Ganz - ZNS-AI2-REVMV - Reverse Movement Detection, per channel
Product Overview
The Ganz ZNS-AI2 Reverse Movement Detection License is an individual, per-channel AI analytics license for the ZN-AIBOX-STD, ZN-AIBOX-PRO, and ZN-AIBOX4-PRO appliances. It enables Reverse Movement Detection on one camera channel using local edge processing for low-latency vehicle and traffic monitoring. The modular license allows operators to apply targeted movement analysis to selected cameras and scale the surveillance system as required.
Key Configuration
Product: ZNS-AI2 Reverse Movement Detection License | License Type: Individual per-channel license | Function: Reverse Movement Detection | Compatibility: ZN-AIBOX-STD, ZN-AIBOX-PRO, and ZN-AIBOX4-PRO | Compliance: NDAA compliant
Key Features
- · Reverse Movement Detection analytics license assigned to one camera channel
- · Detects vehicles or subjects moving against a defined direction of travel
- · Designed for AI-based traffic-flow and directional movement monitoring
- · Supports roadway, site-access, and restricted-direction surveillance applications
- · Edge processing supports low-latency analytics and event detection
- · Compatible with ZN-AIBOX-STD, ZN-AIBOX-PRO, and ZN-AIBOX4-PRO appliances
- · Individual licensing allows analytics to be selected for specific channels
- · Supports scalable AI-enabled movement monitoring deployments
- · Additional advanced analytics licenses are available separately
- · NDAA compliant
Technical Context
The Reverse Movement Detection License adds a dedicated directional-movement analytics function to a compatible AI Box channel. Operators can define the expected travel direction for a monitored area, allowing the system to identify movement in the opposite direction. Local edge processing helps reduce alert latency and limits the need to transmit video to an external cloud service.
Installation Notes
This is a software license and requires a compatible ZN-AIBOX-STD, ZN-AIBOX-PRO, or ZN-AIBOX4-PRO appliance, sold separately. The license is applied per camera channel and requires a camera view where travel direction can be clearly defined.