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LIC-T2-1WW-LICT21

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T1-1WW-LICT11

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T2-MWW-LICT2M

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T1-3WW-LICT13

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T4-1WW-LICT41

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T3-MWW-LICT3M

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T4-MWW-LICT4M

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T1-MWW-LICT1M

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T3-5WW-LICT35

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T4-3WW-LICT43

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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image of ww-lict45
LIC-T4-5WW-LICT45

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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image of ww-lict25
LIC-T2-5WW-LICT25

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T1-7WW-LICT17

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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LIC-T3-3WW-LICT33

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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image of ww-lict15
LIC-T1-5WW-LICT15

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
Sign In for Dealer Pricing
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image of ww-lict23
LIC-T2-3WW-LICT23

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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Sign In for Dealer Pricing
image of ww-lict47
LIC-T4-7WW-LICT47

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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image of ww-lict37
LIC-T3-7WW-LICT37

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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image of ww-lict31
LIC-T3-1WW-LICT31

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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image of ww-lict27
LIC-T2-7WW-LICT27

Key Features

  • Unique Algorithms -Entry and Exit Algorithm tracks occupancy by tracking movement over thresholds -Queue Algorithm tracks organically forming lines -Stanchion Algorithm tracks people within a defined line condition -Massing Algorithm shares a percentage of occupancy of monitored area
  • Guest Engagement Direct guests to the shortest lines on digital displays and mobile applications
  • Operations Leverage real-time and historical crowd analytics to inform business intelligence, safety, and design practices
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