Digitalization has not recently been applied in any silage bundle stamping and data dealing with. Typically, ranchers order gatherings of bunches utilizing distinctive shading plastic covers, and splashes. This manual cycle is, beyond question, tedious and wasteful. Also, bunches stockpiling and exchanging are issues ranchers need to manage. Digipaali (Digibale) project takes the upsides of data innovation as a general rule, Internet of Things (IoT) specifically, to decrease the pointless difficult work and further develop process execution. Remaining in the core of the task is radio recurrence recognizable proof (RFID) innovation, of which little rectangular labels will be appended to bundles. Clients would then be able to peruse bundle information, for example temperature, stickiness, dry matter, GPS-information by means of cell phone with extraordinary RFID perusers, and make exchange on an open e-commercial center (Suokannas, 2018). In the primary phase of the undertaking, we made a framework that can consequently join RFID labels to each bunch and gather their connected natural data. This is finished utilizing planned box containing RFID perusers, sensors, Arduino, Raspberry Pi, 4G modem, and force inverter. RFID application in silage bundle the board Radio-recurrence ID innovation, with its electromagnetic-based following strategy and unmistakable quality of target's implant, is viewed as a promising answer for further developing the silage bundle the board interaction. The following system of the silage packs is planned to exploit the electromagnetic working guideline of against darkened detecting to lessen the requirement for beast power following, which has been regularly done in a fairly manual and tedious way. (Finkenzeller, 2003). Accordingly, without having the prerequisite of being filtered straightforwardly like standardized tag, RFID labels are prepared to do coordinate incorporation into following articles, thus the execution of such framework is surveyed as a reasonable and easy system.