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license: cc-by-nc-4.0
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license: cc-by-nc-4.0
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---
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Anti-Spoofing Paper Attacks iBeta 2 - 5,000 videos
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4 different attack types, advanced paper attacks for Liveness Detection
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# Liveness Detection Dataset: iBeta level 2 advanced mask attacks (5 K videos)
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## Dataset Description
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- **25 participants** recorded under signed consent
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- **Dual-device capture:** iOS / Android phones
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- **Diverse representation:** balanced gender mix and broad ethnicity coverage (Caucasian, Black, Asian, Latinx)
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- **5 000 videos**
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- **Active-liveness phases:** fixed, zoom-in, zoom-out
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## Types of Presentation Attacks (paper masks)
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- **1. Printed attributes on photo** – a flat facial photo with accessories (e.g., glasses, hat) printed together with the face.
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- **2. Cut-out attributes in photo** – a flat facial photo cut to the shape of the face.
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- **3. External attributes on top of photo** – a flat facial photo with real accessories (glasses, cap, etc.) attached on top.
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- **4. Photo mask on actor + external attributes** – a full-size photo fixed to an actor’s face; real items such as a hood or wig are added.
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- **5. Photo mask on actor, printed attributes** – a fixed photo that already contains additional printed attributes.
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- **6. Photo mask on actor with eye holes + external attributes** – eye openings are cut in the photo; the actor blinks through them while wearing real wig/clothing.
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- **7. Photo mask with printed attributes and eye holes** – combines printed accessories on the photo with the actor’s live eyes visible through cut-outs.
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## Potential Use Cases
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- **Liveness detection R&D:** train / benchmark algorithms that separate selfies from 3D mask spoofs with high accuracy.
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- **iBeta level 2 pre-certification:** stress-test PAD models against high-realism 3D mask scenarios before formal audits.
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- **Cross-material studies:** analyse generalisation gaps between silicone, latex, paper and textile attacks for robust deployment.
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Keywords: iBeta certification, PAD attacks, Presentation Attack Detection, Antispoofing, Facial Biometrics, Biometric Authentication, Security Systems, Machine Learning Dataset
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