Hungary Személyazonosító OCR Python SDK
Instantly extract visual data and validate cryptographic MRZ checksums from Hungarian IDs using our native Python library.

Parsing Személyazonosító Challenges
Hungarian Személyazonosító cards pose unique OCR challenges. First, the presence of specific native Hungarian characters and accents (such as ő, ű, á, é, í) requires highly robust native script recognition to prevent data corruption. Second, varying layouts across different card versions and print quality variations complicate data extraction. Finally, ensuring the document's authenticity requires reliably locating and strictly validating the Machine-Readable Zone (MRZ) on the back of the card, while correctly transliterating Hungarian visual text into the MRZ format.
Why StructOCR for Hungary
Our model is specifically trained on a large dataset of Hungarian Személyazonosító cards, including variations in layout and print quality, making it ideal for advanced id card parsing tasks. The Python SDK simplifies integration, effortlessly handling complex Hungarian typography. It automatically preprocesses images and actively parses the embedded TD1 MRZ, allowing developers to quickly and securely deploy KYC automation workflows with minimal code.
Common Use Cases in Hungary
- Digital Onboarding: Verify users for Fintech apps in Hungary by automatically matching VIZ data against the cryptographic MRZ.
- Telecom Registration: Automate SIM card registration with robust extraction of Hungarian addresses and special characters.
- Hotel Check-in: Speed up guest registration workflows with automated eSzemélyi MRZ scanning.
Live Demo: ID card scanner
No registration required. Upload a file to test the extraction.
Drop files here or click to browse
JPG · PNG · WebP · up to 500 files · max 4.5 MB each
Python SDK Integration
Install the SDK via pip: `pip install structocr`. The SDK automatically maps Hungarian visual fields and extracts the raw TD1 MRZ lines.
Prerequisite: Python 3.6+ and `structocr` library installed.
from structocr import StructOCR
# 💰 Save 30%+ vs competitors. Get 200 free credits instantly:
# 👉 https://structocr.com/register
# Initialize with your API Key
client = StructOCR("YOUR_API_KEY_HERE")
def scan_hungary_id():
# Note: Supports JPG, PNG, WebP (Max 4.5MB)
# Target: Személyazonosító
image_path = "hungary_national_id.jpg"
try:
print(f"Scanning {image_path}...")
# The SDK handles file upload and API communication
result = client.scan_national_id(image_path)
if result.get('success'):
data = result['data']
print("✅ Hungary Extraction Successful!")
# Basic Identity
print(f"Region: {data.get('country_code')}")
print(f"Name: {data.get('given_names')} {data.get('surname')}")
print(f"ID Number: {data.get('document_number')}")
# Critical Field: Personal Identity Number
print(f"Personal #: {data.get('personal_number')}")
# Demographics
print(f"DOB: {data.get('date_of_birth')} ({data.get('sex')})")
print(f"Address: {data.get('address')}")
# Extract TD1 MRZ Data
additional = data.get('additional_fields', {})
if additional.get('mrz_line_1'):
print("\n🔍 MRZ Data Extracted & Validated:")
print(f"Line 1: {additional.get('mrz_line_1')}")
print(f"Line 2: {additional.get('mrz_line_2')}")
print(f"Line 3: {additional.get('mrz_line_3')}")
else:
print(f"❌ Extraction Failed: {result.get('error')}")
except Exception as e:
print(f"An error occurred: {e}")
if __name__ == "__main__":
scan_hungary_id()Technical Specs
- •Latency: < 4s (Average)
- •Uptime: 99.9% SLA
- •Security: AES-256 Encryption & SOC2 Compliant
- •Input: JPG, PNG, WebP (Max 4.5MB)
- •Output: JSON (Structured Data + MRZ Block)
Key Features
- •Native Hungarian OCR: Perfectly captures complex diacritics (ő, ű, á, é, í, etc.) without encoding errors.
- •Hybrid VIZ + MRZ AI: Cross-validates unstructured visual data against cryptographic TD1 MRZ checksums for zero hallucination.
- •Blur Detection: Automatically rejects blurry images.
- •Smart Crop: Removes background noise and deskews rotated images automatically, ideal for mobile photos.
JSON Response Example
The SDK returns a Python dictionary matching this JSON structure, including the parsed visual data with native Hungarian characters and the raw Machine-Readable Zone (MRZ).
{
"success": true,
"data": {
"type": "national_id",
"country_code": "HUN",
"nationality": "MAGYAR",
"document_number": "123456AB",
"card_series": "",
"personal_number": "1 900101 1234",
"surname": "NAGY",
"given_names": "ISTVÁN",
"sex": "M",
"date_of_birth": "1990-05-15",
"place_of_birth": "BUDAPEST",
"address": "1052 Budapest, Deák Ferenc tér 1.",
"date_of_issue": "2020-01-01",
"date_of_expiry": "2030-01-01",
"issuing_authority": "Budapest Főváros Kormányhivatala",
"additional_fields": {
"tramite_number": null,
"mrz_line_1": "IDHUN123456AB<9<<<<<<<<<<<<<<<",
"mrz_line_2": "9005156M3001018HUN<<<<<<<<<<<4",
"mrz_line_3": "NAGY<<ISTVAN<<<<<<<<<<<<<<<<<<"
}
}
}Frequently Asked Questions
Does the SDK validate the MRZ on the back of the Személyazonosító?
Yes. Our engine extracts the TD1 format MRZ lines and runs the ICAO 9303 checksum verification (modulus 10 with 7-3-1 weighting) on the document number and date of birth to ensure data integrity.
Does it support Hungarian special characters like ő and ű?
Absolutely. The OCR engine is fully optimized for Hungarian typography. It natively processes all special characters in the Visual Zone (VIZ) and maps them to their ICAO transliterated equivalents when checking the MRZ.
Does the Python SDK handle image uploads?
Yes, the SDK automatically handles base64 encoding and file uploads securely.
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