How to Test Security and Vulnerability of Your Android and iOS Apps

Watch a live presentation at http://offer.bitbar.com/learn-the-best-practices-of-mobile-game-testing To get the best start for your mobile game - or just to improve the existing game's possibility to get in front of hundreds of millions of gamers - we'll be sharing our insights, best practices and lots of tips&tricks how to gain advantage in this race. Stay tuned and join our upcoming webinars at http://bitbar.com/testing/webinars/

Bitbar hosted a local meetup in Helsinki where we discussed mobile performance metrics, performance testing/monitoring and using production data to optimize testing.

Watch a live presentation at http://offer.bitbar.com/different-android-testing-frameworks-what-works-you-the-best Implementing the test automation as part of your daily activities can provide you an enormous value: coverage to detect bugs and errors, early and later during the development, reducing the costs of failure, save time through its repeatability and earlier verification. Today, there are bunch of different options available for testing frameworks on Android – what would work the best for you? Stay tuned and join our upcoming webinars at http://bitbar.com/testing/webinars/

Adopting the mobile devops culture, processes and practices in any organization may not happen overnight. The transformation from agile to true mobile devops requires identification of inefficiencies and understanding of how process, practice and infrastructure can be scaled up. Stay tuned and join our upcoming webinars at bitbar.com/testing/webinars/

Sitam Jana presents on mobile automation. The document discusses challenges in mobile testing like compatibility and regression testing. It then covers mobile automation tools like Appium, Robotium and MonkeyRunner that can automate testing on Android and iOS. The last sections provide steps to set up the environment and demonstrate MonkeyRunner through sample code and configuration in Eclipse.

As the digital space continues to evolve, Progressive Web Apps (PWA) are gaining momentum. PWAs aim to improve user experience and are about to become a game changer – will you be ready? Join us for this live webinar & learn: * What Progressive Web Apps are and why they're gaining momentum * Key differences between Progressive Web Apps, responsive web design, hybrid and native apps * Best practices and tools for testing Progressive Web Apps And see a live demo of a Progressive Web App in action

This document discusses how Appium and Perfecto can work together to improve mobile application testing. It summarizes Appium as an open-source tool for automating mobile tests but notes its limitations in enterprise settings due to lack of support and controls. Perfecto is introduced as a cloud-based platform that provides the infrastructure and capabilities needed for robust enterprise mobile testing at scale. The document argues that combining Appium's test automation with Perfecto's device lab, controls, and reporting removes Appium's limitations and allows for complete automated testing of mobile applications under real user conditions.

Why Appium alone doesn't cut it for enterprises. Covered in this webinar: - Intro to Perfecto - Intro to Appium - How Perfecto Fits In - Demos - Q&A By the end of this webinar, you'll be chomping at the bit for the next opportunity involving Appium!

Watch a live presentation at http://offer.bitbar.com/parallel-test-runs-with-appium-on-real-mobile-devices Appium is an open source test automation framework and currently one of the hottest framework for mobile app, game and web testing. In this webinar, we’ll discuss about the best practices, how to use Appium for different types of apps, games and web apps, and how to use all new features around it – the parallel test runs, image recognition and more! Stay tuned and join our upcoming webinars at http://bitbar.com/testing/webinars/

The explosion of multi-platform mobile application development has created an extensive testing burden for quality organizations – and a huge opportunity for test automation ROI. Factoring in the idiosyncrasies of individual device models and carriers magnifies both the challenge and opportunity. Attend this session to learn how to extend test automation to the mobile platform and realize significant ROI. You will come away with best practices for implementing test automation effectively and efficiently across multiple mobile platforms and devices utilizing various types of mobile test automation tools. Specifically, tool independent techniques for creating a single test suite capable of executing across multiple platforms and devices will be discussed.

Slides that I presented at appium meetup in San Fransisco, has details about setting appium with selenium grid.

Covered in this webinar: - Intro to Perfecto - Digital Challenges - Understanding the Perfecto CQ Lab - Architecture/Setup - Perfecto University, Community and Partner Portal - Perfecto Solution Look and Feel - Q&A By the end of this webinar, you'll have a solid foundation of Perfecto's tools, resources, and products.

Selenium is an open source tool used for automating web application testing. It was created in 2004 by Jason Huggins and supports recording and playback of test cases in browsers like Firefox. Selenium has four main components - Selenium IDE for recording and playback of tests, Selenium Remote Control for running tests on multiple browsers, Selenium WebDriver for direct browser control, and Selenium Grid for parallel testing on different machines. The latest version of Selenium is 3.0.

The world of information technology is undergoing revolutionary changes. Advancements in mobile computing, fueled by mobile applications, are playing an important role in driving these changes. While developers build their technical skills to accommodate these evolving trends, it is equally important for testers to understand what it takes to test mobile applications. Testers must understand the scope of mobile device applications testing, whether automation is feasible, and what challenges will face the test team. Kunal Chauhan presents an optimized approach to testing smart devices, specifically focusing on mobile applications test automation, the various forms of applications (web, native, hybrid), and the tools available to assist in the automation process. Kunal demonstrates an automation framework using open source tools, providing a practical implementable solution to add to your mobile test automation toolkit.

Mobile apps have brought a whole new set of challenges when it comes to testing: Fast paced development cycles with multiple releases per week, multiple app technologies and development platforms to support, tons of devices and form factors, and additional pressure from enterprise and consumers less patient with low quality apps. With these new challenges, come a new set of mistakes testers can make! Fred has worked with dozens of mobile test teams to help them avoid common traps when building test automation for mobile apps and would like to share some best practices that could be useful to a lot of developers and testers starting with mobile test automation. Best practices such as: • When, what and where to automate? • Picking the right wait to handle unreliable back-end calls or device performance • Building testability in a mobile app • Automating the automation (!) • Mix and match performance testing and functional testing In this talk, Fred will bring some real stories (struggles!) and how small changes in process made these mobile apps 10x more reliable!

This document provides an overview and demo of Perfecto Mobile's Continuous Quality Lab (CQ Lab) automation testing capabilities using Selenium and Appium. It discusses the CQ Lab architecture, how to set up automation tests using the desired capabilities, different mobile application types, and object identification. It then demonstrates creating a sample automation project and script in Eclipse, running the test, and reviewing the execution report in the Perfecto Mobile cloud platform.

Today, more than ever, exceptional digital experiences are critical. Many businesses are going entirely online. But ensuring high quality mobile and desktop apps is complicated. Apps must meet a wide range of functional, nonfunctional, integration, and UX requirements. Your test strategy must cover the entire range of the testing pyramid, include unit, API, and UI/UX. This will provide the best digital experience. In this webinar, you'll understand how to build a winning digital strategy from design, development, and testing. You'll also learn the following: - Why APIs matter to the user experience. - The fundamentals of API testing. - How Perfecto can provide high quality digital apps. Learn more at www.perfecto.io.

Grab the Secure Mobile Application Development Reference here - http://www.denimgroup.com/know_artic_secure_mobile_application_development_reference.html Are you looking to build a program to ensure maximum mobile security coverage? If you are tasked with putting together a security testing program to address risk with internally developed mobile applications, there is no shortage of technical and process factors to consider. It is also critical to balance the security with a positive end-user experience, helping propel the overall brand forward - safely. Without proper mobile security, one significant loss can quickly destroy the trust foundation your company has worked years to craft. This webinar will provide the security leader an overview of the challenges associated with mobile testing, certain technologies that one can use to identify mobile application vulnerabilities, and repeatable process strategies that will help build the foundation for a recurring testing program. The session will provide attendees a broad understanding of mobile technologies, as well as a mobile testing launch checklist that will help your organization go from ground floor to a fully-functioning testing program in 30 days. The session will also include: An overview of the major mobile technologies and their defining attributes An overview of how iOS and Android handle certain security issues differently via the Denim Group Mobile Development Reference Guide An overview of a typical mobile application architecture and how it differs from a web application environment How important web services are to a typical mobile architecture The limitations of automated testing and how to augment security reviews to overcome testing gaps How to make a program repeatable and economically feasible without disrupting the software development process

The document provides an overview of security testing techniques for mobile applications on various platforms including Android, BlackBerry, and iOS. It discusses topics such as application threat models, traffic analysis and manipulation, insecure data storage, reverse engineering application binaries, analyzing application components and runtime behavior. The goal is to identify vulnerabilities that could impact the confidentiality, integrity or availability of the mobile application or user data.

The document provides an overview of security testing techniques for mobile applications on different platforms like Android, BlackBerry and iOS. It discusses topics like application threat models, traffic analysis and manipulation, insecure data storage, reverse engineering application binaries, analyzing application components and runtime behavior. The document also mentions tools used for tasks like decompilation, debugging, monitoring network/file activity. Specific platform security features for Android, BlackBerry and iOS are outlined.

In a world where convenience is key, consumers are adopting every new connected device that hits the shelves - and doing so with the assumption that due diligence security has been considered. But recent IoT attacks suggest otherwise. As organizations migrate from a primarily offline to online business model, they are failing to consider IoT’s unique threats which traditional solutions are unable to secure. As a result, steps must be taken to ensure that the device, connections and infrastructure are hardened, especially software which runs IoT devices and is the source of ~90% of attacks. This webinar is ideal for risk, technology, and security professionals that want to understand why a hacker would want to attack their “harmless” IoT device and what the stealth risk to their organization and consumers is. Topics covered include: - IoT security – why it’s so different….and tough - The IoT ecosystem and attack surface - Managing liability - IoT risks to consumers and vendors - Auditing IoT software development

The document provides an overview of a workshop on practical Android application exploitation. The workshop aims to teach skills for performing reverse engineering, static and dynamic testing, and binary analysis of Android applications. It will use demonstrations and hands-on exercises with custom applications like InsecureBankv2. The workshop focuses on discovery and remediation, targeting intermediate to advanced skill levels. It will cover tools, techniques, and common vulnerabilities to exploit Android applications.

This document discusses mobile code mining for discovery and exploits. It introduces the speaker, Hemil Shah, and provides an overview of mobile infrastructure, apps, and changes in the mobile environment compared to web. It then discusses several mobile attacks including insecure storage, insecure network communication, UI impersonation, activity monitoring, and system modification. It also covers decompiling Android apps and analyzing app code for security issues.

This Presentation contains the First session materials of the Android Humla Session that was conducted by us on 1st April 2017 at Null Bangalore Chapter.

This document provides a brief overview of Android security. It discusses how Android uses a combination of mandatory application sandboxing, secure inter-process communication, application signing, and permission models to isolate applications and protect the operating system and user data. It also describes some key aspects of the Android security architecture including protections built into the Linux kernel, techniques for preventing and minimizing the impact of security breaches, and mechanisms for automatically updating applications. Finally, it discusses some common Android security threats and how projects like TaintDroid aim to track and prevent privacy leaks on Android devices.

ClubHack 2011 Hacking and Security Conference. Talk - Pentesting Mobile Applications Speaker - Prashant Verma

This document provides an overview of the Android operating system, including its history, architecture, versions, features, advantages, and disadvantages. Android was founded in 2003 and was later acquired by Google in 2005. It uses an open source Linux kernel and is developed by the Open Handset Alliance. The architecture consists of four layers - the Linux kernel, native libraries, the Android runtime (Dalvik virtual machine), and applications. Key features include multi-tasking, a rich application ecosystem, and integration with Google services. Advantages are customization and openness, while disadvantages include inconsistent designs between apps and battery drain issues on some devices.

This document provides an overview of the Android operating system, including its history, architecture, versions, features, advantages, and disadvantages. Android was founded in 2003 and was later acquired by Google in 2005. It uses an open source Linux kernel and is developed by the Open Handset Alliance. The architecture consists of four layers - the Linux kernel, native libraries, the Android runtime (Dalvik virtual machine), and applications. Key features include multi-tasking, a rich application ecosystem, and integration with Google services. Advantages are customization and openness, while disadvantages include inconsistent designs between apps and battery drain issues on some devices.

This document provides an overview of Android, including its history, versions, architecture, security features, advantages, and disadvantages. Android was founded in 2003 and is an open-source operating system based on the Linux kernel. It uses Java for application development and includes features like multi-touch interaction, accelerometers, and GPS. The Android architecture consists of applications, an application framework, native libraries and the Linux kernel. Security is enforced through process isolation and permissions. While Android provides customization, app availability and integration with Google services, disadvantages include inconsistent designs between apps, battery drain, and lack of control over third-party apps in the Android Market.

This document provides an overview of the Android operating system, including its history, architecture, versions, features, advantages, and disadvantages. Android was founded in 2003 and was later acquired by Google in 2005. It uses an open source Linux kernel and is developed by the Open Handset Alliance. The architecture consists of four layers - the Linux kernel, native libraries, the Android runtime (Dalvik virtual machine), and applications. Key features include multi-tasking, a rich application ecosystem, and integration with Google services. Advantages are customization and openness, while disadvantages include inconsistent designs between apps and battery drain issues on some devices.