iBeta 1 - 42,280 Liveness Detection Dataset

iBeta 1 - 42,280 Liveness Detection Dataset

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iBeta 1 - 42,280 Liveness Detection Dataset

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iBeta 1 - 42,280 Liveness Detection Dataset

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iBeta 1 - 42,280 Liveness Detection Dataset

Description

Explore the iBeta Level 1 Liveness Detection Dataset with 42,000 video attacks, including 3D masks, phone displays, and printed photos. Ideal for anti-spoofing research, biometric security, and AI-driven liveness detection systems.

Description:

The iBeta Level 1 Liveness Detection Dataset is a curated collection of over 42,000 video attacks designed to evaluate and improve liveness detection systems. Featuring diverse spoofing methods like 3D masks, phone displays, and printed photos, the dataset supports advancements in anti-spoofing research and biometric security.

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The iBeta Level 1 Liveness Detection Dataset is a meticulously curated collection of over 42,000 video attacks, designed specifically to meet iBeta requirements for Level 1 certification of liveness detection systems. This dataset serves as a vital benchmark for developing, evaluating, and improving liveness detection algorithms and anti-spoofing technologies.

Key Features of the Dataset

Diverse Attack Scenarios

The dataset includes 7 unique types of spoofing attacks, covering a wide range of real-world challenges:

  1. Outline: Printed outlines of facial photos.
  2. Outline3D: Portraits attached to a cylinder for 3D simulation.
  3. Mask: Photos with cut-out eyes, used in various configurations.
  4. Mask3D: Cardboard masks created from multiple layers of portraits.
  5. Phone: Spoofing using photos displayed on smartphones.
  6. Monitor: Photos displayed on computer screens.
  7. Real: Genuine human faces for baseline comparison.

High-Quality Video Data

  • Videos captured on Apple iPhones and Google Pixels, ensuring high resolution and diverse quality.
  • Filmed against varied backgrounds and with accessories like facial hair, scarves, and hats to enhance variability.

Applications in Anti-Spoofing Research

  • Ideal for training deep neural networks and biometric systems to distinguish between real and spoofed inputs.
  • Focused on identifying unseen spoofing cues, making it suitable for cutting-edge anti-spoofing research.
  • Supports advancements in face liveness detection, presentation attack detection, and biometric security systems.

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