Active terahertz imaging performs non-contact scans of people. Image acquisition, reconstruction and intelligent recognition are combined to identify concealed suspicious dangerous or prohibited items, supporting personnel screening at metro stations and major-event venues.

Active terahertz personnel screening: the illustration shows equipment and imaging/localization concepts, not an installed metro project. Models are updated after training and validation.
Terahertz sensing, imaging and analysis software inspect internal structures, layered materials and concealed defects without damaging the inspected object, linking data acquisition, image processing, anomaly recognition and result output into a testing workflow.

Industrial non-destructive testing: terahertz equipment and analysis support inspection applications including wind-turbine blades, tobacco and express parcels. This is a technology concept, not a site photograph; models are updated after training and validation.
Terahertz inspection applications address wind-turbine blades, tobacco and express parcels, with scenario testing, algorithm optimization and customer-workflow integration driven by specific projects. As of 15 September 2026, the company's terahertz industrial NDT equipment had served more than 20 customers.
For communication-equipment manufacturers and satellite-communication companies, modules based on solid-state multiplier sources, heterodyne receivers and high-frequency circuits generate and receive terahertz signals for point-to-point, high-capacity, low-latency wireless transmission in bandwidth-intensive applications.
As of 15 September 2026, module design and testing had been completed, while development and commercialization remained at an early stage. Commercialization depends on 6G communication-satellite deployment; current plans anticipate launch and initial revenue in 2028.