Bangladesh is embracing artificial intelligence and digital technologies to revolutionize its agricultural sector, creating new opportunities for economic transformation. In this context, smart farming can be advanced through the use of technologies like AI, IoT, and Big Data. This can involve using drones to keep an eye on the land, planting seeds based on weather predictions, and examining the soil.quality and giving instructions for applying fertilizers, etc. This increases crop yield, saves time. These advanced technologies are helping farmers make more informed decisions while improving productivity across the country. The economic significance of agricultural transformation in Bangladesh cannot be overstated. Agriculture plays a vital role in Bangladeshโs economy, contributing 16 percent to the gross domestic product (GDP). This sector is crucial as nearly half of the workforce, around 47 percent, relies on it to secure food and alleviate poverty. With such a substantial portion of the population dependent on agriculture, technological advancement in this sector has far-reaching economic implications. Smart farming technologies are positioning Bangladesh as a leader in agricultural innovation. Smart farming can help solve the problem of feeding 10 billion people by the year 2050. Both artificial intelligence (AI) and the internet of things (IoT) have become critical prerequisites to smart farming due to their high interoperability, sensors, and cutting-edge technologies. This forward-thinking approach helps the country prepare for future food security challenges while creating immediate economic benefits. The integration of digital platforms is connecting farmers directly with modern agricultural solutions. By connecting to the internet, farmers can access online platforms and websites, which helps them stay updated on the latest information in their fields using their mobile phones. These phones link to IoT devices and cloud computing, allowing farmers to receive real-time information about light, temperature, and humidity. This connectivity empowers farmers with data-driven insights that were previously unavailable to small-scale producers. Bangladesh’s achievements in agricultural production demonstrate the potential for continued growth through technology. The nation ranks among the leading 10 producers of key items like rice, jute, jackfruit, mangoes, onions, tea, vegetables, potatoes, and farmed fish. This success shows how much the country contributes to the worldwide market for these important goods. These accomplishments provide a strong foundation for further technological enhancement. The transformative potential of AI-powered agriculture extends beyond production increases. It increases production, reduces costs, creates employment and speeds up the service sector. Yet, if this technology is not used correctly, along with suitable policies and skilled personnel, it may lead to misunderstandings. This comprehensive impact demonstrates how agricultural technology can drive broader economic development. Looking ahead, Bangladesh’s commitment to AI-powered agriculture positions the country for sustainable economic growth. The successful integration of these technologies promises to enhance food security, increase farmer incomes, and contribute to the nation’s overall economic transformation while maintaining its agricultural heritage.
