Design and implementation of efficient bootloader for endurance enhancement in flash memory storage systems.

We propose a new bootloader design with dynamic boot addressing to increase the endurance of microcontroller flash memories and to use flash memory efficiently. Although the final industrial products are not updated much, regular programming during the development and testing phase inefficiently reduces the endurance of flash memory. Especially after the pandemic, the problems experienced in the production/supply processes of products using semiconductor technology and the highly extended deadlines have inspired our work to extend the life of the products used in the development and testing phase. Within the scope of the study, a bootloader design and implementation related to increasing the durability of flash memory, which affects the lifetime of microcontrollers, are explained. When a new application installation request comes, it is aimed to provide the following without the need for any additional hardware; It is to ensure that the data to be written to the flash memory is shared homogeneously between sectors, to prevent unnecessary memory deletion, to shorten the time spent on installing applications, to increase memory endurance and to predict possible memory endurance problems.