OCR Studio’s NFC Chip Reading SDK allows global KYC platforms to perform full-fledged ID data cross-validation. Combined with OCR ID-scan and OCR MRZ-scan, SDK extracts data from the visual inspection and machine-readable zones, and then compares it with the information stored in the chip. With Face Matching SDK, you can additionally compare the ID portrait or the customer’s selfie with the image contained in the chip. During this data cross-validation process, even tiny mismatches are precisely detected, helping businesses protect customer onboarding workflows from fraud across both online and offline service channels.
Together with Passport OCR SDK, Driver License OCR SDK, ID & Residence Permit OCR SDK, NFC Chip Reading SDK performs ID data cross-validation for chip-equipped identity documents of any type and format. This helps businesses enhance their multi-country KYC workflows and build secure digital onboarding for emerging markets.
Cross-Validation Across NFC, MRZ, and VIZ
SDK compares the chip data with MRZ and VIZ information in the ID document, identifying signs of data alteration.
NFC-to-VIZ Portrait Cross-Check
SDK compares not only textual data, but also the document holder’s photo stored in the chip with the portrait displayed in the visual inspection zone.
Any ICAO/ISO-Compliant Chip Support
SDK is capable of reading any RFID/NFC chip compliant with the ISO and ICAO standards (ISO/IEC 7501-1 / ICAO Document 9303).
MRZ-Based NFC Access
SDK uses data from the document’s machine-readable zone to generate an NFC access key and read information from the chip.
Regulatory Compliant On-Premise SDK
On-premise SDK architecture enhances compliance with the most stringent data privacy standards.
NFC Passport Reading Without Internet Access
NFC passport reader SDK operates as an offline SDK and requires no external computing resources, ensuring full data locality.
NFC chip is a small electronic component inside the ID document that stores holder’s and document’s information, including nationality, name, document number, issuing state, sex, birth date, photo, digital signature, and more. The information on the chip is protected by a cryptographic signature, which assures that it was issued by the legitimate authority and has not been altered since production. NFC chips are commonly used in biometric passports and other eIDs, already issued by more than 140 countries worldwide.
NFC Chip Reading SDK is an ultra-lightweight solution for NFC passport reading and ID data cross-validation. The technology is designed for global KYC platforms that operate under strict fraud prevention requirements. By comparing ID data across the NFC chip, visual and machine-readable zones, ID verification SDK detects document data alterations and stops even high-quality forgeries from passing authentication.
SDK supports any ID documents with ICAO/ISO-compliant RFID/NFC chips. The solution extracts information from the chip embedded in ePassports, driver licenses, state IDs, residence permits, and any other chip-equipped documents. NFC passport reading itself can be performed on any NFC-enabled mobile device. This allows businesses to build reliable KYC for emerging markets.
ID data cross-validation confirms that the same identity information is consistent across all document zones. NFC Chip Reading SDK compares data from the visual inspection zone, machine-readable zone, and RFID/NFC chip to detect mismatches in names, document numbers, photos, or other critical fields. Any inconsistency may indicate data alteration – this helps businesses strengthen document authentication workflows.
No. On-premise SDK does not require customer selfies, ID images, or RFID/NFC chip data to be sent to external servers, clouds, or crowdsourcing platforms for processing. The system runs directly on mobile devices, desktops, or company’s servers, ensuring full data locality and reducing privacy and security risks.
NFC Chip Reading SDK enhances regulatory compliance through on-premise / on-device NFC data processing. NFC passport reading and ID data cross-validation are performed directly on the user’s smartphone, tablet, desktop, or within the company’s secure infrastructure, helping businesses meet GDPR, CCPA, and local data privacy standards, which is relevant for international identity verification purposes.
No. Offline SDK works without internet access as it does not rely on external computing resources — clouds or crowdsourcing platforms. This ensures full control over user privacy and guarantees seamless user experience even when the internet connection is not stable.
NFC Chip Reading SDK runs on Android, iOS, Windows, and Linux. The solution enables instant NFC passport reading and ID data cross-validation across all platforms. Developers can integrate it using C++, C#, Java, Python.
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