Secure Development For Mobile Apps
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Secure Development for Mobile Apps
Author: J. D. Glaser
language: en
Publisher: Auerbach Publications
Release Date: 2017-06-29
The world is becoming increasingly mobile. Smartphones and tablets have become more powerful and popular, with many of these devices now containing confidential business, financial, and personal information. This has led to a greater focus on mobile software security. Establishing mobile software security should be of primary concern to every mobile application developer. This book explains how you can create mobile social applications that incorporate security throughout the development process. Although there are many books that address security issues, most do not explain how to incorporate security into the building process. Secure Development for Mobile Apps does exactly that. Its step-by-step guidance shows you how to integrate security measures into social apps running on mobile platforms. You�ll learn how to design and code apps with security as part of the process and not an afterthought. The author outlines best practices to help you build better, more secure software. This book provides a comprehensive guide to techniques for secure development practices. It covers PHP security practices and tools, project layout templates, PHP and PDO, PHP encryption, and guidelines for secure session management, form validation, and file uploading. The book also demonstrates how to develop secure mobile apps using the APIs for Google Maps, YouTube, jQuery Mobile, Twitter, and Facebook. While this is not a beginner�s guide to programming, you should have no problem following along if you�ve spent some time developing with PHP and MySQL.
Securing Android Apps
In an era where mobile devices are extensions of our personal and professional lives, securing Android applications is no longer optional but imperative. Cyberattacks on mobile platforms surge yearly, with vulnerabilities in banking, healthcare, and social apps exposing sensitive data, eroding user trust, and costing enterprises millions. Yet, many developers and organizations remain trapped in reactive cycles, treating security as an afterthought rather than the foundation of innovation. This book is your antidote to complacency. Securing Android Apps bridges the gap between mobile technology and cybersecurity, offering industry best practices and the latest research. By examining the Android ecosystem in detail and navigating its complex threat landscape, readers are equipped with robust strategies to integrate security into every stage of the application development lifecycle. Whether you are pioneering innovative mobile solutions or ensuring the safety of existing applications, this book provides the insights necessary for a secure and resilient mobile experience. Key Features: • A comprehensive understanding of mobile application security within the Android environment, including its unique challenges and threats. • Analysis of factors contributing to insecure code empowers you to effectively identify and address potential weaknesses. • Methods to seamlessly integrate robust security measures throughout the development lifecycle, thereby minimizing vulnerabilities and enhancing your overall security posture. • Exploration of advanced defensive techniques, offering a deeper look at the inner workings of popular security systems and mechanisms beyond conventional automated tools.
A Development Methodology to Help Build Secure Mobile Apps
Mobile apps provide various critical services, such as banking, communication, and healthcare. To this end, they have access to our personal information and have the ability to perform actions on our behalf. Hence, securing mobile apps is crucial to ensuring the privacy and safety of its users. Recent research efforts have focused on developing solutions to help secure mobile ecosystems (i.e., app platforms, apps, and app stores), specifically in the context of detecting vulnerabilities in Android apps. Despite this attention, known vulnerabilities are often found in mobile apps, which can be exploited by malicious apps to cause harm to the user. Further, fixing vulnerabilities after developing an app has downsides in terms of time, resources, user inconvenience, and information loss. Consequently, there is scope to explore alternative approaches that will help developers construct secure mobile apps. Since Android and the apps that run on it are most readily available and widely used, this dissertation investigates mobile app security and solutions to secure mobile apps in the context of Android apps in two ways: (1) systematically catalog vulnerabilities known to occur in Android apps in a benchmark suite with desirable characteristics called Ghera. Ghera facilitates the continuous and rigorous evaluation of Android app security analysis tools and techniques, and (2) extend existing mobile app design artifacts such as storyboards to enable a mobile app development methodology called SeMA. SeMA considers security as a first-class citizen of an app's design and shows that many known vulnerabilities can be detected and eliminated while constructing an app's storyboard. A realization of SeMA using Android Studio tooling can prevent 49 of the 60 vulnerabilities known to occur in Android apps. A usability study with ten real-world developers using the methodology shows that the methodology is likely to help reduce development time and uncover vulnerabilities in an app's design.