Protecting software and system integrity Course

You have gained a solid foundation for implementing the most common security controls in Android app development. You can now finish up your skill set by learning how to maintain application and device integrity.

2 hours, 32 minutes

Course description

No study of secure application development would be complete without also understanding how to protect your code and the platform it runs on. In this final course, you will consider the risks of integrating code you did not write into your app. You will learn how to handle and log errors generated within your app. You will also learn about the many types of tests your app should go through before it is released to users. You will see the risks of running your app on a rooted device, and how your app can detect if it has been installed on such a device. You will learn about the risks of reverse engineering and how to protect your app from tampering. You will also learn a little more about the risks social engineering poses to your users. Finally, you will learn where to go to continue your security education and finish up with a review of key points from this path.

Syllabus

Testing types, Part 2

Video - 00:03:00
In this lesson, we learn about test-driven development.
System integrity

Video - 00:08:00
In this lesson, we learn about maintaining Android system integrity.
Conclusion

Video - 00:01:00
Concluding our course.
Secure Android coding roundup

Video - 00:05:00
In this lesson, we review what we have learned in this path.
New vulnerability research

Video - 00:03:00
In this lesson, we discuss the benefits of researching new vulnerabilities.
Activity: Handling exceptions, logging and printing, Part 2

Video - 00:12:00
We continue our activity of exceptions, printing and logging.
Social engineering

Video - 00:07:00
In this lesson, we learn about social engineering and how to reduce the risk of social engineering in our app.
Activity: Handling exceptions, logging and printing

Video - 00:13:00
In this activity, we implement exception handling, printing and logging in our code.
Root detection

Video - 00:09:00
In this activity, we learn about rooting an Android device and how to protect our app from rooted devices.
Activity: Reverse engineering an Android app

Video - 00:09:00
In this activity, we decompile an app to extract sensitive information.
Tamper protection

Video - 00:10:00
In this lesson, we learn how to protect our app against tampering and reverse-engineering.
Printing and logging, Part 2

Video - 00:10:00
We continue our lesson on printing. We also learn about logging in Android.
Testing types

Video - 00:14:00
In this lesson, we learn about the different types of testing we can use while developing our app.
Printing and logging

Video - 00:09:00
In this lesson, we learn how to use print() and println() functions.
Exception handling, Part 2

Video - 00:07:00
In this lesson, we learn how to throw exceptions in our code.
Exception handling

Video - 00:07:00
In this lesson, we learn about exception handling and try-catch blocks.
Activity: Working with external code

Video - 00:07:00
In this activity, we see how easy it is to integrate a Java class into our Kotlin app.
Understanding risks of embedding third-party code

Video - 00:08:00
In this lesson, we learn about the risks of using third-party code in our app, including libraries and scripting languages.
Application integrity

Video - 00:11:00
In this lesson, we learn how to maintain the integrity of our Android app.

Meet the author

Chrys Thorsen

Chrys Thorsen is a technology and education consultant with 25 years of experience. Her work has taken her around the U.S. and overseas, including as a contractor for the CDC using technology to help fight HIV/AIDS in Africa.

During her career, she has acquired 40 IT certifications, authored over 25 textbooks on a wide range of IT subjects, including secure iOS and Android coding, and created an equal number of IT-related video courses. When not working, Chrys enjoys reading scientific articles and experimenting with Internet-of-Things devices. She currently lives in Virginia with her sister, her cat and her dog which, as she describes it, "have the worst sibling rivalry imaginable."

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