Identification
Read UHF tags associated with tools.
RFID UHF · ESP32-S3
Tool identification with RFID UHF.
Integration of a UHF reader, ESP32-S3 and an application to identify tagged tools. Reads and coverage are under validation.
Tagged tool
Identification through a UHF tag.
RFID reader
Capturing reads for processing.
ESP32-S3
Communication and event delivery over Wi-Fi.
Application
Displaying device information.
A path under validation. This illustration does not show live reads.
What we are developing
Connect a physical read to a useful application.
The prototype explores how to identify tagged tools and bring that information into an application. The work brings together a reader, device and software in one integration path.
Communication
Develop the connection between the reader, ESP32-S3 and application.
Event handling
Organize reads and display device information.
Project status
The next step is testing the complete path.
ESP32-S3 communication with the application over Wi-Fi is part of the prototype. The complete path still needs testing before accuracy and use in a real environment can be assessed.
Reader response
Check communication and the RFID module's response.
Tag reads
Verify that reads reach the device and application.
Coverage
Evaluate the system in its intended operating conditions.
Read range, accuracy and commercial availability have not been confirmed. Application scope is assessed per project.
RFID UHF · ESP32-S3
What does your operation need to identify?
We can assess an RFID application around the objects, environment and workflow. Testing and scope are defined before implementation.