Development of technologies and products for producing semiconductor-type ultra-small fusion sensors that can measure the quality of the atmosphere (e.g., NOx, Sox, CO, VOCs, etc.) and toxic gases (e.g., H2, H2S, NH4) simultaneously in real-time and high sensitivity (with prototype in stock)

Nanostructures and hybrid nanostructures have three-dimensional patterning and array batch production technology (under prototype verification)

Chemical resistance based composite sensor manufacturing technology using nanostructure and process technology developed.

Implementing structure and material technology for high sensitivity, sensor technology for eliminating sensor toxicity, complete prototype and obtain public certification, and during various field tests.

Advanced optional sensing technology in complex gas environment.

Development of Optional Sensing Technology, Signal Processing Technology, and Packaging Technology for Reliability Assurance

Simultaneous detection of multiple gases and verification of specific gas adsorption technology.

Algorithms and integrated semiconductor (ROIC) production completion for processing large amount of real-time multi-item sensor signals, performance improvement.

Prototype and function improvement of multi-item / real-time / selectively detectable convergence sensor system

Evaluating the Reproducibility and Reliability of Hybrid Nano scopes.

An Integrated System for Monitoring and Radio Transmission of Multi-Complex Nano scopes.

Improving Performance of loT environment and artificial intelligence.