Revolutionizing Retail Security with AI-Powered Intrusion Alarms
Learn how a leading apparel retailer transformed security across 500 stores with our AI-driven Intrusion Detection System


The Challenges
- Escalating CostsFrequent false alarms resulted in recurring costs for dispatching security personnel or local law enforcement to the store. These service fees accumulated over time, straining the retailer’s budget and impacting profitability
- Diversion of Critical ResourcesThe repeated need to respond to false alarms pulled essential security personnel and law enforcement away from other critical security tasks, reducing overall operational efficiency and creating vulnerabilities in other areas
- Outdated Security SetupThe retailer’s existing system failed to provide a scalable or intelligent approach to reduce false alarms. It also lacked centralized and easy-to-use management tools, making it difficult to streamline security operations and maintain control across multiple store locations
The Dragonfruit Approach
Smarter, Scalable, Secure

AI-DRIVEN ACCURACY
- The retailer utilized Dragonfruit’s Intrusion Detection System, which leverages advanced AI algorithms to accurately distinguish real threats from non-threatening movements
- This significantly reduced the incidence of false alarms and improved overall security efficiency

CENTRALIZED SECURITY MANAGEMENT
- Dragonfruit’s central management system provided the retailer with a single, unified platform to monitor and manage security for all store locations
- This streamlined access control across locations and allowed security teams to manage alerts and responses from a central command point effectively

QR CODE ALARM DISARMING
- The integration of QR code-based alarm disarming simplified store entry procedures for authorized personnel, reducing operational disruptions and further decreasing the risk of false alarms.
Delivering Success: Our Proven Impact
99.9% Reduction
Dragonfruit's Intrusion Alarm successfully reduced false alarms by filtering benign activities from genuine security events, minimizing unnecessary callouts and freeing resources for other critical operations