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via Udemy |
Go to Course: https://www.udemy.com/course/learn-to-reverse-engineer-android-tamper-detection/
Certainly! Here's a comprehensive review and recommendation for the Coursera course: --- **Course Review: Reverse Engineering and Android Security Techniques** If you're interested in Android security, reverse engineering, and developing skills to analyze and bypass security measures in mobile applications, this Coursera course is an invaluable resource. Based on a workshop conducted in January 2023, the course offers practical insights and hands-on techniques that are essential for security researchers, ethical hackers, and Android developers alike. **Course Content and Skills Gained:** - **Android Application Development:** By the end of the course, you'll be able to develop simple Android applications, laying a foundational understanding of how Android apps are built. - **Reverse Engineering:** The course guides you through reversing Android applications to both Java bytecode and SMALI, enabling you to analyze app behavior at a granular level. - **Tamper Detection & Attestation:** A key focus is understanding how security features like tamper detection and attestation mechanisms (e.g., Google Play SafetyNet API) work within Android apps, and how they are used by banks, streaming services, and online games to protect their resources. - **Countermeasures & Patching:** You will learn to apply techniques such as patching—statically modifying an app's code before runtime—to circumvent security features, an essential skill for security testing and research. - **Practical Application:** The course emphasizes real-world application by teaching you how to get around security measures, which is crucial for testing the resilience of Android apps against malicious attacks. **Instructor Background:** James Stevenson brings extensive experience in programming, Android security, and vulnerability research. With over five years in the industry, his insights are both practical and current. His background in security principles, Android internals, and cybercrime detection adds substantial credibility and depth to the course content. **Who Should Enroll?** - Security researchers interested in mobile application security - Ethical hackers and penetration testers focusing on Android - Android developers seeking to understand security measures - Anyone keen on learning about reverse engineering and bypassing security mechanisms **Pros:** - Hands-on techniques backed by real-world scenarios - Clear explanations of complex security concepts - Focus on practical skills like patching and reverse engineering - Instructors with industry experience and research background **Cons:** - The course assumes some familiarity with Android development and basic security concepts; beginners might need supplementary resources - Patching and reverse engineering techniques should be used ethically and responsibly **Final Recommendation:** I highly recommend this course if you are serious about deepening your understanding of Android security and reverse engineering. It provides a balanced mix of theory and practical skills that are highly relevant for security professionals and developers alike. Whether you're aiming to enhance your security testing capabilities or learn how malicious actors might bypass protections, this course offers valuable knowledge to help you stay ahead. --- Feel free to ask if you'd like a tailored review for a specific audience or need additional details!
This course was filmed as part of a workshop ran in January 2023. By the end of this course you'll be able to develop simple Android applications, reverse Android applications to both Java andSMALI, and apply other techniques to your reverse engineering efforts such as patching.This course has a specific focus on understanding, utilising, and subverting tamper detection and attestation techniques. These techniques are used by banks, online games, and streaming services to minimise the potential of their applications running while on compromised (e.g. rooted) devices. A common and mainstream example of this is the Google Play SafetyNet Attestation API. During this course, we explain what attestation and tamper detection is, how it is used inside of Android applications, and how as reverse engineers we can get around these techniques for security testing. This course also focuses on patching. This is the concept of statically altering an Android application before runtime to alter execution of the program. This can include anything from modifying variables, function calls, and classes. In this course we'll use patching to circumvent tamper detection and attestation techniques. About The Author:James Stevenson has been working in the programming and computer security industry for over 5 years, and for most of that has been working as an Android software engineer and vulnerability researcher. Prior to this, James graduated with a BSc in computer security in 2017. James has featured articles on both personal websites and industry platforms such as Infosecurity Magazine - covering topics from security principles to android programming and security to cyber terrorism. James is a full-time security researcher, part-time PhD student, and occasional conference speaker. Outside of Android internals, James' research has also focused on offender profiling and cybercrime detection capabilities.