Explore expert insights on securing mobile user identity from login to logout. Learn how Appdome’s AI-Native Platform stops account takeovers, deepfakes, spoofed devices, social engineering, and fraud with real-time identity validation—no SDKs, code, or servers required. Protect every session with a true mobile-first chain of trust built on app, device, and install intelligence.
Android bootloader integrity is often reduced to a locked or unlocked state. This article explains why that model fails and how contextual bootloader signals improve identity and session trust.
For years, fraud prevention solutions have tried to use Device IDs to bind (or link) a user’s account or session to a specific device to prevent unauthorized access from other devices. However, until recently, Device IDs lacked persistence and the broad threat context needed to stop fraud and ATOs …
Today’s mobile apps face advanced threats from bots and API abuse. Appdome’s new MobileBOT™ Defense with IDAnchor™ gives mobile brands a unified way to stop both—eliminating spoofing, fake…
How App and Install Binding can be used to prevent common identity-based social engineering attacks | Appdome AI-Native Mobile App Defense
We’ve all seen it. That quiet, almost magical moment when your phone lights up with a message from Apple or Google…
Learn how to improve identity verification workflows in mobile apps using persistent mobile identity from Appdome.
In this blog, we’ll explore how Appdome’s new IDAnchor™ offering is the foundation of trusted Customer Identity for mobile applications everywhere.
In earlier posts, we defined Customer Identity Protection (CIP) and shared why IDAnchor™ is the foundation of Trusted Customer Identity in mobile apps. Now, let’s turn to the need…
Customer Identity Protection (CIP) is a perimeter defense layer for Customer Identity and Access Management (CIAM), Identity Verification (IDV), and other systems used in mobile applications. CIP establishes a chain of trust from the publisher to the mobile app instance, device, and end user and monitors the mobile environment for threats that undermine customer identity in apps.
Banking Trojans are no longer just malware—they’re the engine behind today’s most dangerous, AI-driven mobile fraud campaigns. In 2025, mobile Trojans are responsible for more account takeovers, financial losses,…
In 2025, deepfakes have gone mobile—and brands with consumer-facing apps are on the front lines. From fake video support agents impersonating bank employees to synthetic voice bots authorizing fraudulent…
Social engineering has become one of the most dangerous and effective attack methods in mobile apps. Unlike traditional attacks that exploit code or infrastructure, social engineering targets people—using deception,…
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