PRODUCTS / AI BOX SERIES / SMART RETAIL COUNTER

Smart Retail Counter – People Counting and Queue Analytics Camera System

A compact unit in the back office that turns existing store cameras into footfall, queue, and dwell measurement. One unit per store, no server, no IT visit.

Counts people. Does not identify them. No face templates are created by this module.

ARSA AI Box miniPC edition. A compact, NUC-sized edge AI computer designed for space-constrained deployments, featuring plug-and-play local processing capabilities,

What It Measures

Entry and exit counts

Demographics: Gender and Age Estimation

Queue length and wait time

Dwell time by zone

Heatmaps of floor movement

Real-Time In-Store Analytics

People Counting

  • Accurate entry and exit counting
  • Live visitor statistics
  • Daily and hourly summaries

Queue & Congestion Monitoring

  • Queue length detection
  • Wait-time alerts
  • Congestion hotspots

Heatmap Visualization

  • Customer movement heatmaps
  • High-traffic zone identification
ARSA Smart Retail Counter dashboard displaying real-time customer analytics. Features include visitor traffic graphs, queue analysis, conversion rates, and a live store feed tracking customer movement and dwell time in specific areas.
ARSA Smart Retail Counter dashboard displaying real-time customer analytics. Features include visitor traffic graphs, queue analysis, conversion rates, and a live store feed tracking customer movement and dwell time in specific areas.

Why Choose the AI Box Edition

Best suited for retailers who want immediate insights without IT complexity.

No existing servers required

Works directly with existing IP CCTV cameras

 

 

Edge processing with no cloud dependency

HOW IT WORKS

Deployment Steps

One Unit per Store

Sits in the back office. Connects to the cameras already covering the entrance and the floor.

Draw Lines and Zones

Counting lines at entrances, zones on the floor, queue areas at the till.

Read The Numbers

Local dashboard per store. Export or push upstream for chain-level reporting.

Flexible Hardware for Any Scale

The ARSA AI Box is available in two distinct hardware configurations, allowing you to choose the architecture that best fits your facility’s infrastructure, whether distributed at the edge or centralized in the server room.

ARSA AI Box miniPC edition. A compact, NUC-sized edge AI computer designed for space-constrained deployments, featuring plug-and-play local processing capabilities,

The Edge Model (Mini PC)

Process up to 3 Camera

Ideal for distributed deployments and space-constrained environments.

  • Core Architecture: Built on the Intel® NUC platform.
  • Form Factor: Compact, ultra-small footprint designed for easy mounting behind displays or in tight spaces.
  • Performance: Optimized for low-power, continuously running 1-3 streams or low-density inference tasks.
  • Deployment Strategy: Place one unit per location to keep processing localized and minimize bandwidth usage.
ARSA AI Box Server Edition hardware. Enterprise-grade rack-mount server equipped with Intel and NVIDIA components for high-capacity AI video analytics and central processing.

The Server Model (High-Density)

Process up to 25 Camera

Ideal for centralized monitoring and heavy workload consolidation.

  • Core Architecture: Powered by Intel® Processors paired with dedicated NVIDIA® GPUs.
  • Form Factor: Industrial rack-mount chassis for seamless integration into standard server cabinets.
  • Performance: High-throughput processing capable of analyzing up to 25 camera streams simultaneously in real-time.
  • Deployment Strategy: Route all camera feeds to a single, powerful central unit to simplify hardware management and maintenance.

TRANSPARENT

Pricing

The Appliance Hardware

System Cameras Price
AI Box Mini up to 3 $1,890
AI Box Server up to 25 $10,900
AI Box Server Pro 25+ Request a quote

Retail Counter Licence, per camera

Module Perpetual Maintenance / year Subscription
Retail Counter $870 $157 $29 / month

The appliance is purchased outright and includes the configured unit, local dashboard, remote setup, and a 12-month hardware warranty. Licences are bought per camera, outright or by subscription. Camera hardware is not included.

MINIMUM

Site Requirements

Overhead versus angled mounting Line counting is optimal at 60° to 90° (near-nadir). Queue and dwell require 30° to 50° oblique mounting for occlusion control.
Minimum resolution at measurement distance 113 PPM for entry/exit line counting. 99 PPM for queue length and dwell measurement.
Accuracy in dense crowds High at near-nadir angles for entry counting. Oblique angles below 30° result in under-counting due to occlusion.
Lighting tolerance Minimum 50 lux at target. Consistent indoor lighting without harsh dynamic shadows recommended.

FAQ

Common Questions

Should cameras be overhead or angled?

Overhead (60 to 90 degrees) is optimal for entry and exit line counting to prevent occlusion. Angled or oblique (30 to 50 degrees) is required for queue and dwell measurement so the camera can see individual heads separated in the queue.

How accurate is counting in dense crowds?

Accuracy is maintained if the camera is mounted steeply overhead (near-nadir) for counting. At shallower angles (below 30 degrees), the queue collapses into a single blob in the image, causing under-counting.

Can one unit cover multiple entrances?

The Mini covers up to three camera streams, enough for most single-store deployments with a main and a service entrance. Larger stores or supermarkets use the Server.

Does it identify individual shoppers?

No. This module counts and tracks anonymous shapes. It does not create face templates and cannot recognise a returning individual. Aggregate data is entirely anonymous.

How do I roll this out across 40 stores?

One Mini per store on subscription, shipped configured. Rollout is a courier delivery and a 15-minute connection per site, not an engineering visit. The units will immediately begin reporting into a single chain-level dashboard.

Turn Store Footage into Retail Intelligence

Understand customer behavior and optimize store performance in real time.

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