Automated detection of illegal concealed objects and real-time security system using
multi-polarization, multi-mode AIoT sensor (UWB) and CCTV video inference AI fusion technology
AIoT Sensor
3~12 GHz UWB Radar
Feature Fusion
AI Analysis
Instant Background
Reconstruction
Conventional metal detectors (MD) are unable to detect
sophisticated non-metal threats such as ceramic knives and
3D-printed firearms.
Contact-based precision screening causes long queues and
bottlenecks, leading to increased airport operational costs.
CCTV alone cannot identify concealed weapons; radar alone
has limitations in tracking suspects and situational awareness.
The body contour exposure issues of mmWave full-body scanners
continue to generate passenger reluctance and human rights controversy.
Combines IoT sensor technology (UWB) for concealed weapon
detection with CCTV video analysis to minimize false alarms
and achieve 99% accuracy.
Upon detecting a threat individual, the system automatically tracks
movement routes through CCTV integration and sends real-time
alerts to security personnel.
Analyzes material, shape, and reflective properties within 0.5
seconds, enabling seamless high-speed walk-through security screening.
| Comparison Category | Metal Detector (MD) Legacy System | Millimeter Wave (mmWave)Current High-end | AIoT Sensor (UWB) + CCTV AINext-Gen Fusion |
|---|---|---|---|
| Detection Target | Metal Only(Plastic firearms not detectable) | Surface Shape-Based (Non-Metal Detectable) | Precise Analysis of All Materials (Internal Properties/Permittivity) |
| Inspection Method | Pass-through (Pass-through) | Stop-and-Scan (Must stop with arms raised) | Walk-Through & Mobile (High-Speed Screening Without Stopping) |
| Penetration Capability | Not Applicable(Magnetic Field Change Method) | Clothing Penetration Possible (Limited for thick materials) | Strong Penetration (Bags, Thick Outerwear Included) |
| Privacy | No Issue | Body Contour Exposure (Imaging Privacy Issue) | Signal Data Analysis (No Body Image Generated) |
| Portability/Installation | Fixed Gate-Type Equipment | Requires Large Booth Installation (Significant Space Constraints) | Excellent (Handheld/Mobile Options Available) |
| CCTV Integration | Simple Recording (Low Integration) | Requires Separate Verification (Disconnected Systems) | Real-Time Video Fusion (Automatic Tracking & Mapping) |
Multi-polarization, multi-mode UWB technology analyzes the unique signatures of non-metallic concealed weapons to dramatically reduce false alarm rates.
Automatic identification within 0.5 seconds using Feature Fusion AI algorithm. Eliminates bottlenecks with seamless walk-through screening.
Combines UWB radar penetration data with CCTV footage in real time (Mapping), automatically tracking threat subjects movements and securing visual evidence.
Primary contactless screening at immigration checkpoints and automated random screening at boarding gates.
Access control and pre-emptive detection of concealed weapons at key facilities such as government buildings and courthouses.
High-speed, mass security screening in crowd-dense areas such as concerts and sporting events.
Securing movement routes and enabling immediate threat detection using mobile equipment.
PHASE 1
2026 (6 Months)PHASE 2
First Half of 2027PHASE 3
Second Half of 2026
EN