Sustainable agricultural innovation is very important in facing current global challenges, such as climate change, population growth and decreasing agricultural land. One innovation that stands out is the use of precision agricultural technology. This technology utilizes data and software to analyze land conditions and plant needs in detail. With sensors and drones, farmers can monitor soil moisture, plant health and nutritional needs in real-time, thereby increasing crop yields and reducing the use of harmful pesticides. Furthermore, sustainable agricultural practices such as agroforestry are increasingly being adopted. This method integrates trees and plants in one land, increases biodiversity and improves soil structure. Additionally, agroforestry can function as a carbon sink, contributing to the reduction of greenhouse gases. The development of biotechnology also plays an important role in sustainable agricultural innovation. Through genetic engineering, scientists can create plant varieties that are resistant to disease and extreme climatic conditions. This not only increases productivity, but also reduces dependence on harmful chemicals, creating a more environmentally friendly agricultural system. Smart irrigation systems are another innovation that supports sustainable agriculture. With technology such as smart sprinklers and tit drip irrigation, farmers can use water efficiently. This system optimizes water use by watering crops only when needed, reducing waste and enabling farming in drought-affected areas. Composting and utilization of agricultural waste is an important trend in reducing the carbon footprint. Converting organic waste into natural fertilizer not only reduces the volume of waste but also improves soil fertility. This encourages sustainable nutrient cycling and reduces costs for farmers. Digital innovations such as agricultural applications also help farmers access the latest information about weather, pests and fertilization. With the right information, farmers can make better decisions, increase efficiency and reduce the risk of loss. Community involvement in sustainable agricultural innovation is the key to success. Small farmers need to be encouraged to share their knowledge and experience. In implementing sustainable agricultural techniques, collaboration between farmers, researchers and the government is very important to create a mutually beneficial agricultural ecosystem. The application of a circular economy in agriculture is also starting to be implemented. This model seeks to recycle resources within the production cycle, reducing waste and increasing efficiency. For example, using food factory waste as animal feed is a step that promotes efficiency and sustainability. With continuing innovation, sustainable agriculture is expected to reach its maximum potential. Support from technology, supportive policies and education among farmers is needed to create a more sustainable agricultural future. This process will not only ensure food security but will also preserve the environment for future generations.