In this Build Better Mobile App Security blog series, we’ll share our mobile security research and cover the top attacks and threats against Android & iOS apps impacting mobile Runtime Application Self-Protection (RASP), Code Obfuscation, Mobile Data Encryption, Jailbreak Detection, Root Detection, Man-in-the-Middle Attack Prevention, and other mobile app security features in Android & iOS apps. Understanding and defending against the growing diversity of mobile exploits and attacks is critical to ensuring mobile business integrity and an amazing mobile experience for all mobile users.
We’ll also share DevOps CI/CD and Data-Driven DevSecOps™ best practices, and highlight key operational and industry insights, to help you achieve mobile DevSecOps agility and follow mobile app protection best practices in CI/CD.
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Mobile consumers continue to be the fastest growing group and online, and we asked 10,000 people of all ages and backgrounds what they were most concerned about. Across this diverse group, the…
Working in mobile security over the last 5 years, I often get asked some variant the following questions:
What’s the difference between native apps and non-native apps?
What’s…
RedHat defines DevSecOps as an approach to culture, automation, and platform design that integrates security as a shared responsibility throughout the entire IT lifecycle. Unfortunately, Mobile DevSecOps today is more an aspiration to…
I’m very excited to share with you the new and improved Secure Communication offering from Appdome! Preventing MitM attacks has never been easier.
Everything that accepts, processes, stores, or transmits credit card data must validate compliance with the PCI Data Security Standards (PCI-DSS). This means end users and developers of mobile applications…
In a DevSecOps world, organizations need to build security features into their mobile apps quickly, an impossible task when relying on SDKs.
As one of Appdome’s Solution Specialists, I often recommend the Mobile AppSec Verification Standard (MASVS) as a good blue print to build a comprehensive mobile app security roadmap for Android and iOS apps.
Appdome’s Mobile DevSecOps Platform offers a DevSecOps workflow that applies developer best practices to the process of releasing security features to mobile apps.
Using DevSecOps to protect mobile retails apps, organizations can release Android and iOS apps without making tradeoffs between features and security.
This is a multi-part blog series about Reverse Engineering, a fundamental building block in every hacker’s tool-chain for compromising mobile applications. Throughout different blogs in this series, I’ll explain…
Starting August 2021, Google Play will require that developers publish their apps using the Android App Bundle (.aab). Android developers can build a secure android app bundle on Appdome, instantly, without code or coding.
This video shows two end-to-end no-code mobile app security use cases. Preventing an app from launching on an Android device that has Developer Options turned on, and adding copy/paste prevention to a mobile app.
Mobile consumers continue to be the fastest growing group and online, and we asked 10,000 people of all ages and backgrounds what they were most concerned about. Across this diverse group, the…
Working in mobile security over the last 5 years, I often get asked some variant the following questions:
What’s the difference between native apps and non-native apps?
What’s…
RedHat defines DevSecOps as an approach to culture, automation, and platform design that integrates security as a shared responsibility throughout the entire IT lifecycle. Unfortunately, Mobile DevSecOps today is more an aspiration to…
I’m very excited to share with you the new and improved Secure Communication offering from Appdome! Preventing MitM attacks has never been easier.
Everything that accepts, processes, stores, or transmits credit card data must validate compliance with the PCI Data Security Standards (PCI-DSS). This means end users and developers of mobile applications…
In a DevSecOps world, organizations need to build security features into their mobile apps quickly, an impossible task when relying on SDKs.
As one of Appdome’s Solution Specialists, I often recommend the Mobile AppSec Verification Standard (MASVS) as a good blue print to build a comprehensive mobile app security roadmap for Android and iOS apps.
Appdome’s Mobile DevSecOps Platform offers a DevSecOps workflow that applies developer best practices to the process of releasing security features to mobile apps.
Using DevSecOps to protect mobile retails apps, organizations can release Android and iOS apps without making tradeoffs between features and security.
This is a multi-part blog series about Reverse Engineering, a fundamental building block in every hacker’s tool-chain for compromising mobile applications. Throughout different blogs in this series, I’ll explain…
Starting August 2021, Google Play will require that developers publish their apps using the Android App Bundle (.aab). Android developers can build a secure android app bundle on Appdome, instantly, without code or coding.
This video shows two end-to-end no-code mobile app security use cases. Preventing an app from launching on an Android device that has Developer Options turned on, and adding copy/paste prevention to a mobile app.
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