I am looking for a talented team to design and produce a Flash glucose monitoring system. The system should come with sensors that are changeable every 14 days, a duel recording device and an app that the device links to which will prompt messages when glucose levels are too low etc. This system has to be highly affordable as we are looking for mass production.
As I have read the Abbott FreeStyle Libre sensors use the RF430FRL15xH tag
This device has an internal 16-bit processor and two 14-bit analog inputs. In addition to the NFC antenna and a
internal battery.
As I think I understand the function of these sensors is to continuously measure glucose in interstitial fluid
every few minutes and store it in the memory of NFC / RFID readable data.
NFC / RFID block format
The RF430FRL15xH has a total of 0xF2 (242) memory blocks containing NFC / RFID readable data.
Each block is 8 bytes wide, so there is a total of 1936 bytes of data available for use with NFC / RFID.
ISO / IEC 15693 RFID commands with raw transceiver commands will be used to read the memory blocks.
Posible problems:
1-Understand the distribution of the internal memory of the readings. You will surely have a circular stack and a pointer. The pointer will tell us what it is
the last reading that has been done. Each new reading will erase the oldest reading.
2-That the manufacturer encrypts the data in such a way that it makes it difficult for others to understand the data stored in memory.
3-Know if it is necessary to find the equations that use the readings of the interstitial fluid sensors at the glucose level.