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Why can synthetic video injected below the camera driver pass your liveness check cleanly?

85

Opportunité

Liveness detection runs at the application layer, above the OS driver. A camera injection attack intercepts the video stream below that layer, feeding the detector a synthetic face generated in real time that behaves exactly like a genuine camera signal because from the detector's perspective it is one. Group-IB documented 8,065 such attempts against a single financial institution between January and August 2025, and injection attacks on iOS devices surged 1,151% in the second half of 2025 alone. An RSA Conference analysis published in 2026 concluded that ISO 30107-3 PAD certification does not cover virtual-camera and API-level injection, leaving it entirely outside the scope of the only certification most vendors pursue. There is no consumer-level standard for hardware-attested camera feeds, and the entire KYC pipeline assumes the signal entering liveness detection originates from a phy

Pourquoi c'est important

Every biometric onboarding flow is only as strong as its weakest pipeline layer, and right now that layer is the unattested camera bus.

Comment j'évalue l'opportunité

Le Score d'Opportunité est mon évaluation personnelle, pas une mesure : l'intensité de la douleur, sa fréquence et le peu de solutions qui existent aujourd'hui. Plus il est élevé, plus je pense que le problème vaut la peine d'être résolu.

Gravité9/10

L'intensité de la douleur qu'il provoque lorsqu'il se manifeste.

Fréquence7/10

La fréquence à laquelle les gens y sont réellement confrontés.

Espace libre8/10

Le peu de bons outils qui existent pour y remédier aujourd'hui.

D'autres problèmes qui méritent d'être résolus