Use AI to build and maintain anti-modding in Android & iOS games. Free engineering from the work it takes to secure, test, and support anti-modding in your Android & iOS games.
Use AI to build and maintain anti-modding in Android & iOS games. In your CI/CD pipeline, Appdome automatically adapts and builds anti-modding protections to match the language and structure of your mobile app, build by build. You enjoy less work, no coding, no SDKs, and better protection.
Use Appdome's Threat-Events™ framework to get modding threat data at any point in your mobile app lifecycle, from launch to sign-up to onboarding, payment, and more. Then, use the threat data to tailor and control the user experience and deliver the best experience for your business.
ThreatScope™ XTM monitors the active attack surface of your mobile business, providing real-time insights into the impact of mobile Anti-Modding defenses, deep inspection into new and emerging threats, and the power to preempt any attack impacting your mobile app, brand, or user.
Modding attempts get flagged and stopped instantly - Appdome is the best defense layer we’ve ever added.”
Use Appdome’s AI-Native platform to secure, monitor, and respond with mobile anti-modding features in your Android & iOS apps fast. Let A.I. code and build Certified Secure™ anti-modding features such as preventing memory editing, code injection, and repackaging apps as well as blocking cheating frameworks like Lucky Patcher, Xposed and more into mobile apps. Don’t force more work, coding, outdated SDKs, and servers on the engineering team. Automate everything. Save Money.
Appdome's modular architecture allows mobile brands and businesses to deploy any number of Anti-Modding Protection plugins inside mobile apps. These plugins use a dynamic defense model that analyzes behavioral anomalies, identifies threats, and filters out false positives, all without a server or external attestation. If you want to eliminate big Epics and manual work in fighting the battle against modding attacks, Appdome is the right choice.
Appdome detects and prevents the creation and use of commercial grade, for profit, Android & iOS mobile game cheats and cheat engines like Cheat Engine and GameGuardian as well as mods and 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 game 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, nmap attacks, SQL injection, and more.
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With Appdome's Anti-Injection Attack feature set, mobile developers can detect and prevent hackers, pen testers and others from using code, process, library and other 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. Detect when Android players are in use with your app, gather data, and determine the best enforcement option in real-time.
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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 TOTALCode™ Obfuscation, mobile brand automate the work out of obfuscating Android & iOS apps in the CI/CD pipeline. Protect apps from static code analysis, mobile app pen testing, method tracing, and more. Obfuscate mobile app binaries, app logic, file systems, function calls, method and class names, control flows, debug information, and more. Code obfuscation for native and framework based Android and iOS apps, including Swift, Objective C, C++, Java, JS, Kotlin, React Native, Xamarin, Cordova, Ionic, Unity, Flutter, and more. No code decoration. No SDK. No exclusions required.
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With ONEShield™, mobile brands automate the work out of delivering runtime application self-protection (RASP) security features to harden Android & iOS apps in the CI/CD pipeline. Prevent reverse engineering, mobile app tampering, fake apps, trojan apps, malicious modifications, hacking, simulators, emulators, and debugging attacks with ease. Stop hackers and pen testers from using decompiling, disassembly tools, or re-packaging, re-signing versions of Android & iOS apps to build and launch attacks.
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Protect Unity-based mobile apps and games from reverse engineering, code theft, and tampering. Unity apps are highly vulnerable to decompilers like ILSpy and dnSpy that expose C# code, game logic, and sensitive data. Appdome’s AI-delivered dynamic Unity Code Obfuscation plugin scrambles Unity scripts, identifiers, and metadata to prevent attackers from analyzing, modifying, or injecting malicious code into your app. Delivered instantly in CI/CD with no code, SDKs, or developer work required, this protection ensures app integrity, prevents in-app purchase hacks, and maintains compliance with GDPR, CCPA, and PCI DSS.
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Appdome's ThreatScope™ XTM combines the power of real-time game modding data from your mobile games, AI-driven analytics, and no-code incident response in one platform. With ThreatScope, you know exactly what, when, where, and how game modding was attempted, whether existing defenses worked to stop the attack, and what new defenses are needed to eliminate modding in your mobile game business. Don't suffer from mobile game modding any longer. Choose ThreatScope and manage modding out of your business fast.
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With Appdome Threat-Events™, mobile brands and developers can get rich threat data directly from the Appdome framework in the app, keep full control over the user experience, and enjoy multiple threat response options when mobile game modding is detected. Threat-Events™ enables the app to plug into and control Appdome's anti-modding detection methods and threat data, and use the threat data to tailor in-app responses and mitigation workflows based on the specific game modding method present in the Application lifecycle.
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Inside a highly demanding DevOps lifecycle, getting anti-modding right is extremely hard. Mobile apps are updated 24x-36x a year, the Android & iOS OS changes frequently, and threats evolve constantly. Appdome uses AI to eliminate this complexity, implement and maintain each anti-modding defense up to date, and support the mobile engineering team's autonomy and release cycles. Full support for the Mobile DevOps tool chain and best practices is a standard part of using Appdome.
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With Appdome, you can meet Anti-Modding Defense requirements without sacrificing your engineering freedom, development choices, other features, or the user experience.
Appdome uses AI to create and build Anti-Modding that works with the way you’ve built your app, including the coding languages and frameworks used in your Android & iOS apps. Appdome also supports your existing DevOps tech stack, including CI/CD, test automation, release management, and more.
Need to deliver Anti-Modding features without a lot of work, crashing your app or slowing down your release cycle? We’ve got you covered.
Get a price quote and start saving money on mobile anti-modding defense today. Appdome’s mobile modding defense helps mobile brands save $millions of dollars by avoiding unnecessary SDKs, server-side deployments, engineering work, support complexity, code changes and more.
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