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Web Application Security Testing

Marco Morana

The document discusses risk-based security testing methodology for web applications. It involves deriving test cases from threat analysis techniques like attack tree analysis and understanding real-world attack vectors. The goal is to simulate real attacker scenarios and test for vulnerabilities, as well as potential abuse of business logic or flaws in the secure architecture. Security testing is integrated into the software development lifecycle to find and fix issues early.

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Getting Started with API Security Testing

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Logical Attacks(Vulnerability Research)

Ajay Negi

Hi Everyone, This presentation is on Logical Attacks it can be helpful in Bug Bounties while doing Bug Hunting, Vulnerability Research in web applications, mobiles(andriod, ios, win), webservices, apis etc and for making a career in information security domain. Its not an introduction to Web Application Security A talk about some new ideas and cool/obscure things in Web Application Security. More like “Unusual Bugs”

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Secure Code Review is the best approach to uncover the most security flaws, in addition to being the only approach to find certain types of flaws like design flaws. During this session, you will learn how to perform security code review and uncover vulnerabilities such as OWASP Top 10: Cross-site Scripting, SQL Injection, Access Control and much more in early stages of development. You will use a real life application. You will get an introduction to Static Code Analysis tools and how you can automate some parts of the process using tools like FxCop.

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The document discusses security testing of software and applications. It defines security testing as testing the ability of a system to prevent unauthorized access to resources and data. It outlines common security risks like SQL injection, cross-site scripting, and insecure direct object references. It also describes different types of security testing like black box and white box testing and provides examples of security vulnerabilities like XSS and tools used for security testing.

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DaveEdwards12

The document discusses business logic vulnerabilities in applications. It provides examples of 7 common vulnerabilities, including allowing users to increase their bank balance by transferring negative amounts or buying items online for free by manipulating the payment process. It emphasizes that business logic flaws are difficult to detect but have high impact. The document also covers how to detect and prevent such vulnerabilities through threat modeling, design reviews, and specialized penetration testing of business logic.

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Microsoft's web browsers, Internet Explorer and Edge, have a feature called 'XSS filter' built in which protects users from XSS attacks. In order to deny XSS attacks, XSS filter looks into the request for a string resembling an XSS attack, compares it with the page and finds the appearance of it, and rewrites parts of the string if it appears in the page. This rewriting process of the string - is this done safely? The answer is no. This time, I have found a way to exploit XSS filter not to protect a web page, but to create an XSS vulnerability on a web page that is completely sane and free of XSS vulnerability. In this talk, I will describe technical details about possibilities of XSS attacks exploiting XSS filter and propose what website administrators should do to face this XSS filter nightmare.

Advanced SQL injection to operating system full control (slides)

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Over ten years have passed since a famous hacker coined the term "SQL injection" and it is still considered one of the major web application threats, affecting over 70% of web application on the Net. A lot has been said on this specific vulnerability, but not all of the aspects and implications have been uncovered, yet. It's time to explore new ways to get complete control over the database management system's underlying operating system through a SQL injection vulnerability in those over-looked and theoretically not exploitable scenarios: From the command execution on MySQL and PostgreSQL to a stored procedure's buffer overflow exploitation on Microsoft SQL Server. These and much more will be unveiled and demonstrated with my own tool's new version that I will release at the Conference (http://www.blackhat.com/html/bh-europe-09/bh-eu-09-speakers.html#Damele). These slides have been presented at Black Hat Euroe conference in Amsterdam on April 16, 2009.

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Secure coding is the practice of developing software securely by avoiding security vulnerabilities. It involves understanding the application's attack surface and using techniques like input validation, secure authentication, access control, and encrypting sensitive data. The OWASP organization provides free tools and guidelines to help developers code securely, such as their Top 10 security risks and cheat sheets on issues like injection, authentication, and access control. Developers should use static and dynamic application security testing tools to identify vulnerabilities and continuously learn about secure coding best practices.

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MarketingArrowECS_CZ

The document discusses how F5 networks provides comprehensive web application security through its full-proxy architecture and web application firewall that protects against common attacks like SQL injection, cross-site scripting, and brute force attacks. It also explains how the F5 solution uses a positive security model to allow wanted transactions while denying everything else, providing implicit security against both known and unknown attacks.

Web Socket ASM support lior rotkovitch

1) ASM can enforce WebSocket protocol compliance through checks like validating the handshake process and framing. 2) It can also enforce the payload of WebSocket messages by checking for attack signatures in plain text, validating the structure of JSON payloads, and enforcing length limits on binary payloads. 3) The document outlines various violations that ASM can detect like problems with the handshake, framing, payload type mismatches, and illegal characters. It also discusses related settings like WebSocket URL learning and request logging.

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This document discusses building an ASM security policy with unified learning in BIG-IP v12. It describes the new unified learning pages and workflow, including accepting or ignoring policy suggestions as traffic is analyzed. Guidelines are provided for configuring policy settings, blocking behavior, and attack signatures. The goal is to build a policy that blocks attacks while avoiding false positives, with tips for determining when a policy is ready.

Attacking thru HTTP Host header

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This document discusses exploiting vulnerabilities related to HTTP host header tampering. It notes that tampering with the host header can lead to issues like password reset poisoning, cache poisoning, and cross-site scripting. It provides examples of how normal host header usage can be tampered with, including by spoofing the header to direct traffic to malicious sites. The document also lists some potential victims of host header attacks, like Drupal, Django and Joomla, and recommends developers check settings to restrict allowed hosts. It proposes methods for bruteforcing subdomains and host headers to find vulnerabilities.

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Ekoparty 2017 - The Bug Hunter's Methodology

bugcrowd

The document outlines a methodology for effectively finding security vulnerabilities in web applications through bug hunting. It covers discovery techniques like using search engines and subdomain enumeration tools. It then discusses mapping the application by directory brute forcing and vulnerability discovery. Specific vulnerability classes covered include XSS, SQLi, file uploads, LFI/RFI, and CSRF. The document provides resources for each vulnerability type and recommends tools that can help automate the testing process.

Analysis of web application penetration testing

Engr Md Yusuf Miah

This document discusses analysis of web application penetration testing. It provides statistics on common vulnerabilities like SQL injection, XSS, and file inclusion. It then covers methodologies for information gathering, understanding application logic, observing normal behavior, and targeted testing. A variety of tools for penetration testing are listed, along with search queries that can be used during reconnaissance. The document discusses benefits of penetration testing like protecting companies and meeting compliance. It concludes with recommendations for securing web applications like keeping software updated, input validation, code reviews, and runtime monitoring.

Cross Origin Resource Sharing

Luke Weerasooriya

Cross-origin resource sharing (CORS) is a mechanism that allows restricted resources on a web page to be requested from another domain outside the domain from which the resource originated. A web page may freely embed images, stylesheets, scripts, iframes, videos and some plugin content (such as Adobe Flash) from any other domain. However embedded web fonts and AJAX (XMLHttpRequest) requests have traditionally been limited to accessing the same domain as the parent web page (as per the same-origin security policy). "Cross-domain" AJAX requests are forbidden by default because of their ability to perform advanced requests (POST, PUT, DELETE and other types of HTTP requests, along with specifying custom HTTP headers) that introduce many cross-site scripting security issues. CORS defines a way in which a browser and server can interact to determine safely whether or not to allow the cross-origin request. It allows for more freedom and functionality than purely same-origin requests, but is more secure than simply allowing all cross-origin requests. It is a recommended standard of the W3C.

Crowdsourced Vulnerability Testing

CrowdCurity provides a service platform for vulnerability reward programs that democratizes crowdsourced penetration testing. It connects businesses seeking security testing with skilled hackers through an easy submission process. Testers are motivated to find vulnerabilities for the businesses in exchange for rewards. This crowdsourced model is smarter, cheaper, and more effective than traditional security testing options.

IRJET- Phishing Website Detection based on Machine Learning

Narudom Roongsiriwong, CISSP

This document proposes a machine learning model to detect phishing websites. It discusses how data mining algorithms can be used to classify websites as legitimate or phishing based on their characteristics. The proposed system aims to optimize detection by analyzing URL features, checking blacklists, and using a WHOIS database. It claims this method could decrease the error rate of existing detection systems by 30% and provide a more efficient way to identify phishing websites.

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This document describes a Chrome browser extension that was developed to detect phishing websites using machine learning. The extension extracts features from URLs and classifies them as legitimate or phishing using a Random Forest classifier trained on a dataset of URLs. A user interface was designed for the extension using HTML, CSS and JavaScript. When a user visits a website, the extension automatically extracts 16 features from the URL and page content and inputs them into the Random Forest model to determine if the site is phishing or legitimate. The model was trained on a dataset of over 11,000 URLs labeled as phishing or legitimate. Evaluation of the model showed it achieved high accuracy in detecting phishing URLs. The goal of the extension is to help protect users from revealing

Microsoft365 from a Hacker's Perspective

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Office 365 environments are very attractive targets for attackers. So, it's never been more important to understand how its security structure works, and how to best configure it. In this in-depth session, we'll run through real-time attack scenarios and examine common attack vectors. And then we'll explore the various defense capabilities of Office 365, the MS Graph API, and Azure AD. We'll deep-dive into external sharing, authentication options, third-party application security (what apps should and shouldn't be able to do), and even some do's and don'ts regarding Azure AD endpoints and authorization mechanisms. You'll walk away with a solid understanding of how to use the Office 365 defense tools at your disposal, such as the Attack Simulator and Threat Intelligence, as well as how they relate to real-world attacks.

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This document describes research into detecting phishing websites using machine learning. It discusses how phishing websites trick users into providing sensitive information by posing as legitimate websites. The researchers collected a dataset of real URLs labeled as legitimate or phishing and preprocessed the data. They then trained several machine learning models using URL-based features like length of hostname, use of URL shortening services, presence of @ symbols or IP addresses. The goal is to identify the most effective model for classifying URLs based on precision, false positive and false negative rates to help detect phishing websites in real-time.

IRJET- Detecting Phishing Websites using Machine Learning

This document describes a research project that aims to implement machine learning techniques to detect phishing websites. The researchers plan to test algorithms like logistic regression, SVM, decision trees and neural networks on a dataset of phishing links. They will evaluate the performance of these algorithms and develop a browser plugin using the best model. This plugin will detect malicious URLs and protect users from phishing attacks. The document provides background on phishing and outlines the proposed approach, dataset, algorithms to be tested, planned Chrome extension implementation, and expected results sections of the project.

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1. MITRE ATT&CK provides a taxonomy of techniques used by cyber adversaries to help organizations understand the threats they face, improve detection, and increase response capabilities. 2. The presenters demonstrated how ATT&CK can be used to focus logging efforts, build a balanced security monitoring program, and evaluate new security tools based on their coverage of real-world attack techniques. 3. Tracking security program maturity against the ATT&CK framework over time can help reduce gaps, ensure priorities remain risk-based, and demonstrate progress to stakeholders.

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The document introduces the new Check Point 600 appliance for small and medium-sized businesses (SMBs). It summarizes key findings from Check Point's 2013 security report showing high rates of malware infections and access to malicious websites at many organizations. The document argues that SMBs are appealing targets for cybercriminals due to lower security levels compared to larger enterprises. It recommends that SMBs implement essential security tools like network firewalls and threat prevention, and educate employees on security best practices. The new Check Point 600 is positioned as an easy-to-use appliance that can provide SMBs with critical security capabilities in a small package.

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Securing your property portal listing data is harder than ever. Why? Web scraping is cheap and easy. Bots simply steal whatever content they’ve been programmed to fetch – listing text, photos, and other data that should only be available to paid subscribers and legitimate consumers. Review this presentation to learn how to avoid expensive litigation by protecting your content before the theft occurs. Review the latest research on how non-human traffic has evolved over the past few years and best practices to protect both copyrighted and non-copyrightable content. Hear the results from research conducted with property portal executives on the current state of anti-scraping efforts.

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The role of the developer continues to change as they sit on the front line of application and even cloud infrastructure security. Today, developers are focused on innovating fast and improving security, but how do high-performing teams accomplish this? They commit code frequently, release often and update dependencies regularly (608x faster than others). In this webinar, we'll discuss the key traits of high-performing teams and how that impacts the role of the developer. Key Takeaways: Choose the best third party dependencies Determine the lowest effort upgrades between open source versions Solve for issues in both direct and transitive dependencies with a single-click Block and quarantine suspicious open source components

Service Mesh: Two Big Words But Do You Need It?

Today, one of the big concepts buzzing in the app development world is service mesh. A service mesh is a configurable infrastructure layer for microservices application that makes communication flexible, reliable and fast. Let’s take a step back, though, and answer this question: Do you need a service mesh? Join this webinar to learn: What a service mesh is; when and why you need it — or when and why you may not App modernization journey and traffic management approaches for microservices-based apps How to make an informed decision based on cost and complexity before adopting service mesh Learn about NGINX Service Mesh in a live demo, and how it provides the best service mesh option for container-based L7 traffic management

Secure Data Sharing in OpenShift Environments

Red Hat OpenShift is enabling quicker adoption of DevOps practices. Containers are an essential component of DevOps and the OpenShift Kubernetes Container Platform is integral for orchestration within these environments. Data security is now challenged to keep pace with the size and scope of container usage. The migration from legacy in-house deployments to hybrid-cloud installations has created new attack surfaces as data is shared more freely in Kubernetes deployments. Protecting data at rest and in motions is a necessity. Learn how you can keep data protected and securely share data in OpenShift environments with real-time data protection solutions.

How to Govern Identities and Access in Cloud Infrastructure: AppsFlyer Case S...

Managing access permissions in the public cloud can be a very complex process. In fact, by 2023, 75% of cloud security failures will result from the inadequate management of identities, access and privileges, according to Gartner. Join us as Guy Flechter, CISO of AppsFlyer, presents a real-world case of how his company works to enforce least-privilege and to govern identities in their cloud. This webinar will also provide an overview of how to govern access and achieve least privilege by analyzing the access permissions and activity in your public cloud environment. With thousands of human and machine identities, roles, policies and entitlements, this webinar will give you the tools to examine the access open to people and services in your public cloud, and determine whether that access is necessary. In this workshop, you will learn about: The risks of IAM misconfiguration and excessive entitlements in cloud environments The challenges in identifying and mitigating Identity and access risks for both human and machine identities How to automate cloud identity governance and entitlement management with Ermetic

Elevate Your Enterprise Python and R AI, ML Software Strategy with Anaconda T...