Description

**Title:**

Autonomous Smart Tree-Planting Robot for Desert Areas

**Short Description:**

A robotic system that utilizes GPS and satellite imagery to identify optimal planting sites in desert regions and automatically plants saplings using a smart drilling mechanism with initial irrigation.

**Full Description:**

This invention features an autonomous tree-planting robot designed to operate efficiently in harsh desert environments. By leveraging GPS data and satellite images, the robot locates suitable locations for sapling planting. Equipped with a smart soil-drilling tool and initial watering system using water retention gel, it ensures successful sapling establishment. The robot can operate independently or as part of a coordinated network with other units, optimizing large-scale afforestation and combating desertification. This technology supports environmental restoration projects and sustainable reforestation efforts in arid and semi-arid regions.

**Category:**

Environmental Robotics / Desertification Control / Smart Agriculture

**Tags:**

tree-planting robot, autonomous agriculture, desert afforestation, GPS-based planting, smart irrigation, environmental restoration

**Price:**

$8,500 – includes robot design and schematics, GPS and satellite integration plan, drilling and irrigation system details, and provisional patent documentation