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AII-1001-48767
ReportedReported by fewer than three independent publishers, with no official finding.Supporting sources are pending verification.

AI-driven deepfakes and injection attacks fuel global biometric fraud surge

Fraudsters are increasingly using generative AI to create deepfakes and digital forgeries that bypass biometric identity verification systems in injection attacks. According to Entrust's analysis of over one billion identity verifications globally, deepfakes now account for one-fifth of biometric fraud attempts, with injection attacks rising 40% annually and deepfaked selfies up 58% in 2025.

September 2025 ยท Fraud, scams and manipulation
September 2025
AII-1001-48767
Quick facts
Category
Fraud, scams and manipulation
Country
United States
Date
September 2025
Drafted by
Raidu Incident Detection

What happened

Fraudsters are using generative AI to commit new account fraud and bypass biometric-based identity checks, according to Entrust's 2026 Identity Fraud Report based on analysis of over one billion identity verifications across 30+ sectors and 195 countries between September 2024 and September 2025. Digital forgeries now comprise over a third (35%) of document fraud attempts, driven by the accessibility of modern editing tools and generative AI that enable creation of hyper-realistic replicas of identity documents.

Deepfakes now account for a fifth of biometric fraud attempts, with instances of deepfaked selfies increasing by 58 percent in 2025. Methods include synthetic identities (AI-generated faces not corresponding to real people), face swaps (replacing one person's face with another in recorded or live video), and animated selfies (adding AI-driven movement to static photos).

Deepfakes are most frequently used in injection attacks, where fake images or videos are fed directly into identity verification systems, bypassing the camera and live capture process. The frequency of such attacks rose by 40% annually, with virtual camera injections most common and often paired with device emulation techniques to deceive verification software.

Reported impact

Deepfake attacks disproportionately target high-risk financial services sectors, with 60% of deepfake-based fraud attempts aimed at cryptocurrency platforms, 22% at digital-first banks, and 13% at payments and merchants. In payments, 82 percent of fraud attempts target the authentication process.

National ID cards account for nearly half of all fraudulent document submissions globally, with driver's licenses making up another quarter. In 2025, fraudsters targeted Bangladesh national ID cards more than any other document from any country.

Index analysis

Fraud is becoming faster, more organized, and more commercially driven, with fraud facilities located globally running attacks around the clock. Fraud attempts peak between 2:00 am and 4:00 am UTC, when defenses in many regions are offline.

Fraudsters typically recycle the same fake information across multiple fraudulent documents in a 'rinse and repeat' approach. Older document systems that still have paper versions in circulation are most easily compromised.

Governance controls

The report emphasizes the importance of robust liveness detection to combat spoofs and deepfakes across the identity verification lifecycle. Adding liveness detectionโ€”whether passive or activeโ€”is identified as essential to staying ahead of adaptive threats.

Classification

Category
Fraud, scams and manipulation
Industry
Financial and insurance services
Country
United States
Harm status
Actual harm
Intent
Intentional
Timing
Unknown
Harm types
Economic or property
Harmed
Business, Consumers
Failure modes
Deepfake image, Deepfake video, Prompt injection
AI systems
Generative AI deepfake tools, Generative AI document forgery tools

Sources and evidence

Sources not yet published

This record was researched and written by the Index from original reporting. Its sources are still being verified by an editor, and they are listed here once that check is complete. Until then the record carries no reviewer.

How sources are verifiedSuggest a source for this incident