SingTown provides drones with eyes and minds, allowing them to learn safe autonomous flight and landing.

SingTown Technology's AI smart camera system based on OpenMV provides drones with high-precision line-following and autonomous landing capabilities. Utilising machine vision and image recognition technology, the system can detect ground marking lines in real time, locate landing targets, and achieve autonomous navigation, path maintenance, and precise landing control. It is widely applied in fields such as power inspection, surveying and mapping, logistics, and agricultural monitoring.

In modern drone systems, precise line following and safe landing are core capabilities for achieving autonomous flight and intelligent operations. SingTown Technology's AI smart camera solution, based on the OpenMV platform, utilises machine vision and computer vision algorithms to provide real-time visual navigation support for drones.

In line-following missions, the intelligent camera employs image recognition algorithms to detect ground lines or marker lines, analysing real-time changes in line colour, shape, and direction. It calculates the drone's deviation angle and distance, dynamically adjusting its flight attitude to achieve stable line-following flight.

This solution is particularly suitable for complex scenarios such as power inspection, oil pipeline detection, and road monitoring, maintaining high recognition accuracy even in the presence of ground shadows, uneven surfaces, or lighting variations.

To ensure precise landing, the AI algorithm calculates the relative distance and angle between the drone and the target position by recognising specific patterns (such as circles, QR codes, or custom targets), achieving centimetre-level landing control. The system can also integrate altimeters and inertial sensors to further enhance stability and safety.

The OpenMV intelligent camera boasts a compact size, low power consumption, and minimal latency. Its edge AI capability enables independent local recognition and decision-making without reliance on cloud services, rendering its edge deployment advantages exceptionally well-suited for integration into lightweight drone platforms.

SingTown integrates artificial intelligence, machine vision, and image recognition in a profound manner, bestowing upon drones the intelligent recognition and decision-making abilities of "seeing, navigating, and landing." This empowers unmanned systems to execute tasks in areas such as inspection, transportation, and emergency rescue with greater efficiency and precision.