Use Appdome’s AI-Native platform to secure, monitor, & respond with fake app defense in mobile apps fast. Let A.I. code & build Certified Secure™ anti-fake app features like injection prevention, runtime validation, app repackaging defense, signature validation and more in mobile apps. Don’t force more work, coding, outdated SDKs, and servers on the engineering team. Automate everything. Save Money.
Mobile brands and enterprises use Appdome to deliver all the fake app defenses needed in Android & iOS apps on demand. Build and adapt the security model on the fly with no impact on the CI/CD pipeline. Enjoy continuous compliance, with less work, less cost, no coding, no SDKs and zero complexity.
Use Appdome's Threat-Events™ framework to get fraud, threat and risk data into the mobile app lifecycle, from sign-up to onboarding, payment, and more. Eliminate servers and call outs, and stay in full control of the user experience when mobile threats and attacks occur against Android & iOS apps and users.
With ThreatScope™ Mobile XDR, you can prove the value of the fake app defense features in your published Android & iOS apps, keep track of new and emerging cyber security threats across 400+ attack vectors, and respond to any attack impacting your mobile app, brand or business automatically.
Easy to use. Most defenses. Fastest time to market. These are just some of the things our customers say about using Appdome for Fake App Defense. On top of that, the industry has awarded us over 20+ awards covering everything from Most Innovative, Best Support, and Best in Class for Fake App & Trojan Defense, Security, Anti-Fraud, DevOps, Bot Defense, XDR and more.
Download our Customer Experience Report to learn what our customers, users and the industry has to say about us! Enjoy!
Appdome uses A.I. and a modular architecture to bring efficiency and scale to the mobile fake app defense lifecycle. On one platform, mobile businesses build, monitor, and respond with 400+ mobile app security, anti-fraud, anti-ATO and anti-bot defense plugins in Android & iOS apps on demand. Each mobile fake app prevention plugin automatically adjusts to the code of the app and uses 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, handoffs, and resolutions in your fake app prevention journey, Appdome is the right choice for you!
On Appdome, choose Apple AppStore or Google Play signature validation to guarantee that only the true mobile developer and publisher has code signed the legitimate Android and iOS apps. Apple App Store and Google Play code signature validation ensures that the real app will not be used to create a fake mobile app, or become trojan app, after the app is published to the public app store. Appdome validates that apps code signed for Apple App Store and Google Play cannot be distributed through any other app stores or methods.
Add runtime bundle validation inside Android & iOS apps to stop hackers from using runtime bundle modifications to create fake and malware embedded versions of iOS and Android apps, deceive mobile end users, weaponize mobile apps, or distribute malware inside apps. Runtime bundle and file validation confirms the integrity of the mobile app to ensure that no changes have been made to the legitimate bundles, files, resources and other executables in the mobile app after it has been published.
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, 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.
Appdome's Block Shell Code defense protects Android & iOS apps from shell code running inside the mobile app. Shell code allows attackers to create fake apps, injecting malware via the shell code to perform a wide range of malicious activities, including stealing data, monitoring user activities, and conducting further attacks on the device or network. By defending against shell code attacks, you can prevent malware from being created from your app and protect users from the harmful effects of mobile malware.
Cyber-criminals and hackers often create fake apps, clones or mods by reverse engineering and copying legitimate Android apps and then repackaging, re-signing, and re-distributing those apps on alternative, malicious or non-approved app stores. Appdome's Google Play Signature Validation ensures that apps code signed for Google Play cannot be distributed through any other app stores or methods.
Fraudsters use various methods to create fake apps by copying or cloning existing popular apps and then repackaging, re-signing, and re-distributing those apps on alternative app stores. Appdome's iOS App Store Signature Validation validates that apps code signed for Apple App Store can't be distributed through any other app stores or methods.
Appdome's Certified Secure™ is a continuous DevSecOps certification that adds transparency in the DevOps CI/CD pipeline and guarantees that every mobile app is released with the mobile app security, anti-fraud, anti-bot, geo-compliance, social engineering and other defenses needed by your business. Certified Secure™ improves "shift left" DevSecOps strategies by creating an ongoing record of compliance that can be used in "go, no-go" release meetings and to eliminate road blocks in the mobile app release cycle.
With Anti-Reverse Engineering, mobile brands automate the work out of delivering anti-reverse engineering defenses in Android & iOS apps in the CI/CD pipeline. Use these features to block hackers, stop reverse engineering and detect reverse engineering attempts using any of 100s of reverse engineering tools and methods including JADX, APKTool, Hopper, JD-GUI, as well as advanced tools like Magisk, Zygisk, Frida, BDIs, MiTM tools, static and dynamic analysis with ease. Pass penetration tests in DevSecOps. No SDK. No code. No Engineering Work needed.
When attackers try and create fake apps and malware using your Android or iOS apps, Appdome Threat-Events™ in-app intelligence and control framework tracks each attempt and passes the data to your mobile app for processing and enforcement control. As a mobile app or game developer, you can use Threat-Events™ to block the attack, or transform it into a monetizable moment for your mobile app, game or business. Use Threat-Events to gather data on the method, tool or app used and use that data to make offers, promotions, sponsorships, and create affiliate programs with developers.
Appdome automates the work out of fake app prevention so your engineering team can focus on what they do best - building great mobile apps. Let's face it, delivering continuous fake app detection is extremely hard. SDKs, Wrappers and CLIs promise to make it "easier." But actually making these products fit inside your changing Android & iOS apps and your highly dynamic DevOps process is too hard, complex and time consuming. If you're looking for a better way to deliver fake app prevention, try Appdome..
With Appdome, you can meet security and anti-fraud requirements without sacrificing your engineering freedom, development choices, other features, or the user experience.
Appdome works with the way you build your app, using defense plug-ins that are specifically built to support the coding languages 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 security or anti-fraud 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 fake app prevention today. Appdome’s fake app prevention solution 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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