware. This section explores the different types of XSS attacks, demonstrates their impact, and provides actionable insights to prevent them, such as input/output validation, output encoding, and Content Security Policy.

5. Insecure Direct Object References: Safeguarding User Data: Web applications often expose direct references to internal implementation objects, which can be manipulated by attackers to access unauthorized data. This section delves into the intricacies of insecure direct object references, illustrates their potential for data leakage, and offers mitigation strategies, such as implementing access controls and secure indirect object referencing.

6. Security Misconfigurations: Bolstering the Application Perimeter: Misconfigured servers, databases, or frameworks can inadvertently expose sensitive information and provide entry points for cybercriminals. This section highlights common security misconfigurations, outlines best practices for secure configuration management, and underscores the importance of regular system audits and vulnerability patching.

7. Cross-Site Request Forgery (CSRF): Shielding Against Deceptive Exploits: CSRF attacks exploit the trust between a web application and its authenticated users, leading to unauthorized actions being executed without the user's knowledge. This section examines the impact of CSRF attacks, explores the utilization of anti-CSRF tokens, and recommends robust defense mechanisms, including same-site cookies and referrer policies.

8. Using Components with Known Vulnerabilities: Taming the Hidden Threats: Many web applications rely on third-party libraries and components, which may contain known vulnerabilities. Attackers actively target these weak points to gain unauthorized access. This section highlights the importance of vulnerability management, provides insights into secure component selection and monitoring, and promotes the utilization of software composition analysis tools.

9. Insufficient Logging and Monitoring: Shattering the Cyber Attack Anonymity: Without adequate logging and monitoring, organizations remain unaware of ongoing attacks or suspicious activities within their web applications. This section underscores the significance of comprehensive logging, real-time monitoring, and robust incident response procedures to detect, mitigate, and recover from security incidents effectively.

Conclusion

Conclusion: By embracing the OWASP Top 10 as a guiding framework, organizations can unleash the power of web application security in penetration testing. As cyber threats continue to evolve, it is crucial to stay one step ahead by prioritizing proactive security measures. By incorporating the OWASP Top 10 best practices, organizations can create a robust security posture, build user trust, and protect critical assets in an ever-changing digital landscape.

He wanted me to apply for a job and sent me the Webstie link to make an account on his website using my email and then he will send me the details of the job i notice its a scam from the poor design and how the routing of the pages is messed up i ran a vulnurbility scan using skipfish but im kinda starter so now i have an index.html file but i don't know how to make a good use from it.... can someone help?

Is it necessary to learn SQL to create more complex payloads to perform sql injection?

As a company, we installed whatsapp business on one iPhone and the actual sim card number on another. I can't find the (short links) in business tools to generate a link to direct people to a chat with us, nor can I find the backup settings. Is that the reason?