Choose Appdome’s Cyber Defense Automation platform to deliver no-code anti-cheat defenses against injection attacks in Android & iOS apps in the DevOps CI/CD pipeline. Build, test, release and monitor in-app protections that detect mobile code injection, process injection, keystroke, and memory injection attacks. Pass Android & iOS app penetration testing, stop fraud, program abuse, cheats, library injection, execution of injected code, shared object and dylib injection, shellcode, remote code execution, patching, memory editing and manipulations, and more with ease.
Contact us to learn how game-changing it can be to use Appdome’s Cyber Defense Automation platform & Mobile XDR to protect your Android and iOS mobile apps from injection attacks. No SDKs, no code, and no servers required.
Build, test, release and monitor mobile anti-injection defenses in one unified platform. Leverage Dev-APIs, CI/CD integrations, multiple anti-injection and UX options, templates, version control, and Certified Secure™ DevSecOps certification to speed delivery, improve agility, reduce cost, audit builds, and demonstrate compliance easily.
Stay agile, leverage automation and configuration as code ease to deliver anti-injection defense in Android & iOS apps in the DevOps CI/CD pipeline. Detect code injection, process injection, memory injection, keystroke injection, and injection frameworks like Frida, BlueStacks, and more with no code, no SDKs, and no servers.
Inside Appdome, use ThreatScope™ Mobile XDR to prove the value of Anti-Injection defense deployed in Android & iOS apps. Keep track of new and emerging code, process, and keystroke injection 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 app makers and brands get a triple benefit (1) rapidly deploying in-app defenses to injection attacks inside Android and iOS apps with ease, (2) using ThreatScope™ Mobile XDR to provide the organization visibility into injection attacks and malware that relies on injection attacks, and (3) using Threat-Events™ to make mobile apps threat-aware and allowing developers to stay in control of the UX/UI when injection attacks happen.
If your mobile app requires detection and defense against mobile code injection, process injection, key and memory injection, including malware class injections attacks, give Appdome a try!
Detects and defends the mobile applications against code injection attacks and tools that injecting malicious code into a mobile application statically, via repackaging, patching or hooking, or dynamically at runtime, including dynamic or binary instrumentation.
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Detects and defends the mobile applications against mobile app memory editing and memory injection attacks and tools that inject data into a mobile application memory to alter values, points or currency, bypass restrictions, fake login, gain currency, reuse session or cheat and mod mobile applications or spoof user credentials.
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Prevent all forms of mobile process injection, including library injection, execution of injected code, shared object and dylib injection, shellcode, remote code execution, and patching. Running code in the context of another process may allow access to the process's memory, system/network resources, and possibly elevated privileges.
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Prevent fraudsters from using keystroke injection attacks, and keystroke malware including keystroke injection via emulators, debuggers, app players and virtualization tools like Parallel Spaces and Correllium to scale key injection attacks without the constraints of physical mobile devices. Stop fake inputs from going into the app, including fake processes, values, levels, balances, backgrounds and attributes.
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Frida customizations are one of the bedrock modding techniques used in mobile games and mobile apps. With Appdome's mobile modding defense, developers and security professionals can block Frida and other DBIs from instrumenting, patching, running shell code inside the app.
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With Appdome's Certified Secure™ DevSecOps certification, every mobile app release is certified-protected with the app shielding 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…
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.
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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