RFID #4

New Issue

eyuep.sueyruege · 2023-10-29T12:01:04+01:00

eyuep.sueyruege commented

2023-10-29 12:01:04 +01:00

Gather comprehensive information on RFID technology, including its principles, types, and applications.
Understand how RFID functions in terms of communication between RFID tags and readers.

Identify the necessary hardware and software components for RFID, such as RFID tags, readers, and relevant programming tools.
Explore any specific requirements for setting up and working with RFID systems.

Investigate how data is stored on RFID tags and how it can be accessed, read, and written.
Understand the data format and storage capacity of RFID tags.

Research methods for modifying RFID tokens to store and transmit your specific information.
Explore the tools and techniques required to personalize RFID tokens.

Study how the ESP32 microcontroller can be used to establish a connection with a server.
Investigate the protocols and libraries (e.g., HTTP, WebSockets) for server communication with ESP32.

Plan the integration of RFID technology with the ESP32 for your specific project.
Document the steps involved in connecting, reading, and writing data on RFID tokens, as well as sending/receiving data with the server.

Develop and test a functional prototype of your project, ensuring that RFID data can be read, modified, and communicated to the server through the ESP32.

Define the subsequent phases of the project, such as scaling, security measures, and any additional features.

Create comprehensive documentation covering the research findings, hardware and software requirements, implementation steps, and testing procedures.

Gather comprehensive information on RFID technology, including its principles, types, and applications. Understand how RFID functions in terms of communication between RFID tags and readers. Identify the necessary hardware and software components for RFID, such as RFID tags, readers, and relevant programming tools. Explore any specific requirements for setting up and working with RFID systems. Investigate how data is stored on RFID tags and how it can be accessed, read, and written. Understand the data format and storage capacity of RFID tags. Research methods for modifying RFID tokens to store and transmit your specific information. Explore the tools and techniques required to personalize RFID tokens. Study how the ESP32 microcontroller can be used to establish a connection with a server. Investigate the protocols and libraries (e.g., HTTP, WebSockets) for server communication with ESP32. Plan the integration of RFID technology with the ESP32 for your specific project. Document the steps involved in connecting, reading, and writing data on RFID tokens, as well as sending/receiving data with the server. Develop and test a functional prototype of your project, ensuring that RFID data can be read, modified, and communicated to the server through the ESP32. Define the subsequent phases of the project, such as scaling, security measures, and any additional features. Create comprehensive documentation covering the research findings, hardware and software requirements, implementation steps, and testing procedures.

eyuep.sueyruege added the

Backend

Technical

labels 2023-11-07 18:04:40 +01:00

eyuep.sueyruege added this to the Enddate for Base Prototype milestone 2023-11-07 18:04:42 +01:00

eyuep.sueyruege self-assigned this 2023-11-07 18:04:53 +01:00

sefa-can.serce was assigned by eyuep.sueyruege

2023-11-07 18:04:53 +01:00

ayodeji.abajingin was assigned by eyuep.sueyruege

2023-11-07 21:55:22 +01:00

omair.jafar was assigned by eyuep.sueyruege

2023-11-07 21:55:34 +01:00