OmniRuler is a modular, cross-platform parcel dimension measurement software based on 3D Time-of-Flight (ToF) camera technology. The software is designed for logistics, warehousing, and e-commerce, and it enables fast, accurate, and automated parcel dimension measurement with minimal setup. It can solve the problems faced by the contemporary e-commerce and logistics industries, such as carrier deductions and dispute claims, inefficient manual measurement, soaring labor costs during peak seasons, and data silos.

LumiGuard is an intelligent security fence system built on 3D ToF (Time-of-Flight) imaging technology, innovatively integrating multi-frame algorithms and an RGBD highly integrated product architecture. It breaks through the bottlenecks of traditional security, such as low flexibility and high false alarm rates, achieving all-round monitoring, flexible deployment, and intelligent early warning, effectively solving the challenge of balancing production safety and efficiency, building an intelligent security moat for manufacturing enterprises, and gaining a head start in market competition.

People Counting refer to the measurement of the number of people passing through specific channels or entrances/exits, or the number of people staying in a specific area, using specialized equipment. Goermicro’s People Counting solution includes an RGB-D camera that integrates 3D ToF depth sensing and 2D RGB global shutter technologies, while being equipped with artificial intelligence algorithms, which can be used to track and count the flow of people entering and leaving buildings, rooms, and spaces, as well as People Counting for public transportation systems such as trains, airports, and subways. It is also significantly beneficial for resource management and allocation in public systems and commercial sectors.

Goermicro’s 3D ToF camera can be used in industrial-grade automated depalletizing/palletizing solutions, specifically designed for smart manufacturing, logistics and warehousing, and food and pharmaceutical industries. The product can achieve stable, accurate, and automated depalletizing/palletizing operations with its core performance of high precision, high frame rate, and strong light resistance. It can effectively solve pain points such as high technical thresholds, limited traditional solution options, rising labor costs, and efficiency bottlenecks currently faced in the industrial automation field.

Based on the direct Time-of-Flight (ToF) principle, the linear distance between the target object and the sensor is directly calculated by emitting infrared light/laser and measuring the reflected time difference. It is applied to fast focusing of smartphone cameras, obstacle detection for robotic vacuum cleaners, and user proximity detection for smart bathrooms.
● Small-sized integrated packaging, convenient for terminal machine assembly
● High product precision, improving measurement accuracy
● Flexible adjustment of measurement distance (short-range, long-range)

The solution can be applied to the following terminals

Based on the indirect Time-of-Flight (iToF) principle, the round-trip time of light pulses is calculated by modulating the phase difference of continuous light waves, generating 3D point cloud data of the target object. It is applied to scenarios such as background blurring and optimization, trapezoidal correction, facial recognition, and full-frame focus tracking to enhance imaging effects
● LGA integrated packaging for easy terminal installation
● High product precision to improve measurement accuracy
● To achieve low power consumption and longer battery life of the products through hardware optimization and integration

The solution can be applied to the following terminals

By detecting ambient light, proximity light, and RGB light sources through different light source channels, high-precision light intensity sensing and dynamic adjustment are achieved. It is applied to smartphones and wearable terminals to automatically adjust screen brightness and color temperature
● Small-sized multi-channel integrated packaging supports ultra-narrow bezel application design
● High sensitivity and low noise enable precise light intensity sensing under concealed installation
● To extend battery life of terminals through low power consumption and energy-saving optimization

The solution can be applied to the following terminals