Industries, warehouses, and large facilities face continuous risks from unauthorized
intrusions,
especially during non-operational hours or in restricted zones. Traditional CCTV systems
only
record events and rely on manual monitoring, making it difficult to detect intruders in real
time
and respond before theft, vandalism, or safety incidents occur.
Our Solution
Marwiz Vision deployed its AI-powered Intruder Detection System designed to identify
unauthorized human presence instantly.
The system uses advanced AI video analytics to detect intruders the moment they
enter a
secured area, triggering real-time alerts for immediate action. It seamlessly
integrates with
existing CCTV infrastructure and provides centralized monitoring through an
intuitive
dashboard.
Key Capabilities:
Real-time human intruder detection
Instant alerts via alarms, dashboard, or notifications
24/7 monitoring, including night-time and low-light conditions
Integration with existing CCTV cameras
Centralized dashboard for live monitoring
Automated incident logs and security reports
Where It Works Best
Industrial Plants & Power Stations: Prevent unauthorized entry into
critical infrastructure zones and protect sensitive equipment.
Warehouses & Logistics Hubs: Detect intruders in storage areas, loading
docks, and perimeters, especially after working hours.
Commercial Buildings & Offices: Enhance security by detecting
unauthorized access during non-business hours.
Airports & Transport Hubs:Strengthen security across restricted
operational areas, cargo zones, and secure access points.
Results & Benefits:
Instant Intrusion Alerts & Faster Response : Detect intruders in
real time and enable security teams to act immediately.
Reduced Theft, Vandalism & Security Breaches : Proactively stop
incidents before losses or damage occur.
Lower Dependence on Manual Monitoring : Automated detection reduces the
need for continuous human surveillance.
Scalable, Cost-Effective & Customizable : Deploy across single sites
or multiple locations with flexible configurations and minimal
infrastructure changes.