Recent advancements in agricultural technology highlight the integration of artificial intelligence and robotics to enhance sustainable farming practices. Carbon Robotics has developed the LaserWeeder G2, an AI-powered laser robot capable of precisely destroying weeds with submillimeter accuracy even in complete darkness, protecting crops such as dense spinach without damage. Researchers at Kennesaw State University have created a low-cost AI robot designed to combat pests in strawberry crops without the use of chemicals, promoting environmentally friendly pest control. Additionally, 4D-Bios has incorporated AI-powered drones into its vertical strawberry farming operations to improve crop monitoring and decision-making by efficiently navigating dense plant canopies. Other innovations include autonomous solar-powered weeding robots receiving updates and bioinspired robotic centipedes that are revolutionizing sustainable agriculture. These technologies, combined with satellite imaging for fertilizer application and localized drone treatments, demonstrate the growing role of AI, robotics, and biotech in addressing ecological and food security challenges in agriculture.