Choose the ONE platform that lets you build, monitor, and respond with KYC Checks in your Android & iOS apps fast. Leverage AI/ML to code Certified Secure™ KYC checks in your apps in the DevOps pipeline. Automate delivery of deep mobile device intelligence and behavioral biometrics to detect fake users, fake taps, fake gestures, injection attacks, malware, geo-fraud, and more in Android & iOS apps with ease. You don’t need engineering work, coding, SDKs & servers to build KYC checks into your mobile apps. Accelerate delivery. Save money.
Use Appdome to deliver all the mobile KYC checks needed in Android & iOS apps on demand. Let AI/ML build and adapt KYC Checks to your mobile application 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.
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Using Appdome's deep and continuous mobile device, network, and application-level attack data and telemetry, KYC checks can be performed anywhere in the app's workflows. Leverage KYC checks in sign up, sign in, checkout, payment, password, and more. Stay in control of the user experience at all times.
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With ThreatScope™ Mobile XDR, you gain resilience, prove the value of the mobile KYC Checks built into your Android & iOS apps, keep track of new and emerging fraud threats across 300+ attack vectors, and can automatically respond to any fraud attack impacting your mobile app, brand or business automatically.
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We built Appdome to make it easy on mobile developers to maintain agility and continuously deliver mobile know your customer monitoring and defense features in Android & iOS apps built in any coding language or framework including Obj-C, C+, Java, JS, C#, C++, Swift, Kotlin, Flutter, React Native, Unity, Maui, Xamarin, and more. Plugins and APIs are out-of-the-box ready for all parts of the mobile DevOps ecosystem. Contact us to start making mobile KYC easy.
Appdome's Anti-Injection Attack suite defends Android & iOS mobile apps and accounts from fake clicks, fake inputs, memory injection and code injection attacks. Eliminate account creation fraud, application fraud, and other fake inputs in your mobile applications. Detect all major injection attack vectors including static and dynamic mobile code injection, process injections, DB injection, memory injection, as well as methods and tools used in injection attacks including Magisk, Magisk Hide, Magisk Manager, Frida, hooking frameworks and more. When these attacks are present, defend the app or gather data and determine the best attack response for your brand.
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Appdome detects when mobile applications are run in emulated, virtualized, dual space, Android Player, and other automated environments. These platforms can pose a serious risk to in-app account and transaction integrity. They can also be used to create rebate and referral program abuse, point inflation, as well as fake in-app transactions, fake account set up and more. Appdome will signal if they are run in these emulated or virtualized environments, on virtualized devices, and virtualized operating systems, including via Android Debug Bridge (ADB), and more. When these environments are present, defend the app or gather data, and determine the best attack response for your brand.
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Appdome's Prevent Keystroke Injection feature detects and defends mobile applications from keystroke injection attacks. Keystroke injection is used to enter or flood data, taps and other actions in mobile apps to masquerade as real users filling out forms, submitting requests, or performing transactions. Keystroke injection can also be used to deceive users by triggering workflows from the background that force users to enter sensitive information, such as password reset or fake login screens, or pop-up dialogs and notifications requesting malicious permissions.
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Appdome's Prevent Auto-Clicking feature detects and defends mobile applications against tap injection attacks. Tap injection attacks are used in click fraud, i.e., impersonating user clicks on advertisements or sponsored content in mobile apps to generate fraudulent impressions or clicks. Tap injection attacks are also used in loyalty program and referral program abuse, or to cheat in mobile games, by impersonating real users tapping on buttons, collecting rewards, or performing in-game actions. With Appdome, these attacks become a thing of the past.
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Appdome's Block Android Debug Bridge (ADB) feature detects and defends mobile apps from all forms of attacks using ADB 'input tap', 'keyevent', 'input swipe' and other commands. With these commands, ADB can be used to simulate or create fake events in mobile apps by sending input events directly to the device, or executing shell commands on connected Android devices or emulators. Detect ADB commands that simulate touch events, key presses, gestures, and other input actions. Gather data and control what, when and how to enforce these defenses.
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Appdome's Prevent Android Virtualization detects and defends mobile applications from all forms of synthetic fraud attacks using Android Virtual Machine (AVM). AVM allows attackers to simulate taps, swipes, and gestures on a virtual screen and trigger actions or interactions within the mobile app. AVM can also be used to emulate device sensors such as accelerometer, gyroscope, GPS, and orientation sensors, allowing attackers to spoof sensor data and events. With Appdome's Prevent Android Virtualization feature, mobile brands can gather data and control what, when and how to enforce these defenses.
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If a mobile device containing KYC information from a mobile app is infected with spyware, it could lead to a data breach, exposing customer identity, account information, and other confidential data to an attacker. Spyware can capture keystrokes, login credentials, two-factor authentication (2FA), biometric authentication data and other personal information entered by mobile app users, allowing attackers to carry out fraudulent activities, gain unauthorized access to customer accounts or harvest sensitive information. Appdome offers a comprehensive mobile anti-spyware suite to detect and defend mobile apps from spyware.
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Geolocation fraud occurs when fraudsters manipulate or spoof their geographic location to deceive mobile businesses during the KYC process. To do so, fraudsters can use virtual private networks (VPNs), proxy servers, Fake GPS, location spoofing and other techniques. Faking geolocation allows fraudsters impersonate the identity of legitimate mobile customers, bypass KYC controls, and open accounts as though they are a genuine account holder, making it more difficult for businesses to detect fraudulent activity in Android & iOS apps. Appdome offers a comprehensive geo-location compliance suite to detect and defend mobile apps from geolocation fraud.
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Appdome's Threat-Score™ empowers mobile brands with attack-specific fraud risk profiles in their mobile app. Threat-Scores are generated and passed to the mobile application when attacks occur, without any server call out. They can be linked to specific Android & iOS events, and customer userID, sessionID and DeviceID. Threat-Score's fraud risk profiling is used to identify at-risk transactions, reduce or eliminate chargebacks, and customer support expenses. Threat-Scores are also used to prioritize enhanced due diligence proceedures in the mobile app itself, to reduce mobile fraud exposure and improve consumer trust.
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If you're looking for better anti-fraud data, Appdome's ThreatScope™ provides real-time, detailed mobile fraud attack data from the mobile app, including attack type, geo-source and ThreatScore™ for each event as well as meta data about the impacted device, such as device make, model, DeviceID, Android & iOS version and more. With ThreatScopre, you know exactly what, when, where and how the mobile fraud attack was attempted in your mobile app, whether existing defenses worked to stop the attack, and what new defenses should be deployed to further minimize mobile fraud in your mobile apps.
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With Appdome Threat-Events™, developers and brands can stay in full control of the mobile end user experience when mobile fraud is detected. Appdome's Threat-Events in-app intelligence framework detects the mobile account compromise, mobile account fraud, fake activities, fake events and more. It passes enriched Threat-Event data to the mobile app for processing. Build custom threat response, enforcement and enhanced due diligence workflows that delight mobile end users when KYC fraud is detected.
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Appdome automates the work out of mobile KYC compliance and monitoring so your engineering team can focus on what they do best - building great mobile apps. Let's face it, delivering continuous mobile KYC compliance and monitoring 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. For a better way to deliver Mobile KYC, try Appdome.
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Get a price quote and start saving money on mobile KYC compliance and monitoring today. Appdome’s mobile KYC 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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