Appdome’s Mobile Fraud Solution stops mobile fraud before it starts. Appdome Mobile Fraud Prevention preempts the fraudster’s ability to harm users and businesses and employ the tools used to circumvent protections and commit fraud.
Mobile fraud is about abuse. It is about abusing the app, abusing the devices on which apps are installed, abusing the way apps are distributed and abusing the users. Fraudsters trick users to unknowingly inflict damage to themselves. Fraudsters and bad actors install undetected, malicious programs in other apps or directly on mobile devices. The methods fraudsters use to abuse, misuse and undermine mobile apps are large scale, automated and designed to turn mobile apps and mobile games into weapons against their users and makers.
This mobile fraud prevention blog series provides developers and game makers a rich perspective and insight on Android and iOS app fraud. Subscribe today to stay in the know on trends and news around mobile fraud prevention.
Malware can harvest unprotected network information stored in mobile apps, allowing fraudsters to launch ransomware attacks on the back end. This makes mobile apps the weak link when protecting your networks from ransomware attacks.
This blog post is a continuation of my previous blog on how malware adapts itself and evolves based on conditions it encounters in its environment, using the StrandHogg and…
The pandemic and rapid digital growth has led to increased security breach headlines in 2021.
Florida Water System – February 5, 2021
Microsoft Exchange – January 3 to March 2, 2021
US Fuel…
Ransomware attacks on the healthcare industry skyrocketed in 2020. Mobile health apps are the weak link. Learn how to protect mHealth apps with Appdome.
Protect mobile banking and fintech apps against Remote Access Trojans now. The pandemic has moved more and more of your customers to mobile banking. Hackers know this and are looking to take advantage of the situation. By waiting until your apps suffer a mobile breach, you are putting your customers and reputation at risk.
Appdome’s Mobile Fraud Prevention solutions allows mobile developers to fully embrace DevSecOps agility and speed, adding, deploying and publishing mobile fraud prevention inside Android and iOS apps fast – without a SDK, gateway, code or coding of any kind.
Stopping mobile fraud, before it starts. Mobile fraud is becoming the new Achilles’ heel for many organizations. Big Data, Event Monitoring and AI alone can’t stop mobile fraud. This blog discusses who to prevent mobile fraud.
Gamers use emulators to modify mobile games (to create ‘mods’) or to use existing mods in order to cheat or gain root access to mobile games.
There are many ways fraudsters can hack/cheat mobile games. This blog will focus on how experienced hackers can use special purpose or general hacking tools such as memory editing, dynamic code injection, and saved game state editing in order to modify running processes or memory of a mobile game.
Cheating in mobile games is a huge issue that plagues every mobile game developer and publisher. In this blog, I describing the most common cheating tools and how they work.
In this post I’ll discuss an often overlooked but ridiculously powerful debugging and dynamic instrumentation framework called Android Debug Bridge (ADB) that fraudsters have adopted as one of their go-to, must-have tools for abusing Android apps to commit mobile fraud.
A Screen Overlay Attack (sometimes also called Clickjacking) is an attack method whereby bad actors and fraudsters uses multiple transparent or opaque layers to trick a user into clicking on a button, window, or other UI element that is hidden underneath a fake screen that the attacker has placed on top of the real screen to hide it from view.
Malware can harvest unprotected network information stored in mobile apps, allowing fraudsters to launch ransomware attacks on the back end. This makes mobile apps the weak link when protecting your networks from ransomware attacks.
This blog post is a continuation of my previous blog on how malware adapts itself and evolves based on conditions it encounters in its environment, using the StrandHogg and…
The pandemic and rapid digital growth has led to increased security breach headlines in 2021.
Florida Water System – February 5, 2021
Microsoft Exchange – January 3 to March 2, 2021
US Fuel…
Ransomware attacks on the healthcare industry skyrocketed in 2020. Mobile health apps are the weak link. Learn how to protect mHealth apps with Appdome.
Protect mobile banking and fintech apps against Remote Access Trojans now. The pandemic has moved more and more of your customers to mobile banking. Hackers know this and are looking to take advantage of the situation. By waiting until your apps suffer a mobile breach, you are putting your customers and reputation at risk.
Appdome’s Mobile Fraud Prevention solutions allows mobile developers to fully embrace DevSecOps agility and speed, adding, deploying and publishing mobile fraud prevention inside Android and iOS apps fast – without a SDK, gateway, code or coding of any kind.
Stopping mobile fraud, before it starts. Mobile fraud is becoming the new Achilles’ heel for many organizations. Big Data, Event Monitoring and AI alone can’t stop mobile fraud. This blog discusses who to prevent mobile fraud.
Gamers use emulators to modify mobile games (to create ‘mods’) or to use existing mods in order to cheat or gain root access to mobile games.
There are many ways fraudsters can hack/cheat mobile games. This blog will focus on how experienced hackers can use special purpose or general hacking tools such as memory editing, dynamic code injection, and saved game state editing in order to modify running processes or memory of a mobile game.
Cheating in mobile games is a huge issue that plagues every mobile game developer and publisher. In this blog, I describing the most common cheating tools and how they work.
In this post I’ll discuss an often overlooked but ridiculously powerful debugging and dynamic instrumentation framework called Android Debug Bridge (ADB) that fraudsters have adopted as one of their go-to, must-have tools for abusing Android apps to commit mobile fraud.
A Screen Overlay Attack (sometimes also called Clickjacking) is an attack method whereby bad actors and fraudsters uses multiple transparent or opaque layers to trick a user into clicking on a button, window, or other UI element that is hidden underneath a fake screen that the attacker has placed on top of the real screen to hide it from view.
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