ST25DV-I2C CryptoDemo
This application shows how to establish a secure transfer channel over NFC
STMicroelectronics NV · com.st.st25dvcryptodemo
UpdatedJun 14, 2024
PublishedJun 14, 2024
Packagecom.st.st25dvcryptodemo
MD5f9fa0b905d75015d4aacbcf38cad9915
SHA1 (signer)46:AC:E8:49:F4:68:B0:B8:55:9E:7F:1A:0F:58:E7:2B:4F:3C:71:A6
Signed byCN=Android, OU=Android, O=Google Inc., L=Mountain View, ST=California, C=US
Architecturesx86, x86-64, armeabi-v7a, arm64-v8a
Malware scanUNKNOWN
Websitehttps://www.st.com/st25
Contact[email protected]
Privacy policyView
What's new
Bug fixing.
Description
The ST25DV-I2C CryptoDemo application shows how to establish a secure transfer channel over NFC, between an STM32 microcontroller and an Android smartphone. It uses the fast transfer mode (FTM) feature of the ST25DV-I2C NFC Tag.
An ST25DV-I2C-DISCO board is required to run the demonstration.
This demonstration establishes a secure transfer channel by using cryptography to perform mutual authentication and to encrypt the communications over NFC.
This secure transfer channel is used during the demonstration to securely send and retrieve data, perform the device settings, and upload new firmware.
Only the granted user may communicate with the STM32 microcontroller to perform these operations.
All the communications are encrypted between the microcontroller and the Android phone in both ways, so that the user can configure the product or retrieve data securely.
FEATURES :
- Encryption of all NFC bidirectional communications between an Android Phone and an STM32 microcontroller
- Fast communications over NFC, using ST25DV fast transfer mode
- AES and ECC cryptography
- Mutual authentication between the Android phone and the STM32 microcontroller
- Establishment of a unique AES session key
- Encryption can be used to retrieve data, set device settings or update the firmware securely
An ST25DV-I2C-DISCO board is required to run the demonstration.
This demonstration establishes a secure transfer channel by using cryptography to perform mutual authentication and to encrypt the communications over NFC.
This secure transfer channel is used during the demonstration to securely send and retrieve data, perform the device settings, and upload new firmware.
Only the granted user may communicate with the STM32 microcontroller to perform these operations.
All the communications are encrypted between the microcontroller and the Android phone in both ways, so that the user can configure the product or retrieve data securely.
FEATURES :
- Encryption of all NFC bidirectional communications between an Android Phone and an STM32 microcontroller
- Fast communications over NFC, using ST25DV fast transfer mode
- AES and ECC cryptography
- Mutual authentication between the Android phone and the STM32 microcontroller
- Establishment of a unique AES session key
- Encryption can be used to retrieve data, set device settings or update the firmware securely
Required features
- Faketouch android.hardware.faketouch
- Screen Portrait android.hardware.screen.portrait
Permissions (2)
ST25DV-I2C CryptoDemo requests the following Android permissions:
- Nfc android.permission.NFC
- Read External Storage android.permission.READ_EXTERNAL_STORAGE
