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  • Introduction
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    • AI Device Risk Summary Demo | Threat Protection | Risk Scoring | Malware Detection | Android & iOS
    • Podcast: iOS Keychain vs Android Keystore
    • Obfuscation of Mobile Apps
    • OWASP Top 10 For Flutter – M6: Inadequate Privacy Controls in Flutter & Dart
    • Simple Root Detection: Implementation and verification
    • OWASP Top 10 For Flutter - M5: Insecure Communication for Flutter and Dart
    • OWASP Top 10 For Flutter – M4: Insufficient Input/Output Validation in Flutter
    • OWASP Top 10 For Flutter – M3: Insecure Authentication and Authorization in Flutter
    • OWASP Top 10 For Flutter – M2: Inadequate Supply Chain Security in Flutter
    • OWASP Top 10 For Flutter - M1: Mastering Credential Security in Flutter
    • Hook, Hack, Defend: Frida’s Impact on Mobile Security & How to Fight Back
    • Emulators in Gaming: Threats and Detections
    • Exclusive Research: Unlocking Reliable Crash Tracking with PLCrashReporter for iOS SDKs
    • 🚀A Developer’s Guide to Implement End-to-End Encryption in Mobile Apps 🛡️
    • How to Block Screenshots, Screen Recording, and Remote Access Tools in Android and iOS Apps
    • Flutter Security 101: Restricting Installs to Protect Your App from Unofficial Sources
    • How to test a RASP? OWASP MAS: RASP Techniques Not Implemented [MASWE-0103]
    • How to implement Secure Storage in Flutter?
    • User Authentication Risks Coverage in Flutter Mobile Apps | TALSEE
    • Fact about the origin of the Talsec name
    • React Native Secure Boilerplate 2024: Ignite with freeRASP
    • Flutter CTO Report 2024: Flutter App Security Trends
    • Mobile API Anti-abuse Protection with AppiCrypt®: A New Play Integrity and DeviceCheck Alternative
    • Hacking and protection of Mobile Apps and backend APIs | 2024 Talsec Threat Modeling Exercise
    • Detect system VPNs with freeRASP
    • Introducing Talsec’s advanced malware protection!
    • Fraud-Proofing an Android App: Choosing the Best Device ID for Promo Abuse Prevention
    • Enhancing Capacitor App Security with freeRASP: Your Shield Against Threats 🛡️
    • Safeguarding Your Data in React Native: Secure Storage Solutions
    • Secure Storage: What Flutter can do, what Flutter could do
    • 🔒 Flutter Plugin Attack: Mechanics and Prevention
    • Protecting Your API from App Impersonation: Token Hijacking Guide and Mitigation of JWT Theft
    • Build secure apps in React Native
    • How to Hack & Protect Flutter Apps — Simple and Actionable Guide (Pt. 1/3)
    • How to Hack & Protect Flutter Apps — OWASP MAS and RASP. (Pt. 2/3)
    • How to Hack & Protect Flutter Apps — Steal Firebase Auth token and attack the API. (Pt. 3/3)
    • freeRASP meets Cordova
    • Philosophizing security in a mobile-first world
    • 5 Things John Learned Fighting Hackers of His App — A must-read for PM’s and CISO’s
    • Missing Hero of Flutter World
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On this page
  • Revolutionizing Mobile Security: AI-Powered Device Risk Summary
  • The Scenario
  • Step 1: The Initial Purchase Attempt
  • Step 2: Intelligent Security Check and Risk Assessment
  • Step 3: AI-Powered Risk Summary and Crystal-Clear Guidance
  • Step 4: From Threat to Trust
  • Step 5: A Secure Second Attempt and a Successful Transaction
  • From Friction to Empowerment

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  1. articles

AI Device Risk Summary Demo | Threat Protection | Risk Scoring | Malware Detection | Android & iOS

An exclusive preview of the technology that will define tomorrow's mobile security.

PreviousIntroductionNextPodcast: iOS Keychain vs Android Keystore

Last updated 2 days ago

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Revolutionizing Mobile Security: AI-Powered Device Risk Summary

For banking applications, fintech platforms, and any app where sensitive operations occur, preventing mobile fraud is critical. The challenge is to implement robust security without creating friction for the user. Imagine preventing fraudulent transfers or account takeovers with a seamless, user-empowering flow. This powerful, dynamic approach is the future of mobile security, moving beyond static defense to an interactive shield that helps, not just hinders.

What if you could not only detect a critical threat on a user's device but also guide them to fix it and complete their action securely, all within moments? At Talsec, we're thrilled to unveil a groundbreaking new capability that does just that. Let's walk you through a real-world scenario to demonstrate the power of our advanced security, culminating in our new AI Device Risk Summary.

The Scenario

Imagine a user is excited to buy a new pair of shoes from your e-commerce mobile application. They have found the perfect pair, added them to the cart, and are ready to check out. However, there's a hidden problem: their device is infected with malware.

Step 1: The Initial Purchase Attempt

The user proceeds to the payment page, ready to enter their card details. Instantly, Talsec's in-app security kicks in as an automatic background security step-up.

Step 2: Intelligent Security Check and Risk Assessment

Here's where the magic begins. While the input fields for the user's sensitive card information are temporarily disabled, Talsec performs a comprehensive device security scan in the background. The result? A high-risk score is returned, confirming that critical threats are present on the device, making it unsafe to proceed with an EMV payment transaction.

Step 3: AI-Powered Risk Summary and Crystal-Clear Guidance

This is the game-changer. Rather than leaving the user confused and likely to abandon their cart, your app now presents them with Talsec's AI Device Risk Summary. This user-friendly interface clearly explains the problem.

  • Threat Report: A concise report informs the user that a specific threat has been found. In this case, it’s dangerous "SMS Forwarder" malware – a type of spyware that can intercept one-time passwords and other sensitive information sent via text message.

  • Remediation Steps: The summary provides simple, actionable guidance, instructing the user on how to locate and uninstall the malicious application from their device.

Step 4: From Threat to Trust

The user follows the straightforward instructions and successfully removes the SMS Forwarder malware. They are now confident that their device is clean and their information is safe.

Step 5: A Secure Second Attempt and a Successful Transaction

The user returns to your app and attempts the purchase again. This time, the Talsec security check runs and delivers a vastly improved, low-risk score. The system recognizes that the threat has been neutralized.

The sensitive card detail fields are now enabled. The user confidently enters their payment information, completes the EMV transaction, and their purchase is successful.

From Friction to Empowerment

This entire process turns a potentially disastrous security incident into a positive user experience. You have not just prevented fraud; you have empowered your user to secure their own device, building trust and loyalty in your brand.

Would you like to protect your app with our new AI Device Risk Summary and transform your users' security experience?

Contact us to get more information about this awesome new feature! Visit and request a demo.

https://talsec.app
AI Device Risk Summary Demo | Threat Protection | Risk Scoring | Malware Detection | Android & iOS