Description: Each iOS application runs in a separate virtual machine, or sandbox, and applications may also be subjected to dynamic analysis, or fuzzing, whereby illegal input is intentionally applied to an application so as to test for security issues. Return oriented programming may also be used in attempts to reveal certain application vulnerabilities, and devices may be jailbroken so as to make them more open to developers who can then better evaluate system security. In this course, you will learn about sandboxes and how to initialize them, how to secure iOS applications and devices for enterprise, how to design and administer fuzz tests on iOS applications, how to defend applications against exploits, how to use return-oriented programming to reveal application vulnerabilities, and how to install and use jailbreaking tools on iOS devices.
Target Audience: Application developers on the beginner and intermediate level seeking to create and deploy secure iOS applications
Duration: 01:25
Description: In order to effectively develop secure iOS applications, it is key for developers to have a significant understanding of the overall iOS security architecture, as well as key techniques that can be used to protect application data and executable code. In this course, you will learn key principles about the iOS security architecture, as well as principles in administering data protection in the iOS environment. You will also learn how to install and use the iPhone Data Protection Tools forensics toolkit, how to implement access control and provisioning, and how to enforce application code signing.
Target Audience: Application developers on the beginner and intermediate level seeking to create and deploy secure iOS applications.
Duration: 01:30