HoxtonAi

Real-Time Occupancy Monitoring

Occupancy Counter

Real-time occupancy counting and capacity monitoring. Manage compliance, prevent overcrowding, and optimise space utilisation with AI-powered occupancy sensors that count with 98%+ accuracy. From £720 per location per year.

AI occupancy counter monitoring a venue entrance

Trusted by leading brands

Ribble Logo
Iceland Logo
Vodafone Logo
Lisa Angel Logo
Neptune Logo
Afflecks Logo
Client's Logo
Scribbler Logo
Frank's Logo
Rixo Logo
Tate Logo
Center Parcs Logo
Ribble Logo
Iceland Logo
Vodafone Logo
Lisa Angel Logo
Neptune Logo
Afflecks Logo
Client's Logo
Scribbler Logo
Frank's Logo
Rixo Logo
Tate Logo
Center Parcs Logo

The problem

Why You Need an Occupancy Counter

Compliance Risk

Fire safety and licensing regulations require accurate occupancy management. Without an occupancy counter, you are exposed to compliance violations and liability.

Overcrowding Events

Without real-time occupancy data, crowding builds up before staff notice. By the time the problem is visible, the customer experience has already deteriorated.

No Real-Time Visibility

Manual headcounts and clickers provide a snapshot but cannot track occupancy continuously. You need a live occupancy counter for proactive capacity management.

Simple setup

How Occupancy Counting Works

01

Install at Entrances

Mount Hoxton AI occupancy sensors above each entrance and exit. 15-minute install per sensor — no construction work needed.

02

Count In & Out

The occupancy counter tracks every person entering and exiting in real time, maintaining a live count of people currently inside the space.

03

Set Capacity Thresholds

Configure occupancy limits for your space. The system alerts staff when thresholds are approaching or exceeded — before problems arise.

04

Monitor & Report

View live occupancy dashboards, historical utilisation patterns, and compliance reports. Optimise space usage based on real data.

Occupancy Counter Capabilities

98%+

Occupancy counting accuracy

Real-time

Live occupancy monitoring

Alerts

Capacity threshold warnings

GDPR

Privacy compliant

Everything You Need in One Package

Hoxton S1 overhead occupancy counter sensor
AI Occupancy Sensor

Overhead S1 sensor installs in 15 minutes at each entrance and exit. Bidirectional counting with 98%+ accuracy for reliable occupancy data.

Real-time occupancy monitoring dashboard
Live Occupancy Dashboards

Real-time occupancy levels, capacity threshold alerts, historical utilisation patterns, and compliance reports — accessible from any device.

API and alerting integration platform
Alerts & API Integration

Automated capacity alerts via email and dashboard. Plus API access for integration with BMS, digital signage, and access control systems.

Why 98%+ accuracy

Counting based on journey prediction, not simple line crossings

Most people counters fire a +1 the instant something crosses a beam or line. That's fast — but it's also why they overcount. Hoxton works differently: it uses an overhead view to recognise a complete in-view journey and only counts when the journey matches a real entry or exit.

Traditional counters

A single trigger = a count, every time the line is crossed.

Traditional people counter: a beam trigger counts every crossing, inflating the real number
  • Security guard pacing near the doorway? Counted repeatedly.
  • Customer steps in, hesitates, turns back out? Often counted twice.
  • Staff working near the entrance? Every pass inflates the number.

Result: counts drift upward anytime there's “doorway noise”.

Hoxton AI directional event counting

A count is only created when the system confirms a genuine entry/exit event.

Hoxton AI intent-verified counting: only genuine entries and exits are counted
  • Understands a person's in-view journey from arrival to departure.
  • Someone loops, pauses, or changes their mind? No false extra counts.
  • A count only registers when they arrive on one side and leave on the other — a real entry or exit.

Result: accurate footfall that matches what actually happened, not how many times a line was crossed.

How directional event and journey prediction works

1
Step 1: Person enters the sensor's field of view

Detect

Person enters the field of view

A person is detected as they arrive in the overhead zone.

2
Step 2: Movement is understood in context

Interpret

Movement is understood in context

The system evaluates whether the movement indicates entering, exiting, or lingering/turning back (including loops and hesitation).

3
Step 3: Count only when the journey is complete

Confirm

Count only when the journey is complete

A count is recorded only when the person leaves the zone in the opposite direction — confirming a true entry/exit event, once.

Trusted by Leading Venues

Real-time occupancy monitoring has transformed how we manage our parks. We can proactively manage busy periods and ensure a great guest experience.

Center Parcs

Leisure and hospitality group

The occupancy data gives us confidence in our compliance reporting. We can prove to inspectors that we actively manage capacity at all times.

Bruntwood

Property and workspace provider

Occupancy Counter FAQ

Ready to manage occupancy with confidence?

See how real-time occupancy monitoring transforms capacity management. Book a demo and we'll show you live dashboards from venues like yours.