Horus AI Camera

The Horus AI Camera provides a highly customizable software and hardware development platform, featuring a Rockchip RV1126 processor solution, optional Sony IMX series sensors, POE power supply, and data transmission. Horus adopts an IPC 38-Board standard structure design, with a shell that can be quickly customized on demand and support for the entire development cycle covering development, verification, and mass production. Horus includes a complete SDK, equipped with system, driver, image processing, and AI application interfaces. The platform supports extensive development and pre-research in Python, C, and C++, accelerating the implementation cycle from AI algorithm development to hardware deployment.

System Block Diagram

Application Scenarios

The Horus AI Camera is extensively used in applications requiring advanced visual recognition, such as facial recognition, body shape recognition, passenger flow analysis, license plate recognition, fatigue testing, helmet recognition, and OCR recognition.

Facial Feature Recognition

Horus excels in multi-dimensional facial feature recognition, making it ideal for monitoring on-duty personnel and workers. It can analyze various behaviors and states, such as fatigue level, activity level, smoking, yawning, and phone usage. The system not only comprehensively evaluate the working status but also has the capability to upload data to a data center or trigger local alarms to prompt immediate adjustments in working status.

Human Body Feature Recognition

Horus excels at multi-lens and multi-position tracking in crowded environments such as specialty stores, exhibition halls, and business centers. The system captures and analyzes faces, comparing them with face databases in the system to distinguish between returned and new customers. Additionally, it recognizes other distinctive human features, such as clothing and accessories, using cross-regional markings to enable comprehensive tracking and analysis of customer behavior, thereby improving store layout and operational efficiency.

Hard Hat Recognition

Leveraging large-scale training on safety helmet image datasets, Horus is proficient at automatically recognizing the proper wear and standardization and wearing status of helmets on workers, enabling efficient and effective safety supervision, promoting safety practices on construction sites and in other work environments.