The document provides an overview of Fortify on Demand (FoD) security assessments. It summarizes that FoD offers automated static and dynamic application security testing through their analysis tools and security experts. It provides concise summaries of their baseline, standard, and premium assessment levels that vary in coverage, user accounts tested, and inclusion of manual security testing. The document highlights some customer success stories and commonalities that organizations achieving success have in developing a secure software development lifecycle.
1) Traditional network security devices are limited in protecting applications from attacks, with web application firewalls (WAFs) like BIG-IP ASM providing more comprehensive protection against a wide range of vulnerabilities and attacks.
2) BIG-IP ASM protects applications from the OWASP top 10 vulnerabilities like injection, XSS, CSRF, and more, with features like automatic DOS detection and PCI compliance reporting.
3) The solution provides visibility into applications through monitoring and reporting on server latency and other metrics to help optimize performance and security.
Pentesting Rest API's by :- Gaurang BhatnagarOWASP Delhi
Brief overview of API
▸ Fingerprinting & Discovering API
▸ Authentication attacks on API (JWT)
▸ Authorization attacks on API (OAuth)
▸ Bruteforce attacks on API
▸ Attacking Dev/Staging API
▸ Traditional attacks
1) The document provides guidance on testing APIs for security weaknesses, including enumerating the attack surface, common tools to use, what to test for (e.g. authentication, authorization, injections), and demo apps to practice on.
2) It recommends testing authentication and authorization mechanisms like tokens, injections attacks on state-changing requests, and how data is consumed client-side.
3) The document also discusses testing for denial of service conditions, data smuggling through middleware, API rate limiting, and cross-origin requests.
This document outlines the OWASP API Security Top 10 project which identifies the top 10 risks associated with modern application programming interfaces (APIs). It describes each of the top 10 risks, including broken authentication, excessive data exposure, lack of resources and rate limiting, and insufficient logging and monitoring. For each risk, it provides real-world examples of APIs that have been exploited and mitigation strategies are proposed. Additional resources for the project are listed at the end.
Web Application Penetration Testing Checklist.pdfinfosecTrain
This InfosecTrain material unveils a comprehensive checklist for conducting effective web application penetration testing. Covering key aspects such as input validation, authentication mechanisms, and security configurations, the checklist serves as a systematic guide for security professionals. Gain insights into identifying vulnerabilities, understanding attack vectors, and implementing robust defenses to fortify web applications against cyber threats. Enhance your skills and contribute to the resilience of digital landscapes with this indispensable resource.
More Information - https://www.infosectrain.com/courses/web-application-penetration-testing-wapt/
Nullcon Goa 2016 - Automated Mobile Application Security Testing with Mobile ...Ajin Abraham
Mobile Security Framework (MobSF) is an intelligent, all-in-one open source mobile application (Android/iOS) automated pen-testing framework capable of performing static and dynamic analysis. It can be used for effective and fast security analysis of Android and iOS Applications and supports both binaries (APK & IPA) and zipped source code. MobSF can also perform Web API Security testing with it's API Fuzzer that can do Information Gathering, analyze Security Headers, identify Mobile API specific vulnerabilities like XXE, SSRF, Path Traversal, IDOR, and other logical issues related to Session and API Rate Limiting.
Wireless technology is inherently insecure in general, however this presentation details some unconventional attacks that have been around for years but are still incredibly effective. Discussing the basics of AP cloning, abusing captive portals, and more.
Burp Suite is a free and professional Java-based tool for testing web application security. It includes several integrated tools like Proxy, Spider, Scanner, Intruder, Repeater, and Sequencer. The Proxy is used to intercept, modify, and replay HTTP/S requests. The Spider crawls the web application to discover hidden resources. The Scanner automatically scans for vulnerabilities. Intruder allows for customized attacks through fuzzing. Repeater replays requests for manual testing. And Sequencer analyzes randomness of tokens. It has both free and commercial editions, and supports Windows, Mac, and Linux.
1) Traditional network security devices are limited in protecting applications from attacks, with web application firewalls (WAFs) like BIG-IP ASM providing more comprehensive protection against a wide range of vulnerabilities and attacks.
2) BIG-IP ASM protects applications from the OWASP top 10 vulnerabilities like injection, XSS, CSRF, and more, with features like automatic DOS detection and PCI compliance reporting.
3) The solution provides visibility into applications through monitoring and reporting on server latency and other metrics to help optimize performance and security.
Pentesting Rest API's by :- Gaurang BhatnagarOWASP Delhi
Brief overview of API
▸ Fingerprinting & Discovering API
▸ Authentication attacks on API (JWT)
▸ Authorization attacks on API (OAuth)
▸ Bruteforce attacks on API
▸ Attacking Dev/Staging API
▸ Traditional attacks
1) The document provides guidance on testing APIs for security weaknesses, including enumerating the attack surface, common tools to use, what to test for (e.g. authentication, authorization, injections), and demo apps to practice on.
2) It recommends testing authentication and authorization mechanisms like tokens, injections attacks on state-changing requests, and how data is consumed client-side.
3) The document also discusses testing for denial of service conditions, data smuggling through middleware, API rate limiting, and cross-origin requests.
This document outlines the OWASP API Security Top 10 project which identifies the top 10 risks associated with modern application programming interfaces (APIs). It describes each of the top 10 risks, including broken authentication, excessive data exposure, lack of resources and rate limiting, and insufficient logging and monitoring. For each risk, it provides real-world examples of APIs that have been exploited and mitigation strategies are proposed. Additional resources for the project are listed at the end.
Web Application Penetration Testing Checklist.pdfinfosecTrain
This InfosecTrain material unveils a comprehensive checklist for conducting effective web application penetration testing. Covering key aspects such as input validation, authentication mechanisms, and security configurations, the checklist serves as a systematic guide for security professionals. Gain insights into identifying vulnerabilities, understanding attack vectors, and implementing robust defenses to fortify web applications against cyber threats. Enhance your skills and contribute to the resilience of digital landscapes with this indispensable resource.
More Information - https://www.infosectrain.com/courses/web-application-penetration-testing-wapt/
Nullcon Goa 2016 - Automated Mobile Application Security Testing with Mobile ...Ajin Abraham
Mobile Security Framework (MobSF) is an intelligent, all-in-one open source mobile application (Android/iOS) automated pen-testing framework capable of performing static and dynamic analysis. It can be used for effective and fast security analysis of Android and iOS Applications and supports both binaries (APK & IPA) and zipped source code. MobSF can also perform Web API Security testing with it's API Fuzzer that can do Information Gathering, analyze Security Headers, identify Mobile API specific vulnerabilities like XXE, SSRF, Path Traversal, IDOR, and other logical issues related to Session and API Rate Limiting.
Wireless technology is inherently insecure in general, however this presentation details some unconventional attacks that have been around for years but are still incredibly effective. Discussing the basics of AP cloning, abusing captive portals, and more.
Burp Suite is a free and professional Java-based tool for testing web application security. It includes several integrated tools like Proxy, Spider, Scanner, Intruder, Repeater, and Sequencer. The Proxy is used to intercept, modify, and replay HTTP/S requests. The Spider crawls the web application to discover hidden resources. The Scanner automatically scans for vulnerabilities. Intruder allows for customized attacks through fuzzing. Repeater replays requests for manual testing. And Sequencer analyzes randomness of tokens. It has both free and commercial editions, and supports Windows, Mac, and Linux.
The document discusses web application security and the F5 BIG-IP Application Security Manager (ASM). It notes that most attacks are now targeted at web applications rather than networks. It then provides an overview of common web application attacks that ASM can protect against. The document discusses how ASM uses a positive security model to provide implicit protection against both known and unknown attacks. It also outlines the various deployment options and protections that ASM provides, such as bot detection, DDoS mitigation, and web application firewall capabilities.
DAST in CI/CD pipelines using Selenium & OWASP ZAPsrini0x00
- The document discusses integrating the OWASP ZAP web application security scanner with Selenium automated tests to improve vulnerability coverage during dynamic application security testing (DAST).
- It proposes proxying Selenium test traffic through ZAP to perform passive scanning, then triggering an active ZAP scan via API during the continuous integration/deployment pipeline.
- Scan reports can be retrieved in various formats and findings imported into a vulnerability management system. A demonstration is provided.
AppSec EU 2016: Automated Mobile Application Security Assessment with MobSFAjin Abraham
Mobile Application market is growing like anything and so is the Mobile Security industry. With lots of frequent application releases and updates happening, conducting the complete security analysis of mobile applications becomes time consuming and cumbersome. In this talk I will introduce an extendable, and scalable web framework called Mobile Security Framework (https://github.com/ajinabraham/YSO-Mobile-Security-Framework) for Security analysis of Mobile Applications. Mobile Security Framework is an intelligent and automated open source mobile application (Android/iOS) pentesting and binary/code analysis framework capable of performing static and dynamic analysis. It supports Android and iOS binaries as well as zipped source code. During the presentation, I will demonstrates some of the issues identified by the tool in real world android applications. The latest Dynamic Analyzer module will be released at OWASP AppSec. Attendees Benefits * An Open Source framework for Automated Mobile Security Assessment. * One Click Report Generation and Security Assessment. * Framework can be deployed at your own environment so that you have complete control of the data. The data/report stays within the organisation and nothing is stored in the cloud. * Supports both Android and iOS Applications. * Semi Automatic Dynamic Analyzer for intelligent application logic based (whitebox) security assessment.
Mobile application security testing is important to identify vulnerabilities and protect sensitive user data. The key concepts of mobile app security testing include authentication, authorization, availability, confidentiality, integrity and non-repudiation. Common mobile security threats include malware, spyware, privacy threats and vulnerable applications. Effective security testing employs strategies like strong authentication, encryption, access control and session management. The testing methodology involves profiling the app, analyzing threats, planning tests, executing tests, and providing daily status reports. Deliverables include management reports, technical vulnerability reports, and best practices documents.
A penetration test evaluates a system's security by simulating attacks. A web application penetration test focuses on a web application's security. The process involves actively analyzing the application for weaknesses, flaws, or vulnerabilities. Any issues found are reported to the owner along with impact assessments and mitigation proposals.
The document discusses CRLF injection and SSRF vulnerabilities. CRLF injection occurs when user input is directly parsed into response headers without sanitization, allowing special characters to be injected. SSRF is when a server is induced to make HTTP requests to domains of an attacker's choosing, potentially escalating access. Mitigations include sanitizing user input, implementing whitelists for allowed domains/protocols, and input validation.
What is security testing and why it is so important?ONE BCG
Security Testing is described as a type of Software Testing that assures software systems and applications are free from any vulnerabilities, threats, risks that may cause a big loss. Security testing of any system is about uncovering all likely loopholes and weaknesses of the system which might end up in a loss of information, revenue, repute at the hands of the employees or outsiders of the Organization.
A proxy server routes web requests through an intermediary server to access sites that may be blocked locally. It works by sending requests from a user's computer to the proxy server instead of directly to the destination website, and then the proxy server forwards the request and sends the response back to the user, providing an indirect channel to access blocked content. The document recommends getting a list of proxy servers from Proxy.org and routes traffic to circumvent blocks, while also mentioning the related topic of Tor for anonymous web browsing.
Unrestricted file upload CWE-434 - Adam Nurudini (ISACA)Adam Nurudini
File upload vulnerabilities are a devastating category of web application vulnerabilities. Without secure coding and configuration, an attacker can quickly compromise an affected system.
This presentation will discuss types, how to discover, exploit, and how to mitigate file upload vulnerabilities.
Security Testing is deemed successful when the below attributes of an application are intact
- Authentication
- Authorization
- Availability
- Confidentiality
- Integrity
- Non-Repudiation
Testing must start early to minimize defects and cost of quality. Security testing must start right from the Requirements Gathering phase to make sure that the quality of end-product is high.
This is to ensure that any intentional/unintentional unforeseen action does not halt or delay the system.
The document provides an overview of key features and capabilities of Burp Suite, a popular web application security testing tool. It discusses how to configure Burp Suite for optimal performance, techniques for proxying and filtering traffic, exploiting vulnerabilities using the intruder tool, passive and active scanning with the scanner, replaying requests with the repeater, crawling sites with the spider, analyzing tokens with the sequencer, decoding responses with the decoder, comparing responses with the comparer, searching with engagement tools, extending functionality with extender, maintaining the state of assessments, and references for additional learning. The document is intended to help users get started with Burp Suite and leverage its full capabilities as a "pro."
Thick Client Penetration Testing
You will learn how to do pentesting of Thick client applications on a local and network level, You will also learn how to analyze the internal communication between web services & API.
The document discusses pentesting thick client applications. It begins with introducing thick clients and why testing them is important. It then covers common thick client architectures, vulnerabilities, tools used for testing like decompilers and network sniffers, challenges like intercepting encrypted traffic, and solutions to those challenges like using Burp's non-HTTP proxy. It ends with checklists, example applications to practice on, and references for further reading.
This document discusses using the OWASP Zed Attack Proxy (ZAP) tool to find vulnerabilities in web applications. ZAP is a free and open-source web application penetration testing tool that can be used to conduct both automated and manual testing of applications. The document provides an overview of ZAP's features, how to install and configure it, how to test applications for vulnerabilities using both automated and direct methods, and how to integrate ZAP with other tools.
WATCH WEBINAR: https://youtu.be/zTkv_9ChVPY
In recent years, large reputable companies such as Facebook, Google and Equifax have suffered major data breaches that combined exposed the personal information of hundreds of millions of people worldwide. The common vector linking these breaches – APIs. The scale and magnitude of these breaches are the reason API security has been launched into the forefront of enterprise security concerns – now forcing us to rethink the way we approach API security as a whole.
OWASP Top 10 project has for a long time been the standard list of top vulnerabilities to look for and mitigate in the world of web applications.
APIs represent a significantly different set of threats, attack vectors, and security best practices. This caused the OWASP community to launch OWASP API Security project earlier this year.
In this session we’ll discuss:
What makes API Security different from web application security
The OWASP API Security Top 10
Real world breaches and mitigation strategies for each of the risks
This document discusses different types of application and networking attacks. It covers server-side web application attacks like cross-site scripting, SQL injection, and command injection that target vulnerabilities in web applications. It also covers client-side attacks like drive-by downloads, cookie manipulation, session hijacking, and malicious browser add-ons that compromise client computers. The document provides details on how each type of attack works and potential vulnerabilities they exploit.
A proxy server is a server that acts as an intermediary for requests from clients seeking resources from other servers. A client connects to the proxy server, requesting some service, such as a file, connection, web page, or other resource available from a different server and the proxy server evaluates the request as a way to simplify and control its complexity.
This is my Athcon 2013 slide set. I also demonstrated that attacking mobile applications via SIP Trust, scanning via SIP proxies and MITM fuzzing in Live Demo.
The document provides an overview of Fortify Source Code Analyzer (SCA). It discusses the different analysis phases SCA performs including translation, analysis, and verification. It also describes the various types of analyzers that SCA uses like data flow, control flow, semantic, and structural analyzers. Finally, it outlines the typical commands used to clean, translate, and scan source code with SCA and run an analysis.
HP WebInspect is a web application security scanning tool that helps identify vulnerabilities. It crawls a website to build an application tree, then audits the site using various techniques to detect issues. Some key features include customizable scanning policies and views, reporting vulnerabilities and suggested fixes, and the ability to simulate attacks. Proper configuration of the scan settings is required to tailor what is tested.
The document discusses web application security and the F5 BIG-IP Application Security Manager (ASM). It notes that most attacks are now targeted at web applications rather than networks. It then provides an overview of common web application attacks that ASM can protect against. The document discusses how ASM uses a positive security model to provide implicit protection against both known and unknown attacks. It also outlines the various deployment options and protections that ASM provides, such as bot detection, DDoS mitigation, and web application firewall capabilities.
DAST in CI/CD pipelines using Selenium & OWASP ZAPsrini0x00
- The document discusses integrating the OWASP ZAP web application security scanner with Selenium automated tests to improve vulnerability coverage during dynamic application security testing (DAST).
- It proposes proxying Selenium test traffic through ZAP to perform passive scanning, then triggering an active ZAP scan via API during the continuous integration/deployment pipeline.
- Scan reports can be retrieved in various formats and findings imported into a vulnerability management system. A demonstration is provided.
AppSec EU 2016: Automated Mobile Application Security Assessment with MobSFAjin Abraham
Mobile Application market is growing like anything and so is the Mobile Security industry. With lots of frequent application releases and updates happening, conducting the complete security analysis of mobile applications becomes time consuming and cumbersome. In this talk I will introduce an extendable, and scalable web framework called Mobile Security Framework (https://github.com/ajinabraham/YSO-Mobile-Security-Framework) for Security analysis of Mobile Applications. Mobile Security Framework is an intelligent and automated open source mobile application (Android/iOS) pentesting and binary/code analysis framework capable of performing static and dynamic analysis. It supports Android and iOS binaries as well as zipped source code. During the presentation, I will demonstrates some of the issues identified by the tool in real world android applications. The latest Dynamic Analyzer module will be released at OWASP AppSec. Attendees Benefits * An Open Source framework for Automated Mobile Security Assessment. * One Click Report Generation and Security Assessment. * Framework can be deployed at your own environment so that you have complete control of the data. The data/report stays within the organisation and nothing is stored in the cloud. * Supports both Android and iOS Applications. * Semi Automatic Dynamic Analyzer for intelligent application logic based (whitebox) security assessment.
Mobile application security testing is important to identify vulnerabilities and protect sensitive user data. The key concepts of mobile app security testing include authentication, authorization, availability, confidentiality, integrity and non-repudiation. Common mobile security threats include malware, spyware, privacy threats and vulnerable applications. Effective security testing employs strategies like strong authentication, encryption, access control and session management. The testing methodology involves profiling the app, analyzing threats, planning tests, executing tests, and providing daily status reports. Deliverables include management reports, technical vulnerability reports, and best practices documents.
A penetration test evaluates a system's security by simulating attacks. A web application penetration test focuses on a web application's security. The process involves actively analyzing the application for weaknesses, flaws, or vulnerabilities. Any issues found are reported to the owner along with impact assessments and mitigation proposals.
The document discusses CRLF injection and SSRF vulnerabilities. CRLF injection occurs when user input is directly parsed into response headers without sanitization, allowing special characters to be injected. SSRF is when a server is induced to make HTTP requests to domains of an attacker's choosing, potentially escalating access. Mitigations include sanitizing user input, implementing whitelists for allowed domains/protocols, and input validation.
What is security testing and why it is so important?ONE BCG
Security Testing is described as a type of Software Testing that assures software systems and applications are free from any vulnerabilities, threats, risks that may cause a big loss. Security testing of any system is about uncovering all likely loopholes and weaknesses of the system which might end up in a loss of information, revenue, repute at the hands of the employees or outsiders of the Organization.
A proxy server routes web requests through an intermediary server to access sites that may be blocked locally. It works by sending requests from a user's computer to the proxy server instead of directly to the destination website, and then the proxy server forwards the request and sends the response back to the user, providing an indirect channel to access blocked content. The document recommends getting a list of proxy servers from Proxy.org and routes traffic to circumvent blocks, while also mentioning the related topic of Tor for anonymous web browsing.
Unrestricted file upload CWE-434 - Adam Nurudini (ISACA)Adam Nurudini
File upload vulnerabilities are a devastating category of web application vulnerabilities. Without secure coding and configuration, an attacker can quickly compromise an affected system.
This presentation will discuss types, how to discover, exploit, and how to mitigate file upload vulnerabilities.
Security Testing is deemed successful when the below attributes of an application are intact
- Authentication
- Authorization
- Availability
- Confidentiality
- Integrity
- Non-Repudiation
Testing must start early to minimize defects and cost of quality. Security testing must start right from the Requirements Gathering phase to make sure that the quality of end-product is high.
This is to ensure that any intentional/unintentional unforeseen action does not halt or delay the system.
The document provides an overview of key features and capabilities of Burp Suite, a popular web application security testing tool. It discusses how to configure Burp Suite for optimal performance, techniques for proxying and filtering traffic, exploiting vulnerabilities using the intruder tool, passive and active scanning with the scanner, replaying requests with the repeater, crawling sites with the spider, analyzing tokens with the sequencer, decoding responses with the decoder, comparing responses with the comparer, searching with engagement tools, extending functionality with extender, maintaining the state of assessments, and references for additional learning. The document is intended to help users get started with Burp Suite and leverage its full capabilities as a "pro."
Thick Client Penetration Testing
You will learn how to do pentesting of Thick client applications on a local and network level, You will also learn how to analyze the internal communication between web services & API.
The document discusses pentesting thick client applications. It begins with introducing thick clients and why testing them is important. It then covers common thick client architectures, vulnerabilities, tools used for testing like decompilers and network sniffers, challenges like intercepting encrypted traffic, and solutions to those challenges like using Burp's non-HTTP proxy. It ends with checklists, example applications to practice on, and references for further reading.
This document discusses using the OWASP Zed Attack Proxy (ZAP) tool to find vulnerabilities in web applications. ZAP is a free and open-source web application penetration testing tool that can be used to conduct both automated and manual testing of applications. The document provides an overview of ZAP's features, how to install and configure it, how to test applications for vulnerabilities using both automated and direct methods, and how to integrate ZAP with other tools.
WATCH WEBINAR: https://youtu.be/zTkv_9ChVPY
In recent years, large reputable companies such as Facebook, Google and Equifax have suffered major data breaches that combined exposed the personal information of hundreds of millions of people worldwide. The common vector linking these breaches – APIs. The scale and magnitude of these breaches are the reason API security has been launched into the forefront of enterprise security concerns – now forcing us to rethink the way we approach API security as a whole.
OWASP Top 10 project has for a long time been the standard list of top vulnerabilities to look for and mitigate in the world of web applications.
APIs represent a significantly different set of threats, attack vectors, and security best practices. This caused the OWASP community to launch OWASP API Security project earlier this year.
In this session we’ll discuss:
What makes API Security different from web application security
The OWASP API Security Top 10
Real world breaches and mitigation strategies for each of the risks
This document discusses different types of application and networking attacks. It covers server-side web application attacks like cross-site scripting, SQL injection, and command injection that target vulnerabilities in web applications. It also covers client-side attacks like drive-by downloads, cookie manipulation, session hijacking, and malicious browser add-ons that compromise client computers. The document provides details on how each type of attack works and potential vulnerabilities they exploit.
A proxy server is a server that acts as an intermediary for requests from clients seeking resources from other servers. A client connects to the proxy server, requesting some service, such as a file, connection, web page, or other resource available from a different server and the proxy server evaluates the request as a way to simplify and control its complexity.
This is my Athcon 2013 slide set. I also demonstrated that attacking mobile applications via SIP Trust, scanning via SIP proxies and MITM fuzzing in Live Demo.
The document provides an overview of Fortify Source Code Analyzer (SCA). It discusses the different analysis phases SCA performs including translation, analysis, and verification. It also describes the various types of analyzers that SCA uses like data flow, control flow, semantic, and structural analyzers. Finally, it outlines the typical commands used to clean, translate, and scan source code with SCA and run an analysis.
HP WebInspect is a web application security scanning tool that helps identify vulnerabilities. It crawls a website to build an application tree, then audits the site using various techniques to detect issues. Some key features include customizable scanning policies and views, reporting vulnerabilities and suggested fixes, and the ability to simulate attacks. Proper configuration of the scan settings is required to tailor what is tested.
The document provides information on HP Fortify Source Code Analyzer (SCA). It can analyze source code for various languages like Java, .NET, PHP etc. to identify security vulnerabilities. The installation process involves extracting files and providing a license key. System requirements vary based on the size and complexity of the code being analyzed. Reports can be generated in different templates like OWASP Top 10. Filter sets help classify issues by priority. Commands are available to customize and optimize scans.
This document discusses the rise of cloud computing and the opportunities and challenges it presents for businesses and IT departments. It notes that businesses are increasingly adopting cloud technologies at a faster rate than IT can support due to the speed and agility benefits of the cloud. However, IT concerns around security, compliance, and control are slowing cloud adoption. The document proposes that providing trusted cloud services that address these IT concerns can help enable broader cloud usage and allow businesses to realize the economic and innovation benefits of the cloud while allowing IT to play a more strategic role.
This document discusses continuous inspection and fighting the seven deadly sins of developers. It introduces Olivier Gaudin and describes how industrialization has led to software factories and continuous integration. The rest of the document discusses the mission of today's developers as doing software right and for others, with methodology, transparency, and code quality. It defines the seven deadly sins of developers as duplicated code, complexity, design issues, lack of tests, coding standards, bugs, and comments. Sonar is introduced as a tool to measure internal quality and technical debt.
This document discusses enterprise software security and provides examples of how organizations like Accenture and ANZ Bank have implemented software security programs using Fortify's platform. It describes what organizations are protecting (e.g. personal information, financial data), the risks of data breaches, and case studies of past breaches at companies like Heartland Payment Systems. It then outlines how ANZ Bank established a "SAFE Program" using Fortify to integrate security practices into development and meet compliance obligations. The document promotes Fortify as a software security partner that can help achieve compliance, identify vulnerabilities, and effectively manage security programs.
How to Shot Web - Jason Haddix at DEFCON 23 - See it Live: Details in Descrip...bugcrowd
1. The document provides tips for effective hacking and bug hunting in 2015, focusing on web applications.
2. It discusses philosophy shifts towards crowdsourced testing, and techniques for discovery such as finding less tested application parts and acquisitions.
3. The document also covers mapping methodology, parameters to attack, and bypassing filters for XSS, SQLi, file inclusion, and CSRF vulnerabilities.
This document provides an agenda for a presentation on web application pentesting and using Burp Suite. The presentation will include an overview of Burp Suite, how to get started with it, automated and manual testing techniques, and tips for web hacking. It will cover features of Burp like the proxy, spider, scanner, intruder, repeater, sequencer, and extender. The goal is to help attendees learn the foundation of using Burp Suite for web assessments.
The document discusses application security challenges and presents HP Fortify Software Security Center as a solution. It describes how the solution proactively identifies and eliminates risks in legacy applications and prevents risks during development. The solution protects applications across in-house, outsourced, commercial and open source development by embedding security into the entire software development lifecycle. It also provides comprehensive coverage across multiple vulnerability categories and programming languages.
The document discusses penetration testing of iOS applications. It provides an overview of the key aspects of testing including:
- Setting up the testing environment with tools like Xcode, Instruments, Burp Suite, and SQLite Manager.
- Performing whitebox testing through source code analysis, identifying HTTP/WS calls, file system interactions, and manual code review.
- Proxying the iOS simulator to intercept and analyze network traffic.
- Exploring various data storage mechanisms like plists, SQLite databases, and the keychain for sensitive data.
The document provides information on testing services offered by Geekit. It discusses their collaboration model of full lifecycle testing from requirements through implementation and support. It also outlines the types of testing they perform including mobile, performance, automation, security, and more. The document lists the application types and domains they have expertise in testing and the benefits of using their software testing services such as instant availability of experienced testers, professional testing, real-world testing conditions, and flexible pricing.
“All code is guilty, until proven innocent.”, that's why we're providing great testing services not only functional testing but also performance and security testing.
1) IBM Rational AppScan is an application security testing tool acquired by IBM when it purchased Watchfire in 2007. It assists with compliance procedures, identifies security threats, and reduces costs.
2) AppScan OnDemand is a software-as-a-service model where IBM hosts the software and handles setup, maintenance, and upgrades, removing those tasks from the client. Clients can rent the software from IBM without a license.
3) With AppScan's solution management service, IBM can partially or fully outsource the configuration and support of AppScan to help clients with production setup and ongoing success.
Is av dead or just missing in action - avar2016rajeshnikam
This document discusses whether antivirus (AV) software is dead or just missing in action. It begins by comparing traditional, signature-based AV to next-generation security products that use techniques like threat intelligence and machine learning. The document then debunks common security myths and discusses VirusTotal's role in evaluating next-gen AVs. Results from independent tests of various next-gen security products are presented. The document concludes that while no single product can solve all security issues, the approach to security needs to constantly evolve through layered defenses and beyond just next-gen hype.
This document discusses whether antivirus (AV) software is dead or just missing in action. It begins by comparing traditional, signature-based AV to next-generation security products that use techniques like machine learning and threat intelligence. The document then debunks common myths about AV and security technologies. It analyzes results from tests of next-generation security products on services like VirusTotal. The document concludes that while no single product can stop all threats, security defenses continue to evolve beyond traditional AV through layered approaches.
It is mandatory for every medicine or pharma packaging to have a unique serial code or UID. Project is to build a web application that will provide tracking capabilities for the UID for pharma packaging of drugs. The track feature (TRACK n trace) will track the UID of each package by using vision based scanners, RFIDs, etc. and store the data into a local server. The server will be synced daily with a global server (we are looking for cloud based hosting platforms such as Windows Azure or amazon web services). We have to build the trace functionality (Track n TRACE) by building a web interface where a person with the UID can trace the shipment.
We have to keep historical records for as long as 10 years and build logic on basis of the UID state. We have to provide the details from the database as in when was this package manufactured, when was it shipped, etc. If the UID entered is faulty for example; it wasn’t ever manufactured or if it is over its expiration date then we have to generate corresponding errors and also maintain a log of such entries and send notification to the admins with details of IP, Geography or where the error generated.
Learn About Virtual securiyt to protect, Android, IOS and PC with one click software. It explains technical knowledge and practical solution to overcome malwarees, Viruses and tronjans. And also it provides privacy security. Incase the softaware asks for the aditionl or undwanted permisson for example- Camera, Folder, Photos etc, if any unwantd permissions aasked by the applitcioan it is also considered as a security issues.
iSYSTEM Company and Product Overview v12.02iSYSTEM AG
iSYSTEM specializes in embedded development and test tools.
We provide debugger and analyzer solutions for more than 50 CPU architectures and their derivatives (2500+ microcontrollers). The Windows and/or Eclipse based development environment (winIDEA) is easy to learn and use. The flexible integration and application of iSYSTEM solutions within the entire development process is enabled by open and public interfaces (APIs).
Liberty Mutual Information Systems uses open source tools to help Liberty Mutual Group exceed their business objectives by delivering high-value, market-responsive IT solutions. Richard Thompson discusses why open source tools are useful during various phases of development like unit testing, configuration management, and continuous integration. He provides examples of specific open source tools used for tasks like test reporting, static analysis, performance testing, and more. Thompson also outlines lessons for successfully implementing open source tools, like considering community size and support when selecting tools.
IBM AppScan - the total software security solution, Content:
- Introduction to security
- Best Practices for Application Security
- IBM AppScan security solution
- DEMO
The document outlines 5 stages of digital quality maturity for organizations:
1) Automate testing, reuse test assets, and scale testing across devices and browsers.
2) Shift testing left into development to provide faster feedback and prioritize important tests.
3) Prioritize test executions based on risk and business impact.
4) Provide continuous testing visibility across development, QA, and production for real-time monitoring.
5) Enable remote debugging and support directly from the cloud.
BlackHat Presentation - Lies and Damn Lies: Getting past the Hype of Endpoint...Mike Spaulding
Signatures are dead! We need to focus on machine learning, artificial intelligence, math models, lions, tigers and bears, Oh My!! - STOP!! - How many times have we heard all these buzzwords at conferences, or our managers saying that solution X will solve all our problems. I don't know about you, but I was tired of listening to the hype and the over-use of these terms that really made no sense.
One thing is true, signatures are dead. Today's malware is created with obfuscation and deception and our opponents do not play fair. Do you blame them? They want to get in. Who needs to rob a bank anymore at gun point when the security door is left open and traps are easy to bypass. Thank you Powershell! So what's the answer? Is it Next Generation AV or EDR, or it is Security 101? Over the past 5 months, we have invested significant time building a business case for an Endpoint protection system - understand the problem, creating testing scenarios to evaluate 5 solutions in the market. Over 30,000 pieces of malware were put to the test from our internal private collection, as well as known and unknown samples freely available. With all of the marketing hype, brochureware and buzzwords, it's hard to know what's the real deal. As we talk to colleagues from other companies, one thing is clear, many still struggle with good testing methodologies, what malware to test and how to test their endpoint security.
We will discuss key considerations used in our decision-making process. Testing malware for our company was important, but it was not our only testing criteria. We looked at the ease of installation on the agent, use of their UI, SaaS, on-prem, hybrid, reporting, performance of agent using different system resources, how much the agent replied on their cloud intelligence compared to on-box performance, powershell scenarios, and a variety of other factors. Companies additionally need to take into consideration the cost of any potential new infrastructure, cost per seat, professional services, one off costs, 1, 2, 3 year terms and other factors. Ultimately, we want to extend our resources to help others in the industry and discuss key differences between the solutions that were evaluated.
Secure Code review - Veracode SaaS Platform - Saudi Green MethodSalil Kumar Subramony
Veracode provides the world’s leading Application Risk Management Platform. Veracode's patented and proven cloud-based capabilities allow customers to govern and mitigate software security risk across a single application or an enterprise portfolio with unmatched simplicity. Veracode was founded with one simple mission in mind: to make it simple and cost-effective for organizations to accurately identify and manage application security risk.
The document discusses penetration testing and vulnerability assessment services provided by IPNEC. It summarizes their methodology, which attempts to simulate attacker techniques to compromise systems and identifies vulnerabilities. It emphasizes that regular testing is needed as new vulnerabilities emerge daily and highlights benefits like avoiding security breaches, downtime, data loss, and regulatory fines.
1. Imaginea provides quality assurance and automation services using a blend of in-house, open source, and commercial tools. They have expertise in choosing what to automate.
2. Their test engineering process includes product explanation and strategy definition, functional QA, automation and regression testing, performance and security testing, platform certification, and go-to-market readiness.
3. Challenges with automation include systems changing frequently, unrealistic expectations, and communication gaps when transitioning from manual to automated testing. Imaginea has developed tools like BrighTest and Bot-Bot to help with test automation.
Quality of software code for a given product shipped effectively translates not only to its functional quality but as well to its non functional aspects say security. Many of the issues in code can be addressed much before they reach SCM.
Application Security Program Management with Vulnerability ManagerDenim Group
The document discusses application security program management and Vulnerability Manager. It describes the challenges of application security scanning and remediation, including that vulnerabilities often persist for months. Vulnerability Manager aims to address this by automating the import of scan data, generating virtual patches, and integrating with defect tracking systems. The presentation demonstrates Vulnerability Manager's core features and future plans to further develop the tool and metrics for measuring security maturity.
Is your SAP system vulnerable to cyber attacks?Virtual Forge
This presentation was held by Stephen Lamy, Virtual Forge, at the Basis & SAP Administration 2015 Conference in Las Vegas, March 2015.
Stephen Lamy demonstrated specific risks that custom ABAP can introduce into an SAP system, and provided proven advice to minimize ABAP security risks.
Key Takeaways:
- What vulnerabilities exist in productive SAP systems, and better understand how your SAP systems can be compromised
- What are common and dangerous ABAP risks, such as directory traversal and ABAP command injection
- Best practices to develop secure and compliant ABAP code, such as implementing internal coding guidelines and standards, protecting your systems from risky third-party code, and choosing the right tools for your process
2. About the Presenter
• Jason Haddix (@jhaddix)
• Director of Penetration Testing at HP/Fortify on their ShadowLabs team.
• Previously worked in HP’s Professional Services as a security consultant,
and an engineer & pen tester for Redspin.
• Frequent attender, presenter, & CTF participant at security cons such as
Defcon, BlackHat, Brucon, DerbyCon, etc.
• Contributor/columnist to PentesterScripting.com, Ethicalhacker.net, and
Hakin9 magazine.
• Serves on the advisory board for GIAC Penetration Testing curriculum as
well is GSEC, GPEN, and eCPPT certified.
6. “We've also seen 19,000 new malicious URLs
each day in the first half of this year. And,
80% of those URLs are legitimate websites
that were hacked or compromised .”
Sophos Threat Report (First half of 2011)
7. ...a new web threat emerges every 4 .5
seconds...
9. Why do we care?
Your critical business Regulations and More than 60% of
applications face the Standards (PCI, applications have
Internet HIPAA, SOX, etc) serious flaws
10. Challenges
• Difficult to train and retain staff - very difficult to keep skills up-to-date
• Constantly changing environment
• New attacks constantly emerge
• Compliance Requirements
• Too many tools for various results
12. What is Fortify on Demand?
• SAAS-Based, Annual subscription • Business Logic Assessments
model
• Large Testing team at your
• Unlimited Assessments, Unlimited fingertips
Users
• Scale Rapidly (10, 100, 1000)
• The most Comprehensive Coverage
Model – Verify False Positives & • Security Branding with HP FOD
Manual Penetration Testing Logo on Web Applications
• Single portal for consuming results
• Market leading analyzers for Static and
Dynamic Testing
13. Mobile
Thick
Client
Web FOD
3rd
Party
API
Binary
15. Dynamic Testing
• Recommended for Low Risk Websites
Baseline (Marketing Sites, Brochure, Not much
Application change in the application)
Standard • An automated solution for Websites
WebInspect security scanner
Premium • All results are manually reviewed by
security experts to remove false positives
16. Dynamic Testing
• Recommended for Medium Risk
Websites
Baseline
Application • Use of multiple automated and manual
testing solutions
Standard • All results are manually reviewed by
security experts to remove any false
positives. Includes penetration testing.
Premium • Single User Perspective
17. Dynamic Testing
• Recommended for High Risk
websites
Baseline
Application • Designed for mission-critical Technical
and business logic vulnerabilities
Standard • All results are manually reviewed by
security experts to remove any false
positives. Higher focus on manual
penetration testing.
Premium
• Two User Perspective
• Web Services
19. Terms and Definitions
Automated Scanning: Fortify On Demand utilizes, as it’s core technology, HP WebInspect to perform automated crawling and technical auditing
of Web Applications.
False Positive Removal: For all levels of service (Baseline, Standard, Premium), security assessment results are verified by a team of expert
Security Engineers before results are marked for completion within the Fortify On Demand Portal. The Fortify On Demand team confirms that all
data provided in the final report is free of false positives.
User Accounts: Depending the level of service, the FOD assessment team will utilize either one (1) or two (2) user accounts for exercising the
target application. By utilizing more than one account profile during the testing process, the assessment team may recognize a significant
number of Business Logic flaws within the application. Examples of this may be “Session Hijacking” or “Privilege Escalation”.
Remediation Scan: For each completed assessment, users may opt to have discovered vulnerabilities retested to confirm remediation efforts
where successful. The remediation scan process does not involve a re-scan of the entire application, but a verification of the unique (initially
discovered) vulnerabilities.
Manual Security Testing: For service levels “Standard” and “Premium”, advanced tools and automated scripts are utilized to assess the target
application for non-standard web application security flaws.
Business Logic Testing: Business Logic flaws represent a category of vulnerabilities which can not be discovered by technical or automated
scanning technology. Business Logic testing may be leveraged within our Premium Level of Service and provides approximately 40 hours of
manual testing by a team of expert Application Security Engineers.
Web Services: The Premium level of service provides the assessment (SOAP and REST-based) of Web Services for up to ten (10) Web Service
endpoints.
20. Static Testing
Broad Support
• ABAP • ASP.NET • C#
• C/C++ • Classic ASP • COBOL
Unlimited static scans • Cold Fusion • Flex • HTML
• Java • JavaScript/AJAX • JSP
Results verified • Objective C • PHP • PL/SQL
• Python • T-SQL • VB.NET
Unlimited users • VB6 • VBScript • XML
Powerful Remediation
Insightful Analysis and Reports Collaboration Module
Fast and Scalable
1 Day Static Turnaround Virtual Scan Farm
21. Custom Testing
• Internal Penetration Testing • Internal • Mobile Binaries • Manual Source Code
• External Penetration Testing • External • Reverse Engineering Auditing in other languages
• Wireless Penetration Testing • Web Service • Malware Analysis • Vulnerability Remediation
• Physical Penetration Testing • Cloud • Threat Modeling • SDLC Implementation &
• Social Engineering • Embedded Device Testing Auditing
• APT Breach Simulation • Secure Code Training
• Vulnerability Assessment
23. World Renowned Technologies
Fortify SCA Engine Fully mapped taxonomy of all
Vulnerability categories
(VulnCAT)
HP WebInspect Largest set of Dynamic
Engine Vulnerability Checks 8k+
(SecureBase)
Leaders in Malware & 0-Day
TippingPoint & ArcSight Research
Vulnerability Intelligence
24. Fortify SCA
Detect more than 480 types of software security
vulnerabilities across 20+ development
languages—the most in the industry.
IDE Integration for faster identification earlier in
the development lifecycle
Mobile Application support: iPhone & Android
Features
• Pinpoint root cause of vulnerabilities – line
of code detail
• Prioritize fixes sorted by risk severity
• Detailed “fix” instruction -- in the
development language
25. HP WebInspect
Largest Security Check Database (8k+ Dynamic Checks)
Independent research study showed WI to outperform other
enterprise dynamic scanners in application coverage and scored a
99.26% in injection accuracy.
One of the only dynamic scanners to support web services and true
REST APIs
Features
• Can integrate with server runtime to find more vulnerabilities,
faster. (Security Scope)
• Easy and simple export of vulnerabilities to TippingPoint WAF
• Powerful Macro Engine to navigate custom authentication or
heavy use of AJAX.
Source: http://www.sectoolmarket.com/
31. (Some) Team Members
• Daniel Miessler • Nick Childers
• Methodology Guru (OWASP, WASC, WAHH) • Sr Researcher and Application Tester
• SecLists Project Maintainer • Former Leader of Shellphish Defcon CTF Team
• Dennis Antunes • Nick Denarski
• Dynamic Assessment Lead • Metasploit Contributor and Trainer
• Bucky Spires • Brooks Garret
• Mobile Assessment Lead • DVWA Maintainer
• Andre Gironda • Kevin Lynn
• Sr. Application Tester • Sr. Application Tester
• Cash Turner
• Sr. Dynamic Application Tester
37. Leading By Example
Over 1000 organizations worldwide have standardized on HP Fortify:
9 of the top 10 major banks
9 of the top 10 software companies
All of the top 10 telecoms
All major branches of U.S. DOD
All 5 top insurance firms
2 out of 4 top oil and gas companies
Many top car manufactures
Big 4 accounting firms
38. Fortify & FoD Awards
Dynamic Application Static Application Testing
Testing Leader Leader
“At any given time, there are 200 to 300 zero day vulnerabilities only HP knows about”
39. An CTO’s Perspective on FoD
“I was very impressed by the knowledge and the
responsiveness of both the Fortify BU sales and delivery
resources. They helped me in building the business case
for Application security which was key in establishing
client stakeholder support for this initiative . Besides, they
also partnered with the account to conduct a PoC which
helped showcase our capability to the client. I am very
confident based on my own positive experience that
anyone in the security officer role could benefit a lot by
working closely with the Fortify team to introduce our
Application security capabilities to their clients”.
40. Commonalities of Success, Developing a Winning SDLC
• Internal app security research
• External hacking research
HP Fortify Solutions
Static
Source code QA & Integration Application Audit Production
validation Testing Environment
Assessment
Audit Static Code
Dynamic Static Code Functional Test Analysis
Analysis in the Integration Continuous
IDE (SCA) Assessment
Dynamic
Penetration
Hybrid
Testing
43. Next Step?
• Contact Myself or David Nester
• Discuss our group internally at HP
• Schedule a PoV!
David Nester (david.nester@hp.com)
Jason Haddix (jason.haddix@hp.com)
In today’s information-centric world, Hackers are after data and business logic, which they can manipulate and control. You’re talking about stealing your Intellectual Property, your Customer Data (credit card, SSN, address, etc.), Business Processes and Trade Secrets. With software, protecting one point in the system is not sufficient. The whole pathway to the data must be secure. If there is any vulnerability along that path, then the entire system is vulnerable. Hackers are ingenious in discovering new pathways. Years ago, they started at the network and hardware levels, but we have been successful in handling the problem (grayed out area), now they are going right to the app layer.This can be useful in explaining things like why encryption is not going to help you with app sec.