Choose Appdome’s Mobile Cyber Defense Automation platform to deliver no-code anti-cheat defense against mobile hacks and modding inside Android & iOS apps in the DevOps CI/CD pipeline. Build, test, release and monitor in-app protections that detect mobile hacks, mods, and modding platforms, including Android app players like BlueStacks, Nox Player, Memu, iOS emulators, simulators, and more. Stop pre-existing mobile cheats, mobile hacks, and cheat engines like GameGuardian, Cheat Engine, and others with ease.
Contact us to learn how game-changing it is to use Appdome’s Cyber Defense Automation platform & Mobile XDR to protect your Android and iOS apps from cheats, hacks, and mods. No SDKs, no code, and no servers required.
Build, test, release and monitor anti-modding defenses in one unified platform. Leverage Dev-APIs, CI/CD integrations, multiple anti-modding and UX options, templates, version control, and Certified Secure™ DevSecOps certification to speed delivery, improve agility, reduce cost, audit builds, and demonstrate compliance quickly and easily.
Stay agile, leverage automation and configuration as code ease to deliver anti-modding defense in Android & iOS apps in the DevOps CI/CD pipeline. Detect modding platforms, runtime mods, memory editing, patching, hooking, shell code, dynamic instrumentation, BlueStacks, Memu, & other player emulators with no-code, no SDKs.
Inside Appdome, use ThreatScope™ Mobile XDR to prove the value of Anti-Modding defense deployed in Android & iOS apps. Keep track of new and emerging modding, patching, and cheating platform attacks impacting your mobile brand, business, or customers. Use the data to collaborate and decide on protections in each release.
Using Appdome’s mobile Cyber Defense Automation Platform, mobile game makers and brands get a triple benefit (1) rapidly deploying in-app defenses to mobile hacks, mods, and modding platforms inside Android and iOS apps with ease, (2) using ThreatScope™ Mobile XDR to provide the organization visibility into mobile hacks, mods, and modding attacks, and (3) using Threat-Events™ to make mobile apps threat-aware and allowing developers to stay in control of the UX/UI when modding attacks happen.
Try Appdome’s no-code mobile hack & modding prevention and get the defenses against mods, modding, hacks, app players like BlueStacks, Frida Instrumentation, Frida Gadget, and cheat engines you need, fast.
Appdome detects and prevents the creation and use of commercial grade, for profit, Android & iOS mobile app cheats and cheat engines like Cheat Engine, GameGuardian as well as mods, hacks created from legitimate mobile apps and games, to stop attacks against in-app economies, prevent fraud, and stop unfair game play. Commercial grade mods and cheats can include tampered & repackaged mobile apps, cheats that rely on Jailbreak, jailbreak bypass, Root, root hiding, and virtualization tools like Parallel Spaces and Correllium used to create multiple accounts for bi-directional cheating and fraud.
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Stop mobile app mod and cheat creators from using Dynamic Binary Instrumentation (DBI) attacks to modify how legitimate Android & iOS apps work, including using frameworks like DynamoRIO, adbi, QBDI, DynInst and more to run the mobile app to observe (dynamic analysis) or insert arbitrary code (instrument) into the app. Appdome delivers total protection against mobile DBI attacks used in modding, including dynamic anti-tampering, anti-patching, anti-hooking, runtime bundle checks, checksum, and app store signature validation, all to prevent app modification, modding and similar attacks.
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Memory editing is a common technique used in Android & iOS mobile app modding because the attacker is not really interested in altering the business logic of the mobile app. In a memory editing attack, the attacker's aim is to change values, points, currencies, status, rank, attributes or other elements in the Android or iOS app for mobile cheating, event manipulation or mobile fraud. Appdome's Anti-Cheat defense provides a no code, in -app defense to memory editing, memory injection, ptracing, ptrace based attacks, VM-read/write patching, mmap attacks, SQL injection, and more.
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With Appdome's Anti-Cheat Defense, mobile developers can detect and prevent hackers, pen testers and others from using code injection and library injection methods and tools, like Interposing, fishhook, smali patching, odex patching, info.plist attacks, plist hacking, dvmap malware methods and more to inject static or dynamic libraries into Android & iOS apps. Injecting code and libraries offers hackers and researchers almost unparalleled ability to change, alter or interfere with the legitimate business logic of a mobile app and can be loaded at initialization or at any point where swizzling and similar methods can't function.
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Detect when your Android mobile app is run on an Android app player emulator, or modding platform, such as BlueStacks, Memu and Nox Player and control the user experience, app functionality or mobile game play when Android Player emulators and modding platforms are in use. Block speed attacks, modding and patching used by these systems to create unfair advantage and open the door to point and virtual currency fraud with ease inside Android and iOS apps.
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With Appdome's Anti-Cheat solution, mobile developers and cyber teams can implement in-app defense to Frida Dynamic Instrumentation tool, a bedrock modding platform used in mobile games and mobile apps. With Appdome, mobile developers and security professionals can block Frida from instrumenting, patching, hooking, running shell code inside the app quickly and easily. Includes in-app defense to Frida Dynamic Instrumentation, Frida patching, Frida shell code, custom Frida modules, Frida attach and spawn modes, pthread injection, gadget mode, memory dumping and more.
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With Appdome Threat-Events™, mobile developers and brands can stay in full control of the mobile end user experience when mobile mods, modding and other attacks happen. Appdome's Threat-Event in-app intelligence and control framework detects when the attacker attempts the mod or hack and passes enriched Threat-Event data to the mobile app for processing and threat response. Build custom modding response, enforcement and user notification that inform real mobile end users when this attack occurs.
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With Appdome's Certified Secure™ DevSecOps certification, every mobile app release is certified-protected with the anti-cheat, anti-modding and other protections added to Android and iOS apps on Appdome. Certified Secure™ is the perfect complement to DevSecOps strategies. It can be used in "go, no-go" release meetings, compliance verification and to reduce reliance on code scanning services.
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Learn detailed “step-by-step” instructions on how to prevent mobile fraud in mobile game apps. Learn how to protect any Android and iOS app against Mobile Fraud, Mobile Malware, User Level Attacks, Data Breaches, Cyber Ransoming, and Mods and Fake Apps apps. Includes information on the patented technology that powers the Appdome mobile security platform, illustrated guides, mobile developer tips and more.
Nox Emulator is one of the ‘go-to’ methods mobile game cheaters use to gain an unfair advantage in playing mobile games. This blog covers the basics of how cheaters use emulators and App Players to cheat in mobile games…
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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.
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