NFC Passport Reading: A Technical Deep Dive
Blog post from Didit
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Secure Data Extraction NFC passport reading utilizes contactless communication to safely extract data from e-passports, verifying authenticity without physical interaction, and is governed by Basic Access Control (BAC) and Passive Authentication (PACE) protocols to prevent unauthorized access. These e-passports, embedded with a chip and antenna, store sensitive personal information and use Near Field Communication (NFC) technology to enable secure data exchange with authorized readers through advanced cryptographic techniques. Global compliance with ICAO standards ensures high trust and interoperability in NFC passport verification, bolstered by cryptographic methods like symmetric and asymmetric encryption, digital signatures, and public key infrastructure (PKI) for data protection. The transition from BAC to more secure protocols like PACE enhances security through stronger key establishment, robust authentication, and resistance to eavesdropping. Didit integrates these NFC passport reading capabilities to provide a secure identity verification solution, supporting both BAC and PACE protocols, and employing multi-layered security measures that include biometric checks and cryptographic verification, while adhering to global compliance standards to streamline user onboarding and enhance security posture.
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