Lexius provides a plug-and-play AI solution that integrates with existing surveillance camera systems to detect and classify shoplifting incidents in real-time. By delivering instant alerts and concise video clips, the technology reduces retail shrinkage and minimizes the need for manual monitoring, enhancing operational efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
Retail stores face significant losses due to shoplifting, requiring constant monitoring and often resulting in delayed intervention. Traditional surveillance methods rely heavily on manual observation, which is prone to human error and can be inefficient for large stores with multiple camera feeds.
Solution
Lexius offers an AI-powered shoplifting detection solution that integrates with existing surveillance camera systems to identify and classify shoplifting incidents in real-time. The system analyzes video feeds to detect suspicious behavior and sends instant alerts with concise video clips to store personnel, enabling proactive intervention and minimizing retail shrinkage. By automating the monitoring process, Lexius reduces the need for manual surveillance, enhances operational efficiency, and allows staff to focus on customer service. The technology is designed to be plug-and-play, requiring no additional hardware or complex setup.
Target Audience
The primary target audience is retail store owners and loss prevention managers seeking to reduce shoplifting incidents, improve operational efficiency, and minimize manual surveillance efforts.
Features
- Real-time shoplifting detection using AI-powered video analytics
- Instant alerts with concise video clips of suspicious activity
- Integration with existing surveillance camera systems (plug-and-play)
- Multi-camera monitoring to oversee multiple feeds simultaneously
- Customizable alert settings to focus on specific behaviors or areas
- Privacy-focused design that does not use race, skin color, or clothing for detection
- Data remains local, ensuring store footage privacy
- Legal compliance considerations in system design