D-Count
Retail
Finance
Shopping Malls
Mass Transportation
Libraries/Museums
Public Sector
Leisure/Stadia
D-Count: For Customer Service Management
Desk Management: Measure and Monitor Counter Customer Service
D-Count monitors and measures the face-to-face interaction between a customer and the service desk staff member (cashier or teller) that is servicing them.
Applications & Benefits
D-Count monitors in real-time the number of service units received and their service time. Measured in service units (defined as 1 service unit = 1 customer transaction), the solution counts the number of people standing in front of a service desk, providing total, maximum and average service times. This allows management to react in real-time to open additional stations to accommodate demand.
D-Count also monitors the overall desk activity during a specific period. Therefore, management knows the total time desk staff were active in a given period. This helps management optimize resource allocation.
Features
- Stand alone, easy to install and maintain
- Advanced military-based and patented shape recognition and motion detection technologies, provides separate counting of adults, children, carts, etc.
- Unmatched recording frequency using full video frame rates of 25-30 frames per second.
- Measures multiple service zones, limited only by field of view.
- Data is exported directly on your network to legacy applications or viewed the Analyzer report generator and analytical tool.
- Mask certain zones such as an information desk, thus avoiding counting in these specific locations.
- Allows for remote calibration of all zone and parameter changes, auditing, and report formats.
- Includes AdminCount software utility located on a non-dedicated centralized server enabling remote calibration, zone changes, auditing and reporting hierarchy for all D-Count units installed.
- Collects, stores, and communicates the data from each completely unattended.
- Consistent greater than 95% accuracy, operating at full frame rates under any traffic density.
- Advanced digital image processing and real time adaptive algorithms adapt to ambient conditions and overcome shadows and reflection