Vision AI Technology

By leveraging the latest AI technologies—such as ViT (Vision Transformer-based models), ZSD (Open-set AI models), and VLM (Generative AI)—we provide advanced solutions for object recognition and road condition assessment.

AI Research

By integrating deep learning-based object recognition with SLAM positioning technology, powered by domestic edge AI semiconductors, we are advancing research in cutting-edge AI applications. This includes the development and field testing of quadruped walking robots and other empirical research

Computer Vision

Localization Technology

It is a technology that uses a camera to generate a 3D map of an environment and at the same time estimates one's location within that environment.

Defense Technology

Research

(Target Object Positioning System)

We are conducting research on object positioning and detection technologies for various targets. By matching maps with singular points, we minimize errors in the absolute coordinates of target locations.

AI-based learning is applied to detect and identify both structured and unstructured objects, enhancing the capabilities of advanced defense platforms.

Multi-Sensor Fusion

Technology

By combining data from various sensors,

It is a technology that generates more accurate and reliable information.

Utilizing SAR Satellites

Groud Subsidence

Analysis Technology

The SAR system captures and synthesizes the amplitude and phase of microwaves, which are scattered back by objects from various angles using antennas mounted on satellites. This technology is used to generate ground maps, conduct observation and analysis, and monitor ground subsidence.

Metaverse Mirror World

We are trying to connect with digital twin engines and provide various types of services such as realistic tourism contents by utilizing the Open API and sensors provided by the government.