Hex NFC: Reader & Writer

The ultimate NFC toolkit, for FREE! Hex NFC brings the power of the iPhone's full capabilities to you in a professional-grade package for zero cost. Along with full support for practically every NFC chip currently available, Hex NFC also supports scanning of transit cards like PASMO/Suica and modern passport chips. We've gone to great lengths to utilise every capability the iPhone has to offer, to give users the one NFC app they'll ever need. Supported and tested on real silicon: - NTAG210μ, NTAG213, NTAG216, NTAG424 DNA - MIFARE Ultralight EV1, MIFARE Ultralight C - MIFARE DESFire EV3 - ICODE SLIX, ICODE SLIX2 - FeliCa (Japanese transit cards, PASMO/Suica) - eMRTD / ICAO 9303 (Modern passports) All other NFC chips of similar types (e.g. NTAG215) are tested on our own emulators, and are supported. We will confirm these on real silicon when chips become available. Confirmed Unsupported (iPhone can not scan): - MIFARE Classic EV1 The app allows you to perform essentially any action an NFC chip can receive including: - Read - Write records (Text, URL, Social Media Link, Search Engines, Files, Email, Contacts, Phone Number, Text Message, FaceTime, Map Location, Crypto Link, Wi-Fi Access) - Password Protect (Write only or full read/write), Incorrect Password Limits (permanent lock), 3DES and AES encryption - Memory Dump - Destructive & Irreversible Actions: Erase, Format, Permanent Lock - Advanced (APDU) Console for advanced users Quality of life features: - Pre-build a chip profile, then write it to as many cards as you need, one tap at a time - Save presets for later writes or overwrites - Review and reuse historical chip states - Lock and protection changes are checked by reading the chip back where possible, rather than trusting an ACK Warning: This app includes a number of dangerous features that could render your chip permanently disabled. They are clearly marked and warned against, you won't be able to do it by accident as they require you to input the chip's UID to perform. However we take no responsibility for unintentional or intentional damage to your chips. Use irreversible actions at your own risk.