Xeye utilizes AI-based near field threat detection (NFTD) technology to provide real-time electromagnetic imaging for identifying non-conventional threats in wide-open spaces, covering areas up to 200 square meters. This system enhances public safety by enabling discreet, autonomous scanning of multiple individuals simultaneously, reducing the need for traditional security checkpoints that can disrupt foot traffic.
Funding
$40K 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
Existing security checkpoints often create bottlenecks, disrupt foot traffic, and struggle to detect non-metallic threats effectively. Traditional methods are also limited in coverage area, requiring close proximity and individual screening, which can be slow, costly, and reactive rather than proactive.
Solution
Xeye offers an AI-powered near-field threat detection (NFTD) system that provides real-time electromagnetic imaging for identifying potential threats in wide-open spaces up to 200 square meters. The system uses multi-angle, multi-view layering and deep learning AI to scan multiple individuals simultaneously without disrupting the flow of foot traffic. By detecting non-conventional threats like plastic-printed weapons and improvised explosive devices (IEDs), Xeye enhances public safety through discreet, autonomous scanning, reducing the reliance on traditional security checkpoints. The technology aims to provide early warning and multilayered security support in both indoor and outdoor environments.
Target Audience
Xeye targets businesses, venues, and government entities seeking to enhance security in high-traffic public areas, as well as commercial, industrial, and public spaces requiring multilayered security.
Features
- Wide-area coverage up to 200 sqm with real-time, high-rate, high-resolution imaging.
- AI-powered detection of non-conventional threats, including non-metal weapons and IEDs.
- Multi-angle, multi-view layering to reduce false alarms and improve detection rates.
- Indoor and outdoor operation capabilities for versatile deployment.
- Autonomous operation to reduce manpower costs.
- Dual-sensor 90° sectorial sensors providing 360° target coverage.
- Safe, sequential transmission with low-power signals, ensuring harmless scanning.
- 3D imaging algorithms for generating images of potential threats.
- Real-time alerts and command and control interface for immediate response.