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OWASP Code Sprint 2017

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Goal

The OWASP Code Sprint 2017 is a program that aims to provide incentives to students to contribute to OWASP projects. By participating in the OWASP Code Sprint 2017 a student can get real life experience while contributing to an open source project. A student that successfully completes the program will receive in total $1500.

Program details

Projects that are eligible: All code/tools projects. Documentation projects are excluded.

Duration: 2 months of full-time engagement.

How it works

Any code/tool project can participate in the OWASP Code Sprint. Each project will be guided by an OWASP mentor. Students are evaluated in the middle and at the end of the coding period, based on success criteria identified at the beginning of the project. Successful students will receive $750 after each evaluation, a total of $1500 per student.

Projects are focused on developing security tools. It is required that the code any student produces for those projects will be released as Open Source.

Note on language: English is required for code comments and documentation, but not for interactions between students and advisers. Advisers who speak the same language as their students are encouraged to interact in that language.

How you can participate

As a student:

1. Review the list of OWASP Projects currently participating in the OWASP Code Sprint 2017.

2. Get in touch with the OWASP Project mentor of your choice.

3. Agree deliverables with OWASP mentor.

4. Work away during April thru June 2017.

5. Rise to Open Source Development Glory :-)

ALL STUDENTS PLEASE APPLY HERE

Student application submission is now open: HERE].

As an OWASP Project Leader:

1. Edit this page adding your project and some proposed tasks as per the examples

2. Promote the initiative to your academic contacts

Timeplan

Phase 1: Proposals

Project leaders who want to include their project to the program should submit some initial proposal ideas on this page. These ideas serve as guidance to the students; they are things that project leaders would like to get done, like new features, improvements, etc.

Subsequently students are invited to submit detailed proposals that can (but do not necessarily have to) be based on these ideas. Students are strongly encouraged to engage with project leaders and each project's community (e.g. through the project's mailing list) in order to discuss the details of their proposal. Proposals should provide details about the implementation, time plan, milestones, etc.

Phase 2: Scoring of proposals

After the submission of proposals, project leaders and contributors/mentors are required to review the submitted proposals and score them (on a 1 to 5 scale). Each proposal should receive at least 3 assessments/scores from different mentors. Each mentor, contributor or leader can score only proposals for their OWN project. All assessments should provide justification. Reviewers are strongly encouraged to provide constructive comments for students so that they can improve in the future.

Project leaders are responsible to attract a sufficient number of volunteer mentors to score proposals and subsequently supervise those that will get selected.

Phase 3: Slot allocation.

When proposal scoring has been completed, each project leader requests a specific number of slots. This number should be based on: The number of truly outstanding proposals according to submitted scores. The importance of the proposal to the project's roadmap. The number of available mentors for the project. At least 2 mentors are needed for each proposal that gets accepted. If the total number of requested slots is less than or equal to the available number of slots, then all projects get the requested slots. If not, the following rules apply: All projects that have requested a slot get at least 1 slot, provided they have a high quality proposal and sufficient number of mentors. Two mentors are required per slot allocated to the project. The program's administrators get in touch with project leaders, especially those that have requested a large number of slots to receive additional feedback on the requested slots and explore any available possibilities for reducing the requested number of slots. A project leader might choose to donate one or more requested slots back to the pool so that other projects can get more slots. The program administrators can choose to initiate a public discussion between projects in need of more slots and projects that have requested a lot of slots in order to determine the best possible outcome for everyone. If all else fails, slots are equally allocated to projects, i.e. all projects get 1 slot; projects that have requested 2 or more slots get an extra slot if available; projects that have requested 3 or more slots get an extra slot if available, etc. When there are no more slots available for all projects that have requested them a draw is used to allocate the remaining slots.

In any case, the program's administrators should perform a final review of the selected proposals to ensure that they are of high quality. If concerns arise they should request additional information from project leaders.

Phase 4: Coding.

This is the main phase of the program. Students implement their proposal according to the submitted timeplan and under the supervision of their mentors.

Evaluations

In the middle of the coding period, mentors should submit an evaluation of their students to ensure that they are on track and provide some feedback both to OWASP and the students.

If no/little progress has been made up to this point, the mentors could decide to fail the student in which case the student does not receive money. If successful, OWASP will pay half the amount ($750). The final evaluations are submitted at the end of the coding period and the second installment ($750) is paid to the student if all agreed deliverables are met. If the student has failed to demonstrate progress during the second period, then the second installment will not be paid and the student will get only half of the amount.

Deadlines

Program announcement: May 15, 2017

Deadline for Student Applications: June 15, 2015

Proposal Evaluations: from: June 15 thru June 23 2017

Successful proposals announcement:: June 26, 2017

Bonding Period Announcement: June 26, 2017 - July 1, 2017

Coding Period Starts: July 3, 2017

Mid-term evaluations: Submitted from :July 31, 2017 thru August 4, 2017

Coding Period Re-starts: August 7, 2017

Coding period ends: September 1, 2017

Final evaluations:September 4, 2017 thru September 8, 2017

Mailing List

Please subscribe to the following mailing list to receive updates or ask any particular questions:

OWASP Code Sprint 2017 Mailing List

Project Ideas

OWASP Mobile Security Testing Project

The OWASP Mobile universe, consists at the moment of the following projects:

  • Mobile Application Security Verification (MASVS). The MASVS is a list of security requirements for mobile applications that can be used by architects, developers, testers, security professionals, and consumers to define what a secure mobile application is. (https://github.com/OWASP/owasp-masvs)
  • Mobile Security Testing Guide (MSTG). The OWASP MSTG is a comprehensive manual for testing the security of mobile apps. It describes technical processes for verifying the controls listed in the OWASP Mobile Application Verification Standard (MASVS). The MSTG is meant to provide a baseline set of test cases for dynamic and static security tests, and to help ensure completeness and consistency of the tests. (https://github.com/OWASP/owasp-mstg)

Write Mobile Crackmes and De-Obfuscation Guides

Brief Explanation:

A key goal of the OWASP Mobile Testing Project is to build the ultimate learning resource and reference guide for mobile app reversers. As hands-on hacking is by far the best way to learn, we want to link most of the content to practical examples. We're therefore planning to add crackmes for Android and iOS to the GitHub repo that will then be used as examples throughout the guide. The goal is to collect enough resources for demonstrating the most important tools and techniques in our guide, plus additional crackmes for practicing.

In this project, the student creates multiple cracking exercises for Android and documents solutions to these exercises. The new crackmes developed in this project will be added to the existing list at:

https://github.com/OWASP/owasp-mstg/blob/master/OMTG-Files/02_Crackmes/List_of_Crackmes.md

Possible solutions will be added to the "Reverse Engineering" chapters in the Mobile Testing Guide along the following lines:

https://github.com/OWASP/owasp-mstg/blob/master/Document/0x05b-Reverse-Engineering-and-Tampering-Android.md#symbolicexec

Additionally, the crackmes produced will be used as examples in other sections of the guide, such as test cases.

Expected Results:

  • Several Apps that implemented different obfuscation techniques.
  • Evaluation of tools and techniques to de-obfuscate code.

Getting started: Here are a few suggestion on how to get started.


https://github.com/OWASP/owasp-mstg/blob/master/Document/0x05b-Reverse-Engineering-and-Tampering-Android.md

https://github.com/OWASP/owasp-mstg/blob/master/Document/0x05d-Reverse-Engineering-and-Tampering-iOS.md

https://github.com/OWASP/owasp-mstg/blob/master/Document/0x05-Testing-Processes-and-Techniques.md#tampering-and-reverse-engineering

https://github.com/OWASP/owasp-mstg/blob/master/Document/0x05-Testing-Processes-and-Techniques.md#assessing-software-protections

https://github.com/b-mueller/obfuscation-metrics

Knowledge Prerequisites: General interest in Obfuscation techniques, Mobile and Security. Basic knowledge of Android and Java.

Mentors: Bernhard Mueller - OWASP Slack: @bernhardm - OWASP Mobile Security Testing Guide and MASVS Project Leader


OWASP ZAP

OWASP Zed Attack Proxy Project (ZAP) The OWASP Zed Attack Proxy (ZAP) is one of the world’s most popular free security tools and is actively maintained by hundreds of international volunteers. Previous GSoC students have implemented key parts of the ZAP core functionality and have been offered (and accepted) jobs based on their work on ZAP.

We have just included a few of the ideas we have here, for a more complete list see the issues on the ZAP bug tracker with the project label.

Field Enumeration

This would allow a user to iterate though a set of (user defined) characters in order to identify the ones that are filtered out and/or escaped.
The user should be able to define the character sets to test and will probably need to configure the success and failure conditions, as well as valid values for other fields in the form.
Expected Results
  • User able to specify a specific field to enumerate via the ZAP UI
  • A list of all valid characters to be returned from the sets of characters the user specifies
  • Ability to configure a wide range of success and failure conditions to cope with as many possible situations as possible
  • Code that conforms to our Development Rules and Guidelines
Knowledge Prerequisite:
ZAP is written in Java, so a good knowledge of this language is recommended, as is knowledge of HTML. Some knowledge of application security would be useful, but not essential.
Mentors
Simon Bennetts @ and the rest of the ZAP Core Team

Scripting Code Completion

ZAP provides a very powerful scripting interface. Unfortunately to use it effectively is only really possible with a good knowledge of the ZAP internals. Adding code completion (eg using a project like https://github.com/bobbylight/AutoComplete) would significantly help users.
Expected Results
  • Code completion for all of the parameters for all available functions in the standard scripts
  • Implementations for JavaScript, JRuby and Jython
  • Helper classes with code completion for commonly required functionality
  • Code that conforms to our Development Rules and Guidelines
Knowledge Prerequisite:
ZAP is written in Java, so a good knowledge of this language is recommended. Some knowledge of application security would be useful, but not essential.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

SSRF Detector Integration

Currently ZAP does not detect SSRF vulnerabilities, due to the lack of this sort of service. https://ssrfdetector.com/ is an online service for detecting Server Side Request Forgery vulnerabilities (SSRF). It is developed and maintained by Jake Reynolds and is open source https://github.com/jacobreynolds/ssrfdetector
Expected Results
Knowledge Prerequisite:
ZAP is written in Java, so a good knowledge of this language is recommended. Some knowledge of application security would be useful, but not essential.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

Zest Text Representation and Parser

Zest is a graphical scripting language from the Mozilla Security team, and is used as the ZAP macro language.
A standardized text representation and parser would be very useful and help its adoption.
Expected Results
  • A documented definition of a text representation for Zest
  • A parser that converts the text representation into a working Zest script
  • An option in the Zest java implementation to output Zest scripts text format
Knowledge Prerequisite:
The Zest reference implementation is written in Java, so a good knowledge of this language is recommended. Some knowledge of application security would be useful, but not essential.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

Support Java as a Scripting Language

It would be very useful to support Java in addition to the JSR223 scripting languages within the ZAP script console'.
It should be possible to provide much better auto complete support than will be possible with dynamically typed scripting languages.
Expected Results
  • The ability to run Java code in the ZAP Script Console to the same leval as other supported scripting languages
  • Templates for all of the current script types
  • Optionally auto complete supported
Knowledge Prerequisite:
The Zest reference implementation is written in Java, so a good knowledge of this language is recommended. Some knowledge of application security would be useful, but not essential.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

Bamboo Support

ZAP already has an official plugin for Jenkins (https://wiki.jenkins-ci.org/display/JENKINS/zap+plugin).
It would be great if we also had similar integration for Bamboo (https://www.atlassian.com/software/bamboo, https://en.wikipedia.org/wiki/Bamboo_(software))
Expected Results
  • Facilitate the invocation and configuration of various ZAP functionalities from Bamboo CI. Including (but not limited to):
  • Manage Sessions (Loading/Persisting)
  • Define Context (Name, Include & Exclude URLs)
  • Attack Contexts (Spider, Ajax Spider, Active Scan)
  • Setup Autentication (Formed or Script Based)
  • Generate Reports
  • Templates for all of the current script types
  • Optionally auto complete supported
Knowledge Prerequisite:
The Zest reference implementation is written in Java, so a good knowledge of this language is recommended. Some knowledge of CI/CD/Bamboo would be useful.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

Backslash Powered Scanner

This is a brand new technique developed by one of the Burp guys: http://blog.portswigger.net/2016/11/backslash-powered-scanning-hunting.html
Their implementation is open source: https://github.com/PortSwigger/backslash-powered-scanner so hopefully shouldn't be too hard to port to ZAP :)
Expected Results
Knowledge Prerequisite:
ZAP is written in Java, so a good knowledge of this language is recommended.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

Your Idea

Brief Explanation:
ZAP is a great framework for building new and innovative security testing solutions. If you have an idea that is not on this list then don't worry, you can still submit it, we have accepted original projects in previous years and have even paid a student to work on their idea when we did not get enough GSoC slots to accept all of the projects we wanted.
Getting started
  • Get in touch with us :)
Expected Results:
Knowledge Prerequisites:
ZAP is written in Java, so a good knowledge of this language is recommended, as is knowledge of HTML. Some knowledge of application security would be useful, but not essential.
Mentors:
Simon Bennetts @ and the rest of the ZAP Core Team

BLT

Brief Explanation:

lets anyone report issues they find on the internet. Found something out of place on Amazon.com ? Let them know. Companies are held accountable and shows their response time and history. Get points for reporting bugs and help keep the internet bug free.

Getting started

  • Get in touch with us :)

Expected Results:

  • A new feature that makes Bugheist even better


Knowledge Prerequisites: BLT is written in Python / Django, so a good knowledge of this language and framework is recommended, as is knowledge of HTML. Some knowledge of application security would be useful, but not essential.

Mentors: Sean Auriti @ and the rest of the BLT Core Team


OWASP Security Knowledge framework

Brief Explanation

The OWASP Security Knowledge Framework is intended to be a tool that is used as a guide for building and verifying secure software. It can also be used to train developers about application security. Education is the first step in the Secure Software Development Lifecycle. This software can be run on Windows/Linux/OSX using python-flask.

In a nutshell

- Training developers in writing secure code

- Security support pre-development ( Security by design, early feedback of possible security issues )

- Security support post-development ( Double check your code by means of the OWASP ASVS checklists )

- Code examples for secure coding

Your idea / Getting started

Expected Results

  • Adding features to SKF project
  • Adding more function examples to pre-development phase
  • Adding/updating code examples ( PHP, Java, .NET, Go, Python, NodeJS and more )
  • Adding/updating Knowledgebase items
  • Adding CWE references to knowledgebase items
  • Adding low/medium level verification testing guides for developers to teach how to manually verify the existence of injection/logic flaws. (pen-testing)

Knowledge Prerequisites

  • For helping in the development of new features and functions Python flask would come in handy since the framework is written in python flask.
  • For writing knowledgebase items only technical knowledge of application security is required
  • For writing / updating code examples you need to know a programming language along with secure development.
  • For writing the verification guide you need some penetration testing experience.

Mentors:

Riccardo ten Cate [1] Glenn ten Cate [2]

OWASP ZSC

Brief Explanation:

OWASP ZSC is an open source software in python language which lets you generate customized shellcodes and convert scripts to an obfuscated script. This software can be run on Windows/Linux/OSX under python https://www.owasp.org/index.php/OWASP_ZSC_Tool_Project

Getting started

  • Get in touch with us on Github:

https://github.com/zscproject/OWASP-ZSC

Project Leaders:

Expected Results: We have a list of potential modules we want to build To get familiar with the project, please check our installation and developer guidelines: https://www.gitbook.com/book/ali-razmjoo/owasp-zsc/details

Contact us through Github, send us a question: https://github.com/zscproject/OWASP-ZSC

  • New obfuscation modules
  • New shellcodes for OSX and Windows


Knowledge Prerequisites: OWASP ZSC is written in Python, so a good knowledge of this language and framework is recommended, as is knowledge of HTML. Some knowledge of application security would be useful, but not essential.

Mentors: Brian Beaudry & Patrik Patel Please contact us through Github https://github.com/zscproject/OWASP-ZSC


OWASP Seraphimdroid mobile security project

Behavioral malware and intrusion analysis

Brief Explanation:

OWASP Seraphimdroid is an Android mobile app which already has a capability to statically analyze malware using machine learning (weka toolkit) relying on permissions. However, this is usually not enough and we intend to improve this with behavioral analysis. There are a number of paper in scientific literature describing how to detect malware and intrusions by dynamically analyzing its behavior (system calls, battery consumption, etc.). The idea of this project is to find the best approach that can be implemented on the device and implement it.

Expected Results:

  • Reviewing scientific literature and find feasible approach we can take
  • Implement and possibly improve the approach in Seraphimdroid
  • Test the model and provide controls to switch algorithm on or off and possibly fine tune it
  • Documenting approach as a technical report

Knowledge Prerequisites:

  • Java
  • Android
  • CSV, XML
  • Basic knowledge and interest in machine learning

Mentors:

Framework for plugin development

Brief Explanation:

OWASP Seraphimdroid is well rounded security and privacy app, however, it lacks some components community can provide. We would like to provide community the way to develop plugins that can add features to OWASP Seraphimdroid app. However, the way of integrating external components into Android app may be challenge. The way of presenting GUI and integration between processes need to be examined and developed.

Expected Results:

  • Examining the way of integrating third party apps through some provided API to OWASP Seraphimdroid
  • Providing GUI integration with third party components
  • Develop at least one test plugin
  • Document the development process and API

Knowledge Prerequisites:

  • Java
  • Android
  • CSV, XML

Mentors:

OWASP DefectDojo

Brief Explanation:

DefectDojo is a security automation and vulnerability management tool. DefectDojo allows you to manage your application security program, maintain product and application information, schedule scans, triage vulnerabilities and push findings into defect trackers.

Expected Results:

  • Multiple opportunities for students to get involved with DefectDojo ranging in difficulty from easy to advanced
  • Students will receive hands-on experience in a full-stack software development project
  • Students will have the opportunity to work on a project with multiple moving parts and third-party interactions

Knowledge Prerequisites:

  • Python
  • HTML, Bootstrap

Getting started:


Mentors:

OWASP AppSensor

OWASP AppSensor Project The OWASP AppSensor project is a project to help you build self-defending applications through real-time event detection and response. Previous GSoC students have implemented key AppSensor contributions, and we've had very successful engagements. We look forward to hearing your ideas and hopefully working with you to execute them.

Machine Learning Driven Web Server Log Analysis

Brief Explanation:
The goal of this project would be to build a web server log analysis tool suite based on ML (machine learning). This tool suite will accept as input web server logs (apache, nginx) and will provide as output a determination of requests that are considered "attacks" There are a number of key points for this project:
  • Almost everybody has web server logs. It's a common format that is well understood, and is a good starting place for many security teams
  • Because the format is well understood, the data points (features) are well understood.
  • This tool suite would have applicability far beyond just our project. The goal is to give away a tool that can process a set of log files, build a custom model for the traffic, and then be used to process future log files and find attacks (outliers / anomalies)
Note that this project would extend work done in last year's GSOC to get an initial machine learning capability developed.
Expected Results
  • User provides tool suite a set of web server logs (User has option to annotate data set with known attacks)
  • System is pre-coded with knowledge of certain anomalous patterns (attacks)
  • System builds ML model for processing future log files
  • System provides mechanism for processing future logs using trained model.
Knowledge Prerequisite:
AppSensor is written in Java, so a good knowledge of this language is recommended. The toolset used previously for the ML effort was scala/spark, but this is not a hard requirement. The preference would be to use either the JVM (java/scala), or possibly python, as both of these stacks are well understood and have significant ML capabilities.
Mentors
John Melton @ and the rest of the AppSensor Team

Your Idea

Brief Explanation:
AppSensor is a great tool and many organizations are starting to use it. If you have an idea that is not on this list, please submit it - we would love to give you the chance to work on an idea you came up with!
Getting started
  • Get in touch with us :)
Expected Results:
  • A new feature that makes AppSensor even better
Knowledge Prerequisite:
AppSensor is written in Java, so a good knowledge of this language is recommended.
Mentors
John Melton @ and the rest of the AppSensor Team

OWASP OWTF

Offensive Web Testing Framework (OWTF) is a project focused on penetration testing efficiency and alignment of security tests to security standards like the OWASP Testing Guide (v3 and v4), the OWASP Top 10, PTES and NIST. Most of the ideas below focus on rewrite of some major components of OWTF to make it more modular.

OWASP OWTF - MiTM proxy interception and replay capabilities

Brief Explanation:

The OWTF man-in-the-middle proxy is written completely in Python (based on the excellent Tornado framework) and was benchmarked to be the fastest MiTM python proxy. However it lacks the useful and much need interception and replay capabilities of mitmproxy (https://github.com/mitmproxy/mitmproxy).

The current implementation of the MiTM proxy serves its purpose very well. Its fast but its not extensible. There are a number of good use cases for being extensible

  • ability to intercept the transactions
  • modify or replay transaction on the fly
  • add additional capabilities to the proxy (such as session marking/changing) without polluting the main proxy code

Bonus:

  • Design and implement a proxy plugin (middleware) architecture so that the plugins can be defined separately and the user can choose what plugins to include dynamically (from the web interface).
  • Replace the current Requester (based on urllib, urllib2) with a more robust Requester based on the new urllib3 with support for a real headless browser factory. The typical flow when requested for an authenticated browser instance (using PhantomJS)
  • The "Requester" module checks if there is any login parameters provided (i.e form-based or script - look at https://github.com/owtf/login-sessions-plugin)
  • Create a browser instance and do the necessary login procedure
  • Handle the browser for the URI
  • When called to close the browser, do a clean logout and kill the browser instance.

Expected results:

Knowledge Prerequisite: Python proficiency, some previous exposure to security concepts and penetration testing is welcome but not strictly necessary as long as there is will to learn.

OWASP OWTF Mentors: Contact: Abraham ArangurenViyat BhalodiaBharadwaj Machiraju OWASP OWTF Project Leaders

OWASP OWTF - Report enhancements

Brief explanation:

The current OWTF report is very interactive but it cannot be exported in its current form. A reporter service can be written (which was in the very early releases of OWTF) which exports a nice report with template, findings, and additional pentester's notes into multiple formats. A small set of export formats should be supported such as:

  • HTML (pure static html here)
  • PDF
  • XML (for processing)
  • JSON (for processing)

For background on OWASP OWTF please see: https://www.owasp.org/index.php/OWASP_OWTF

Expected results:

Knowledge Prerequisite: Python, React.JS and general JavaScript proficiency, some previous exposure to security concepts and penetration testing is welcome but not strictly necessary as long as there is will to learn.

OWASP OWTF Mentors: Contact: Abraham ArangurenViyat BhalodiaBharadwaj Machiraju OWASP OWTF Project Leaders

OWASP OWTF - Distributed architecture

To be updated soon!


OWASP OWTF - Off-line HTTP traffic uploader

Brief explanation:

Although it is awesome that OWTF runs a lot of tools on behalf of the user, there are situations where uploading the HTTP traffic of another tool off-line can be very interesting for OWTF, for example:

  • Tools that OWTF has trouble proxying right now: skipfish, hoppy
  • Tools that the user may have run manually OR even from a tool aggregator -very common! :)-
  • Tools that we just don't run from OWTF: ZAP, Burp, Fiddler

This project is about implementing an off-line utility able to parse HTTP traffic:

1) Figure out how to read output files from various tools like: skipfish, hoppy, w3af, arachni, etc. Nice to have: ZAP database, Burp database

2) Translate that into the following clearly defined fields:

  • HTTP request
  • HTTP response status code
  • HTTP response headers
  • HTTP response body

3) IMPORTANT: Implement a plugin-based uploader system

4) IMPORTANT: Implement ONE plugin, that uploads that into the OWTF database

5) IMPORTANT: OWTF should ideally be able to invoke the uploader right after running a tool Example: OWTF runs skipfish, skipfish finishes, OWTF runs the HTTP traffic uploader, all skipfish data is pushed to the OWTF DB.

6) CRITICAL: The off-line HTTP traffic uploader should be smart enough to read + push 1-by-1 instead of *stupidly* trying to load everything into memory first, you have been warned! :)

Why? Because in a huge assessment, the output of "tool X" can be "10 GB", which is *stupid* to load into memory, this is OWTF, we *really* try to foresee the crash before it happens! ;)


CRITICAL: It is important to implement a plugin-based uploader system, so that other projects can benefit from this work (i.e. to be able to import third-party tool data to ZAP, Burp, and other tools in a similar fashion), and hence hopefully join us in maintaining this project moving forward.


For background on OWASP OWTF please see: https://www.owasp.org/index.php/OWASP_OWTF


Expected results:

Knowledge Prerequisite: Python proficiency, some previous exposure to security concepts and penetration testing is welcome but not strictly necessary as long as there is will to learn.

OWASP OWTF Mentors: Contact: Abraham ArangurenViyat BhalodiaBharadwaj Machiraju OWASP OWTF Project Leaders


OWASP Hackademic Challenges Project

OWASP Hackademic Challenges Project The OWASP Hackademic Challenges project helps you test your knowledge on web application security. You can use it to actually attack web applications in a realistic but also controllable and safe environment.

New CMS

Brief Explanation:

The CMS part of the project is really old and has accumulated a significant amount of technical debt. In addition many design decisions are either outdated or could be improved. Therefore it may be a good idea to leverage the power of modern web frameworks to create a new CMS. The new cms can be written in python using Django.

Expected Results:

  • New cms with same functionality as the old one (3 types of users -- student, teacher, admin--, 3 types of resources -- article challenge, class--, ACL type permissions, CRUD operations on every resource/user, all functionality can be extended by Plugins.
  • REST endpoints in addition to classic ones
  • tests covering all routes implemented, also complete ACL unit tests, it would be embarassing if a cms by OWASP has rights vulnerabilities.
  • PEP 8 code

Note: This is a huge project, it is ok if the student implements a part of it. However whatever implemented must be up to spec. If you decide to take on this project contact us and we can agree on a list of routes. If you don't decide to take on this project contact us. Generally contact us, we like it when students have insightful questions and the community is active


Getting Started:

  • Install and take a brief look around the old cms so you have an idea of the functionality needed
  • It's ok to scream in frustration
  • If you want to contribute to get a feeling of the platform a good idea would be lettuce tests for the current functionality (which won't change and you can port in the new cms eventually)

Knowledge Prerequisites: Python, Django, what REST is, the technologies used, some security knowledge would be nice.

Mentors: Spyros Gasteratos - Hackademic Challenges Project Leaders

Course Type Challenge

Brief Explanation: We have a sandbox engine which allows for complex guided challenges to be implemented. We'd like to build a challenge that guides the user through a series of steps to an end goal and teaches more information on the subject matter on the way. This is a very open-ended project on purpose to allow creative student to come up with nice ideas. Bellow you will find some examples that we thought might be interesting.

Ideas on the project:

  • Purposefully vulnerable web page that guides the user via javascript tooltips and hints to exploiting it using ZAP. ( Bonus: using ZAP via the ZAP api). The challenge is solved when the the student submits the contents of a text file located on the disk (obtained by exploited an RCE)
  • Reversing a provided binary to extract information by providing step by step instructions to reversing using any popular reversing tool (well, you can't use IDA so gdb should have to do). Challenge is solved when the keys are extracted from the binary and submitted. Bonus points if each binary donwloaded has different keys.
  • Guide to exploiting the TOP10. (Using ZAP?)
  • Defensive Type challenges -- Here's how to create a patch for this kind of vulnerability -- Challenge is solved when the unit tests are run and the vulnerability isn't there.

Getting started

  • Check popular javascript guide tools such as: (http://introjs.com/ and http://github.hubspot.com/shepherd/docs/welcome/ )
  • If you're more interested in system or non-web challenges check serverspec and definitely check quest (https://github.com/puppetlabs/quest)
  • If you think contributing is a good idea to make yourself familiar with the project you can either port one of the existing simpler 1-page challenges to a docker container and submit a pull request or write a guide on how to create such a challenge

Expected Results:

  • One or more Course - style challenges provided either as a docker container or as a vagrant box.
  • Concrete documentation on how to build a challenge like this.

Knowledge Prerequisites: The technologies used.


Mentors: Spyros Gasteratos - Hackademic Challenges Project Leaders

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