Protect Online Accounts from Account Takeovers

Account takeover fraud happens when cybercriminals gain unauthorized access to legitimate user accounts, often by using stolen credentials, to steal funds, access personal information, or commit further fraud. This type of attack is damaging to consumers and also businesses that face increased fraud losses, operational costs, and reputational harm. Strong account takeover prevention is essential to stopping these threats before they escalate.

Common examples include theft of funds or sensitive personally identifiable information, fraudulent credit applications and sending of phishing emails.

Effective account takeover prevention involves real-time detection of suspicious login behaviors, behavioral analysis, device fingerprinting, and multi-layered security controls. HUMAN’s solution monitors for anomalies, including rapid login attempts, unusual geolocations, or impossible travel patterns, and blocks takeover attempts without adding unnecessary friction for legitimate users.

Detecting account takeovers requires more than just traditional login monitoring. HUMAN uses behavioral biometrics, machine learning, and ato prevention technology to spot subtle signs of fraud, such as deviations from normal user activity, session hijacking attempts, and rapid credential stuffing. By analyzing every interaction, HUMAN provides early detection that helps stop takeovers before damage occurs.

HUMAN stops account takeovers by identifying and blocking the automation and credential abuse that power these attacks. Our account takeover prevention solution uses advanced algorithms to distinguish real users from bots or fraudsters, preventing unauthorized access in real time while ensuring genuine customers continue to experience seamless service.

In addition to ATO prevention, HUMAN helps organizations defend against a broad spectrum of automated threats including scraping, fake account creation, transaction fraud, and client-side attacks. Our multi-layered approach protects businesses across web, mobile, and API environments, ensuring security without compromising performance.