Explosives Detection, Scanner Type, AI Detection Accuracy, and Scanning Capabilities with Advanced Systems

What types of explosives can be detected with your systems?
 Our systems can effectively detect a variety of explosives, including those made from granular and liquid components. We have a high success rate in identifying these types of explosives.

Can I purchase dismantled explosives without triggers?
 Yes, you can purchase dismantled explosives that do not have triggers and cannot go off. This allows for safe demonstrations of how explosives work.

Are homemade explosives harder to detect?
 Homemade explosives can vary significantly in appearance and composition, making them more challenging to identify. However, our systems are designed to detect common materials used in such explosives.

How quickly can your systems detect liquids?
 Our systems are equipped to detect liquids almost immediately. When a liquid explosive is scanned, the system will alert you right away, displaying a green signal.

Are there any limitations when detecting objects layered on top of each other?
 Yes, when an object is placed on top of another, such as a laptop on top of explosives, detection can be more challenging. The AI may miss these, so it's essential to ensure clear visibility and proper configuration.

How does AI training account for obstacles?
 We train our AI systems by introducing obstacles, such as cables or other metallic items, to improve detection accuracy. This helps the AI learn to distinguish between various objects and their configurations.

What should I consider when scanning items?
 When scanning items, ensure that they are laid flat for optimal detection. The current scanner provides a top-down view, so upright items may not yield accurate results.

Can clothing obstruct detection?
 Clothing generally does not obstruct detection; however, metallic items or wires can complicate the AI's ability to recognize the underlying objects.

How do sensitivity settings affect detection?
 Sensitivity settings are crucial for detection. If set too low, certain items may be missed. Adjusting sensitivity can enhance the system's ability to identify items, especially those with metal components.

What parts of a gun may not be detected individually?
 Components such as a slide, barrel, or springs may not be recognized as a gun when separated. Our AI is being trained to recognize these parts individually to improve detection accuracy.

What types of scanners do you offer?
 We provide three types of scanners:

1. The current top-down system.

2. A 3D imaging system similar to TSA scanners, which can capture all sides of an item.

3. A system more prone to detecting explosives, offering detailed imaging of organic substances.

How does the 3D imaging system work?
 The 3D imaging system utilizes multiple cameras positioned around the scanning area to capture images from all angles, allowing for a comprehensive view of the scanned items.

How does the bandwidth of the 3D scanner compare to the current system?
 The 3D imaging system has a larger bandwidth requirement due to the need for multiple cameras. This may restrict its use in facilities where space and bandwidth are limited.

Will the AI model improve over time?
 Yes, our AI model is continually being refined and improved based on user feedback and new training data, enhancing its ability to detect items accurately, even with obstacles present.