Intelligent Security in Open Spaces

The first solution for detecting threats in open spaces, without the need for traditional checkpoints. It combines near-field radar (NFTD, patented technology), artificial intelligence, and augmented reality to identify weapons and dangerous objects non-intrusively.

AI Threat Detection System

Intelligent Security Without Checkpoints

A radar- and artificial intelligence-based system that detects weapons and explosive devices in open spaces without interrupting the flow of people or compromising their privacy.

Key Features

200 m² (2,150 sq ft) open space coverage
10-meter detection range
Up to 25,000 people/hour throughput
Simultaneous scanning of multiple people
Detects metallic and non-metallic materials
See-through capability
Classifies: handguns, long guns, grenades/pyrotechnics, improvised explosive devices (IEDs), and anomalies

Technology

Patented Near-Field Threat Detection (NFTD) technology combined with AI classification and real-time alerts via augmented reality.

Step 1: Detect

Two arrays of advanced sensors scan dozens of people simultaneously, generating high-resolution 3D images from multiple angles without requiring them to stop.

Step 2: Classify

Next-generation AI models classify threats in real time, continuously improving through machine learning to optimize accuracy.

Step 3: Alert

Intelligent alerts via augmented reality and multi-channel notifications enable a rapid response with real-time threat prioritization.

How does it work?

The system operates in open spaces and requires detectors placed in strategic locations within those spaces.

The detector has three main components:

1. Integrated Stereo Camera

For visual tracking and alerts using augmented reality.

2. Sensors

Two advanced arrays that scan dozens of people simultaneously, generating high-resolution 3D images in multiple angles.

3. AI Classifier

Artificial intelligence models that continuously improve through machine learning to optimize accuracy.

Advantages

Doesn’t require people to stop or empty their pockets
Fully autonomous, requires minimal staff
No bottlenecks or queues
Non-invasive user experience
Privacy-secure technology

Greater accuracy than traditional systems
Continuous improvement through AI learning
Easy integration into existing environments without disrupting operations
Real-time alerts with threat prioritization
Detects various materials (not just metals)

Applications

Easy integration into any high-traffic environment, minimizing disruptions and ensuring smooth operations.

Use Cases and Applications:

Transportation: Stations, Subways, and Transit Centers
Aviation: Airports and Air Terminals
Border Security: Access Controls and Perimeters
Educational Institutions: Schools and Universities
Sports and Leisure: Stadiums, Concerts, and Festivals
Public Buildings: Government Institutions and Agencies
Shopping Centers and High-Traffic Spaces
Large-Scale Outdoor Events

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