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World's First High-Efficiency AI · Edge AI
SingTown Technology is the official founding team of OpenMV. In 2016, we launched the world's first embedded machine vision product, OpenMV Cam, which is the first product to run image algorithms on embedded MCUs, also the world's first High-Efficiency Edge AI smart camera.
The OpenMV Cam is a computer vision board for all industries that breaks the tension between performance, power and price. The OpenMV Cam enables customers to run AI deep learning models and advanced computer vision functions (object detection, object classification, tracking, etc.) in real-time, for years off of battery power, for low cost per unit.
The OpenMV Cam is a general purpose MicroPython powered microcontroller platform with camera input and computer vision processing as well as high performance AI machine learning features already onboard. Sense, plan, and act using MicroPython to control general-purpose I/O pins that can do I2C/SPI/PWM/etc. along with being able to read/write files and talk to the internet through wifi/ethernet.
SingTown Technology is a leader in the embedded machine vision industry, serving over 3,000 universities and 20,000 enterprises around 100+ countries worldwide. Our vision is to practice social responsibility and drive social progress through technology.
From "Seeing" to "Understanding," SingTown Technology Drives Visual Advancement
Service robots utilize the SingTown OpenMV intelligent camera to achieve multi-target recognition of doors, gestures, QR codes, and common objects, assisting the robots in completing navigation, task triggering, and intelligent interaction.
How does an intelligent camera recognize transparent and reflective objects? SingTown Technology OpenMV solves competition challenges
In robot competitions, the SingTown OpenMV intelligent camera is employed to identify the translucent acrylic cover in real-time, outputting the central point of the image coordinates. This enables vehicle navigation, path adjustment, and task triggering, achieving precise target positioning while adapting to complex lighting and ground interference.
Enabling Robots to "See Dirt and Cracks," SingTown Technology Makes Power Transmission Line Maintenance More Efficient and Safer
Manual inspection of power line insulators is inefficient and carries risks. Utilizing the SingTown OpenMV smart camera and AI vision enables automatic identification of cracks and dirt after cleaning, enhancing the intelligence and safety of inspections.
SingTown Technology's AI vision automatically identifies nuts, enabling roasting machines to precisely control the temperature.
Intelligent roasting manual material identification is prone to errors and inefficient. By utilizing SingTown OpenMV intelligent cameras and AI vision, real-time recognition of raw materials such as peanuts, sunflower seeds, and chestnuts is achieved, automatically matching roasting programs to enhance equipment intelligence and production efficiency.
AI Vision Becomes the Intelligent Guardian of Laboratories, SingTown Technology Empowers Reaction Tube Identification and Safety Inspection
Laboratory automation robotic arms struggle to accurately identify reaction tubes and liquid states. By utilizing the SingTown OpenMV intelligent camera and AI vision, precise positioning of reaction tubes, state monitoring, and anomaly alerts are achieved, enhancing operational safety and automation efficiency.
SingTown Technology enables robots to "see, walk, and think," maximizing competition performance!
In robot competitions, manual sensing cannot accurately identify the angle and curvature of track lines. By employing the SingTown OpenMV intelligent camera and AI vision, real-time boundary line recognition, angle measurement, and position tracking are achieved, enhancing navigation accuracy and intelligent control capabilities.
Enabling Machines to "Understand Gestures": SingTown's New Approach to Visual Interaction
SingTown's intelligent camera solution based on OpenMV enables real-time recognition of human gestures and motion changes. Utilizing AI image recognition and machine vision technologies, the system can accurately identify various gestures such as waving, making a fist, forming a heart shape, and giving a thumbs-up. It supports custom training models and is widely applied in scenarios including human-computer interaction, intelligent control, teaching demonstrations, and contactless operations.
Factory quality inspection no longer relies on visual judgment; SingTown AI vision takes over, delivering faster and more accurate results.
SingTown Technology's intelligent camera system, based on OpenMV, utilises AI and machine vision technologies to achieve automatic identification of defects such as circuit board cold soldering, component absence, and reverse installation. Through high-precision image recognition and comparative analysis, the system effectively reduces manual inspection errors and enhances the yield rate and production efficiency in electronic manufacturing processes.
SingTown Technology equips lawn mowers with 'eyes': capable of distinguishing crops from weeds and autonomously navigating around them.
SingTown Technology's intelligent camera system, based on OpenMV, can be installed on field weeding machines to achieve intelligent recognition and tracking of operational and non-operational areas. Utilizing AI and machine vision algorithms, the system distinguishes crops from weeds, precisely controls weeding paths, avoids damage to crops, and provides an efficient, intelligent visual navigation solution for modern agricultural automation.
This SingTown Technology path planning visual solution leaves no ground crevice unchecked.
SingTown's intelligent camera system, based on OpenMV, enables precise identification of linear features such as ground tile seams, cement joints, and black lines. Leveraging AI and machine vision technologies, the system can stably detect lines in complex lighting and multi-material ground environments, providing reliable visual navigation and positioning support for cleaning robots, line-following vehicles, and construction inspection systems.
