µFR NFC ePassport Reader vs ePassRead

ABOUT This demo app is used for reading and verifying NFC chips in e-Passports using either external NFC Reader (µFR Series by Digital Logic) or phone's NFC chip. App verifies the NFC chip in the Machine Readable Travel Document (MRTD) using optically captured (OCR) information from the document's Machine Readable Zone (MRZ). If you don't want to scan your document using your phone camera, you can type in the MRZ data manually. Once the NFC chip is verified, app displays document holders biometric data and document validity. PRIVACY We don't collect or store any personal information. Data is kept only in device's memory and is deleted as soon as you close the app. PRIVACY POLICY https://www.d-logic.net/ufr-e-passport-reader-mrtd-reading-app-privacy-policy/ USER MANUAL https://www.d-logic.net/code/nfc-rfid-reader-sdk/ufr-doc/blob/master/%C2%B5FR%20e-Passport%20reader.pdf SUPPORTED DEVICES This app works with any of the following NFC readers: µFR Nano, µFR Classic, µFR Classic CS and µFR Advance. µFR Nano Online (NFC Reader with Wireless and Bluetooth communication) will be supported in the next app version (release date Q1 2020). DISCLAIMER This application is provided as-is and without any warranty. MORE INFORMATION Please visit our website for more information: www.d-logic.com Or contact us at: support@d-logic.rs LICENCES DLRadioButton MIT License Tesseract OCR for iOS MIT License Alamofire MIT License SwiftyStoreKit MIT License

ePassRead is an NFC passport reader designed for electronic passport inspection and secure integration with your own business systems. Hold your iPhone near an electronic passport to read identity details, the chip portrait, and available data groups. ePassRead presents Passive Authentication, certificate trust, Chip Authentication, and Active Authentication results when supported, helping you assess the integrity and trust status of the chip data. ePassRead also supports driver license records. Select the issuing country or region, scan supported AAMVA PDF417 barcodes or issuer QR codes, and capture the front, back, and a holder selfie. Driver license records can be reviewed locally and securely submitted to your configured business endpoint in the same way as passport records. Key features: • Read ICAO-compliant electronic passports through NFC • View the holder name, passport number, nationality, date of birth, expiry date, issuing details, and chip portrait • Review chip data groups, SOD hash checks, and available anti-cloning authentication results • Select the driver license issuing country or region • Scan supported AAMVA PDF417 barcodes or issuer QR codes • Capture the front and back of a driver license and a holder selfie • Store read records locally, with large images saved as files to reduce memory usage • Capture the passport information page and perform local holder similarity comparison • Scan a QR code to configure a business endpoint, binding ID, and AES encryption key • Submit selected passport or driver license records only after a second confirmation • Encrypt report payloads locally before sending them to your configured server • Support multiple endpoints, runtime logs, and manual iCloud backup with Pro • Available in English, Simplified Chinese, Traditional Chinese, Japanese, Korean, Russian, Spanish, and Arabic Privacy and security: Passport and driver license records are stored on the device by default. ePassRead does not automatically upload a record after reading or capture. Every submission requires user confirmation, and the report payload is encrypted locally with AES-GCM. App Attest helps your server determine whether a request came from an attested app instance. Important: Chip reading and authentication results help assess the integrity and trust status of passport chip data. They are not an official passport authenticity decision issued by a government, border authority, or immigration system. Driver license barcode and QR parsing only extract the presented data. Codes and images may be copied or altered, and the results are not an official driver license authenticity decision.