International Research Journal of Education and Technology

More and more people now want food that’s not only tasty but also good for the planet, people often struggle as resources dwindle and environmental factors keep shifting, however, advances in digital innovation are beginning to transform primitive forming practices. By integrating automated more technologies like Bluetooth low energy (ble) sensors, farmers can now monitor conditions more precisely and make smarter decisions, easing the burden caused by these unexpected obstacles. This blend of living experience and modern innovations paves the way for a more ecofriendly and resilient agricultural future The system combination BLE sensor nodes with mobile applications and cloud servers to provide farmers with exactly, real-time data that data that is user friendly. We conducted agricultural field use power in different surroundings settings. This solution has made water management much stands out because it uses far less energy than wi-fi and ZigBee, So devices can last much longer without needing a charge. It’s also easier to set up since it works well with most modern gadgets and doesn’t need the complicated setup that Wi-fi or Zigbee sometimes require. Plus, it’s cheaper to operate, which is why many IoT and farming solutions prefer it, Sure, Wi-fi is great for fast data and ZigBee shines in big sensor networks, but for things nearby that need to save power, BLE is the sweet spot. You can see how adaptable and scalable this system is by looking at real-world uses like managing soil moisture, keeping greenhouse climates stable, and monitoring livestock health. These examples show how it handles different farming needs better than older methods. This research shows just how much BLE-based automated data collection can help farmers make smarter decisions, support eco-friendly farming, and speed up the use of smart farming tech. It’s exciting to see technology making difference out in the fields.

Keywords—Automated           monitoring, Bluetooth Low Energy (BLE), Environmental sustainability, Greenhouse management, IoT in agriculture, Livestock monitoring, Smart farming.