PROXIMATE / EDITORIAL NODE● STATUS: INDEPENDENT PUBLICATION
PROXIMATEAPPProximity Technology Guide
[ practical location technology / no futurism ]

Plan proximity systems for the building you actually have.

Independent guidance on Bluetooth beacons, NFC, QR, indoor navigation, location-based experiences, privacy and day-to-day operation.

beacon / signal field

interference check
MODEL: ILLUSTRATIVE
ACCURACY: NOT GUARANTEED
CALIBRATION: REQUIRED
PILOT_BEFORE_SCALEtest the real environment
PRIVACY_BY_DESIGNconsent, minimisation, retention
OPERATIONS_INCLUDEDbatteries, mounting, monitoring
LIMITS_VISIBLEwalls, people, devices, interference

Beacon, NFC or QR?

The right technology depends on user action, distance, app requirements, environment, cost and privacy — not which option looks most advanced.

Decision factor
Bluetooth beacon
NFC
QR code
User action

Can be detected by a compatible app or system.

Intentional tap at very short range.

Intentional camera scan.

Best fit

Zone events, indoor context, repeated deployments.

Touchpoints, exhibits, assets and controlled actions.

Low-cost access to web content or forms.

Operational load

Hardware placement, batteries, calibration and monitoring.

Physical labels, placement and destination control.

Print quality, placement and link maintenance.

Key caution

Distance estimates vary with the environment.

Very short range and device/user behaviour.

Easy to copy or replace; verify sensitive destinations.

Design around a real use case.

Start with the visitor, staff member or customer journey. Then decide whether proximity technology improves it.

[ pilot scope estimator ]

How large should the first test be?

A pilot should answer a small number of measurable questions before hardware and operational complexity spread.

A deployment is an operating system.

The hardware purchase is only one line. Mapping, mounting, calibration, monitoring and privacy continue after launch.

01 / OBJECTIVE

Define the event

What should happen, for whom, and how will success be measured?

02 / SURVEY

Map the site

Walls, entrances, power, traffic, interference and access constraints.

03 / PILOT

Install & calibrate

Test representative devices, positions, power and real visitor flow.

04 / CONTROL

Document assets

Identifiers, locations, mounting, owners, firmware and battery dates.

05 / OPERATE

Monitor & maintain

Failures, drift, content changes, privacy requests and replacement cycles.

Privacy is part of the architecture

Define purpose, consent, data flow, retention and deletion before collecting location-related data. Do not treat a generic compliance statement as evidence that a deployment is appropriate.

Field guides.

Technical enough to reveal limits, practical enough to improve a deployment brief.

[ featured analysis ]

How accurate are Bluetooth beacons?

RSSI, walls, people, device differences, calibration and why “distance” should be expressed as a range and confidence level.

Read the accuracy guide →
DEPLOYMENT

How to plan beacon placement

Objective, map, mounting, calibration and monitoring.

COST

What a beacon system costs

Hardware, installation, application, content, analytics and support.

OPERATIONS

Battery life and maintenance

Intervals, power, temperature, records and replacement.

MESSAGING

Location notification rules

Consent, context, quiet hours, frequency and measurement.

NO_FAKE_PRECISION

Accuracy is described with conditions and uncertainty.

PILOT_NE_SCALE

A controlled test comes before a broad rollout.

PRIVACY_REVIEW

Location and consent claims require current authoritative checking.

NO_OLD_IDENTITY

The site is not the former product, platform or client portfolio.