The ANTHBOT Genie robotic lawnmower is an innovative proposal in the field of autonomous lawn mowers, with a design that leverages advanced artificial intelligence (AI) technologies to improve the efficiency and autonomy of the cutting process. Genie’s distinctive feature is its ability to operate without the need for perimeter cables, thanks to an artificial intelligence-based navigation and mapping system that allows it to map and dynamically adapt to its environment.
Architecture and AI functionality
Unlike traditional robotic lawnmowers that rely on fixed preset paths, Genie employs advanced AI algorithms to map the terrain and optimize cutting paths. Sensor fusion and real-time data processing enable the robot to recognise various types of obstacles and react autonomously, adapting to lawn conditions and ensuring a more precise mowing. This approach allows for autonomous and continuous management of the lawn without the need for supervision.
Terrain mapping and navigation
One of the most significant features of Genie is the adoption of navigation based on AI mapping, which eliminates the need for a traditional perimeter cable, an element that is critical to competing models. The robot scans the lawn using advanced sensors and creates a digital map that allows it to independently determine the cutting path. The application of AI Smart Mapping also allows the robot to adapt dynamically to changes in the terrain or the presence of new obstacles, gradually improving its efficiency based on accumulated experience.
Sensors and obstacle avoidance systems
Genie is equipped with a range of sensors and technologies for detecting and avoiding obstacles. AI vision, which is based on an object detection system, enables the robot to recognise more than 1,000 objects, including furniture, pets and small animals. In addition, the 360° collision system allows the robot to detect obstacles from any direction, automatically changing direction to avoid harmful contact. RTK (Real-Time Kinematic) technology ensures an accurate GPS signal even in complex environments, such as shaded areas by trees or near building structures.
Cutting performance and efficiency
When it comes to cutting performance, Genie stands out for its ability to ensure a smooth finish of the lawn. The AI route planning system optimizes the robot’s movement, ensuring complete coverage of the area without unnecessary overlap. Rust-resistant titanium blades are designed for long life and to minimize wear, allowing precise cuts without the need for frequent maintenance.
In addition, automatic mowing frequency adjustment based on grass growth and season helps to keep the lawn in optimal condition without the need for manual intervention. This feature is powered by a real-time grass growth monitoring algorithm, which adjusts the intensity and frequency of cutting sessions.
Battery and battery life
The robot is powered by a 10,000 mAh lithium-ion battery, which allows it to operate for about 4 hours per charge cycle. This is enough to cover about 0.79 acres (approximately 3,200 m 2), an area that corresponds to a medium-large lawn. When the battery is low, the robot autonomously returns to the charging base for an automatic charging cycle. The charging system is optimized to minimize downtime, allowing the robot to resume work immediately after recharging.
App interface and management
Genie’s user interface is managed via a mobile app that allows you to configure and monitor the robot easily and efficiently. The mapping of cutting areas is done with a single touch, while you can define prohibited areas or delimit areas where you do not want the robot to operate. The system also supports multiple zone management, allowing the robot to move from one section to another without interruption.
The app also offers real-time monitoring functionality, providing detailed information on the robot’s status and position during the cutting cycle. In addition, OTA (Over-The-Air) software updates enable continuous improvement of the robot’s AI capabilities and performance by adding new features and optimizing device behavior based on data collected during use.
OTA updates and continuous improvement
Another distinctive feature of Genie is its support for OTA updates. This feature allows the robot to receive software corrections, performance optimizations and improvements in the cutting algorithm through remote updates. This ensures that the robot’s capabilities evolve over time, without the need for manual user intervention.
Conclusions
The ANTHBOT Genie robotic lawnmower represents a significant advance in autonomous mower technology. Its features such as advanced AI-based navigation, the absence of perimeter wires, automation of the cutting process and energy autonomy make it one of the most innovative models on the market. The integration of smart sensors and app-based management make the user experience extremely convenient, while continuous software updates promise to further improve the robot’s performance and versatility over time. This type of technology is taking automation in lawn care to a whole new level, minimising human intervention and improving the overall efficiency of the process.
