Bola Bola: A sleek match-booking platform using microservices and Stripe payments. Features real-time match streaming and highlights. Perfect for sports enthusiasts.
The RFID microservice is intended to provide user check-in functionality using the PN532 NFC/RFID controller and a Raspberry Pi. This service will be responsible for reading RFID tags and transmitting the data for user identification and session initiation in our system.
1. Hardware Integration:
Interface with the PN532 module through the Raspberry Pi's available communication interfaces (I2C/SPI/HSU).
Implement a robust error-handling mechanism to manage potential communication failures with the RFID reader.
2. Tag Reading:
Continuously poll the PN532 module for RFID/NFC tag presence.
Upon detecting a tag, read the tag's unique identifier (UID) and any additional data stored on it.
3. User/Ticket Identification and Validation:
Validate the read UID against a list of registered users in the system database.
Trigger a user check-in event in the system upon successful identification, which includes recording the time and location of access.
API Endpoint:
Expose an API endpoint to allow on-demand polling and reading of RFID tags.
Secure the API to prevent unauthorized access to the RFID reading functionality.
The RFID microservice is intended to provide user check-in functionality using the PN532 NFC/RFID controller and a Raspberry Pi. This service will be responsible for reading RFID tags and transmitting the data for user identification and session initiation in our system.
1. Hardware Integration: Interface with the PN532 module through the Raspberry Pi's available communication interfaces (I2C/SPI/HSU). Implement a robust error-handling mechanism to manage potential communication failures with the RFID reader.
2. Tag Reading: Continuously poll the PN532 module for RFID/NFC tag presence. Upon detecting a tag, read the tag's unique identifier (UID) and any additional data stored on it.
3. User/Ticket Identification and Validation: Validate the read UID against a list of registered users in the system database. Trigger a user check-in event in the system upon successful identification, which includes recording the time and location of access.
API Endpoint: Expose an API endpoint to allow on-demand polling and reading of RFID tags. Secure the API to prevent unauthorized access to the RFID reading functionality.
https://azure-samples.github.io/raspberry-pi-web-simulator/
The link above requires access to azure for iot simulation, not tested.