Does this replace ticketing?

No. RFID cards were issued against the organiser's ticketing; the system controlled and counted entry at the gates and tracked the security operation.

How were guards tracked?

Through a cloud application on their phones for check-ins and positions, shown on the control room map next to gate counts and camera feeds. Radios stayed the primary voice channel.

Can it run at a permanent venue?

Yes. The event version is the portable case; the same components run permanently at a venue, a plant gate or a campus.

Industrial, IoT & Operational SystemsEvent organisers, not named · Per-event deployments

Event Access Control and Guard Monitoring: RFID Entry, Turnstiles, Radios and Cameras Under One Cloud View Event organisers, not named

Organisers of ticketed physical events who needed controlled entry and a live picture of their security team during the event. Organisers and venues are not named.

Duration: Per-event deployments

Platform: RFID, turnstiles, radios, cameras, cloud

Channels: Event security and access control

Build Something Similar What we built

Scope, visualised

What ran at each event

Systems under one view4

Card-based counted entryRFID

Guard positions and check-insLive

Capture

Monitor

Alert

Act

Report

Overview

Each event ran the same stack: attendees received RFID cards that opened turnstile gates, so entries and exits were counted by gate in real time; security staff carried two-way radios and were tracked and checked in through a cloud application; cameras covered zones and fed the same control room view. The result was one screen for the organiser showing who was inside, where guards were, and what the cameras saw, instead of three separate teams reporting by phone.

RFID cards and readers, turnstile gates, two-way radios, IP cameras, cloud guard-tracking and monitoring application

Problem, Constraints, Baseline, Approach, Results

Problem

Event security ran as separate silos: gate staff, guards and camera operators each knew part of the picture and none of it was recorded.

Constraints

Everything had to be set up and torn down per event, work on temporary power and connectivity, and be usable by contracted staff with minutes of training.

Baseline

Paper or barcode tickets checked by hand, guards coordinated by radio only, cameras watched locally with no record tied to the gates.

Approach

RFID cards and turnstiles for counted entry, a cloud guard-tracking app for positions and check-ins, radios for coordination, and camera feeds surfaced in one control room view.

Results

Deployed at multiple physical events. Attendance and incident figures belong to the organisers and were not published, so none are claimed here.

Live

Guard positions and check-ins

Systems under one view

RFID

Card-based counted entry

Live

Guard positions and check-ins

Systems under one view

RFID

Card-based counted entry

Live

Guard positions and check-ins

Key metrics shown: 4 Systems under one view; RFID Card-based counted entry; Live Guard positions and check-ins.

Challenges

1. Temporary everything: Gates, readers, cameras and connectivity were installed for days, not years, so the setup had to be repeatable and forgiving.

2. Three teams, one picture: Gate counts, guard positions and camera feeds came from different hardware and had to land in one control room screen.

3. Contracted staff: Guards changed from event to event; check-in and tracking had to work from a phone with almost no training.

What we built

Counted entry: RFID cards issued to attendees, turnstile gates with readers, and live entry and exit counts per gate.
Guard tracking: A cloud application that recorded guard check-ins and positions and showed them on the control room map.
Radios and cameras in the loop: Two-way radio coordination for the team on the ground and camera feeds surfaced per zone alongside the gate and guard data.

Why it matters for operational systems

An event is a small, temporary plant: assets (gates, cameras), people (guards) and a control room that needs one truthful view. The same capture → monitor → alert → act → report pattern we use in industrial work applied here with hardware that had to be packed up afterwards.

• Physical access as data: Turnstiles turned tickets into counted, timestamped events the organiser could see and audit.

• People as tracked assets: Guard check-ins and positions in the same view as gates and cameras made staffing gaps visible during the event, not after it.

Conclusion

Counted entry, guard tracking, radio coordination and camera feeds delivered as one cloud control room for physical events. Organisers and venues are not named, and no attendance figures are claimed.

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