- An “FSH hologram-based new paradigm imaging system” that separates itself from existing lens-based imaging systems.

- “FSH single pixel frame dyne detection” can overcome the limitation in image pixel numbers generated by the existing sensor-based image acquisition method. The technology is capable of realizing a wide range of wavelength band imaging systems from dynamic range and high sensitivity/IR to UV.

- Existing digital holography technology is limited in photographing objects that diffuse reflected speckle noise. However, with the incoherent qualities of FSH, it is possible to acquire high-quality holograms and restore 3D images of objects including semiconductors and PCBs without speckle noise.

- Low-capacity, high-speed 3D imaging based on hologram technology that goes beyond the existing limits of optical technology

- High-definition video results with reduced speckle noise

- High-reflector image output by realizing high dynamic range and sensitivity with single-pixel heterodyne detection

- Promoting happiness, improving quality of life, and creating social value through technological advancements