---
title: "Synthetic Printed Japanese Passports Dataset"
description: "This Japanese passports dataset contains 5,000 AI-generated, high-resolution passport images with diverse lighting, angles, and backgrounds. This synthetic passport dataset supports document analysis, OCR, and…"
url: "https://unidata.pro/datasets/synthetic-printed-japanese-passports/"
date_modified: "2026-02-16T22:39:31+03:00"
language: "en-US"
---
This Japanese passports dataset contains 5,000 AI-generated, high-resolution passport images with diverse lighting, angles, and backgrounds. This synthetic passport dataset supports document analysis, OCR, and biometric data research, offering realistic Japanese passport images for training and evaluating identity recognition and personal data extraction systems.

## Dataset Structure

### The Numbers Section

**Numbered list:** - **Number:** 5 000 — **Text:** Images

### Tooltips Section

**Tooltip items:**

- **Name:** PII
- **Name:** Data generation
- **Name:** Security
- **Name:** Anti-spoofing
- **Name:** Computer Vision

### Dataset Information

**Table with data:**

| Characteristic | Data |
| --- | --- |
| Description | Printed synthetic passport images for training ML models in PII extraction |
| Data types | Image |
| Tasks | OCR, Computer Vision |
| Total number of files | 5 000 |
| Number of files in a set | 96 (Angles - 3, Lighting - 4, Backgrounds - 4, Distances - 2) |
| Angles | 0°, 25°, 45° |
| Lighting | Natural-daylight, Office-LED, Warm-indoor, Dim-light |
| Backgrounds | Neutral wall, Textured desk, Outdoor pavement, Docs-on-docs |
| Distance | Close (80-90 % frame), Medium (50-60 %) |
| Labeling | Metadata (Passport ID, Sample ID, Class, Gender, Age Group, Angle, Distance, Category, Resolution, Camera, Light Condition, Background, Timestamp) |
| Gender | Male, Female |

**Media Slider:**

- **Image in the slider:** ![japanese passport dataset](https://unidata.pro/wp-content/uploads/2025/10/japanese-passport-dataset3-scaled-e1759993829396.webp)
- **Image in the slider:** ![japanese passport dataset](https://unidata.pro/wp-content/uploads/2025/10/japanese-passport-dataset4-scaled-e1759993887316.webp)

**Link to the sample:** [Download sample](https://drive.google.com/drive/folders/1u7fHitCOsTwgxPk_UUZsSb4mFn0r1qE4)

### Technical Specifications

**Table with data:**

| Characteristic | Data |
| --- | --- |
| Image Extensions | HEIC |
| Data Type | generated |

**Source and data collection methodology:** Source and collection methodology: Data was AI-generated.

### Dataset Use Cases - Slider

**Industry Cards:**

- **Industry:** Finance and Banking — **Title:** Automated Identity Verification for Digital Onboarding — **Text:** Financial institutions and fintech companies can use Synthetic Printed Japanese Passports Dataset to train AI systems that verify customer identities through passport images. The dataset helps improve OCR accuracy, detect document forgeries, and extract personal information such as name fields, ID numbers, and birth dates. With its variety of lighting conditions and viewing angles, it supports realistic simulations of travel document verification in digital banking and KYC (Know Your Customer) systems.
- **Industry:** Travel and Immigration — **Title:** AI Systems for Border Control and Document Authentication — **Text:** Airports, immigration services, and government agencies benefit from this synthetic passport dataset by using it to develop and test machine learning models for document authentication. The dataset’s detailed images replicate real-world travel documents and biometric data, helping systems recognize valid identity documents and flag anomalies. It aids in enhancing the accuracy of e-passport scanners and automated immigration checkpoints for international travel.
- **Industry:** AI Research and Computer Vision — **Title:** Training Models for OCR, Document Segmentation, and PII Extraction — **Text:** Researchers and AI developers use this dataset to train models on document analysis, OCR, and biometric feature extraction. Containing realistic synthetic passport images, it supports work in data privacy, synthetic generation research, and identity recognition. The diverse visual variations allow better generalization in models classifying or anonymizing sensitive personal data.
- **Industry:** Cybersecurity and Data Privacy — **Title:** Developing Secure Systems for Sensitive Data Handling — **Text:** Cybersecurity firms and compliance teams leverage this dataset to simulate and test secure systems that process identity documents. Its synthetic generation ensures no real personal information is exposed, making it ideal for training AI models in privacy-preserving data extraction, PII detection, and digital document verification across industries.

### Fact

**FAQs Heading:** FAQs

**List of Questions:**

- **Question:** How was the dataset collected? — **Answer:** All images in Synthetic Printed Japanese Passports Dataset are AI-generated, not collected from real-world government systems or individuals. Synthetic generation ensures that no personal or biometric data from Japanese citizens or other countries is included, maintaining full compliance with data protection standards.
- **Question:** How are Unidata datasets licensed? — **Answer:** Unidata follows a dual-licensing model: free samples are available for evaluation and testing, while the full dataset requires purchase. This approach ensures that you can verify dataset suitability before making a full acquisition.
- **Question:** Do Unidata datasets comply with GDPR and other data privacy regulations? — **Answer:** Yes. All Unidata datasets, including this dataset, are curated in compliance with GDPR and international data protection laws. Data is generated ethically from permissible sources, ensuring that no personal or identifiable information is ever included.
- **Question:** How are Unidata datasets stored? — **Answer:** Unidata stores all datasets securely on AWS cloud infrastructure, ensuring reliability, scalability, and privacy. Storage and data management comply with ISO 27001 and ISO 27701 standards, which guarantee internationally recognized information security and privacy management practices.
- **Question:** How long does it take to receive the dataset after purchase? — **Answer:** After you submit your dataset request, Unidata will review your requirements and send documentation for completion. Once signed and payment is confirmed, your dataset will be delivered within 3–10 business days via secure cloud access.
- **Question:** Is this dataset unique? — **Answer:** Yes. Each image in Synthetic Printed Japanese Passports Dataset is uniquely generated using AI, ensuring that no two samples are identical. This uniqueness improves model robustness by exposing algorithms to diverse visual scenarios and metadata variations.
- **Question:** Can I request a sample of the dataset before purchasing or downloading it? — **Answer:** Yes. Unidata offers free samples of this  Japanese passport dataset so researchers and businesses can evaluate image quality, structure, and metadata before purchase. These samples demonstrate the characteristics of the synthetic identity documents included in the full dataset.
- **Question:** Why use a synthetic Japanese passport dataset for AI development? — **Answer:** A synthetic Japanese passport dataset provides realistic document images for training AI systems without using real citizens’ identity documents. It enables safer development of OCR, document analysis, and identity verification models while minimizing privacy and data protection concerns.

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