Uses deep learning-based AI models to automatically detect weapons and other threats in X-ray images of luggage and cargo in real time. This technology addresses the critical challenge of undetected security threats, improving safety in airports, maritime freight, events, and other high-security environments.
Funding
$120K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current security screening processes at airports, maritime freight facilities, and other high-security environments struggle to detect weapons and threats in X-ray images of luggage and cargo, leading to potential security breaches and long delays. Traditional methods often miss a significant percentage of threats, while overly long security checks can negatively impact revenue in commercial spaces such as airports.
Solution
Auxilia provides an AI-powered solution that automates threat detection in X-ray images of luggage and cargo. Using deep learning models, the software characterizes and localizes weapons and other prohibited items in real-time. This technology integrates with existing X-ray scanning systems to improve detection rates and reduce the need for manual inspection. Auxilia's solution is designed to be plug-and-play, enabling easy deployment and integration into existing security infrastructure. The company also offers a CTViewer toolkit for visualizing DICOS CT files, facilitating advanced security imaging analysis.
Target Audience
Auxilia targets airports, maritime freight facilities, parcel services, critical infrastructure sites (such as power plants), monuments, event venues, and museums seeking to enhance security screening efficiency and accuracy.
Features
- Deep learning-based AI models for real-time threat detection in X-ray images
- Automatic characterization and localization of weapons and prohibited items
- Plug-and-play on-premise solution for easy integration with existing X-ray systems (AIRIS)
- CTViewer toolkit for enterprise visualization of DICOS CT files
- pyDICOS: An open-source library for reading, modifying, and writing DICOS files with Python code
- Data visualization and simulation tools for 2D and 3D security data
- Server solutions for managing and processing security data