Skip to content
RATS BD
Retail & E-commerce · Module 02

Smart Fitting Rooms

Overhead readers and a wall display that turn the try-on into a conversation instead of a dead end.

Scope a pilot All retail modules
Overview

The problem it solves

The fitting room is where the highest-intent customers in your store go, and it is the one place with no staff, no information and no way to ask for a different size without getting dressed again.

A customer carrying four garments into a cubicle has already decided they like all four. What happens next decides your conversion rate, and right now what happens is: they try them, three do not fit, and they leave with none — because asking for a size 40 means putting their own clothes back on and finding someone.

Overhead readers identify what came into the room. A wall display shows the items, the sizes and colours actually in stock, and a button that pages an associate. That is the whole intervention. It is deliberately not a smart mirror — those cost several times more, break more often, and buy you very little that a tablet and a tuned antenna do not.

Smart Fitting Rooms in use at a site in Bangladesh
How it runs

The workflow

Four steps, in this order. A step out of sequence is a broken process, not a variation.

  1. 01

    Detect

    An overhead array reads the garments as they enter the cubicle, tuned tightly enough that the next room's items do not appear on this room's screen.

  2. 02

    Present

    The wall display lists what is in the room with live availability — other sizes, other colours, and what pairs with it.

  3. 03

    Assist

    One tap pages an associate with the room number and the item already on their handset. No shouting over the rail.

  4. 04

    Measure

    Every session records what went in and what was bought, so the try-to-buy funnel becomes a number you can act on per style.

Architecture

What it is
made of

Four layers, in the order data moves: a tag is read, the read becomes an event, a rule decides what it means, and a business system acts on it.

  1. 01

    Tags

    What carries the identity

    • Item-level UHF RAIN on all apparel
    • Care-label inlays for sewn-in applications
  2. 02

    Readers & edge

    What turns presence into an event

    • Overhead UHF array per cubicle, tuned to the room
    • Handheld for exceptions and stock checks
  3. 03

    Platform

    What decides what the event means

    • Item lookup and live availability
    • Session tracking and try-to-buy analytics
    • Associate paging and queue
    • Optional recommendation service
  4. 04

    Integrations

    What acts on the decision

    • POS
    • Inventory
    • Associate mobile app
Components

What we supply

  • 01

    Overhead UHF array

    A flat ceiling panel per cubicle. The engineering that matters is read-zone containment — an array that sees into the next room produces nonsense on both screens.

    Slim square ceiling-mount UHF RFID antenna panel with a low-profile bracket
    • Ceiling-mounted, one per cubicle
    • Read zone tuned to cubicle footprint
    • Cross-read suppression at commissioning
    • PoE, single cable run
  • 02

    Wall display

    A standard commercial tablet or panel, wall-mounted at eye height. Deliberately ordinary hardware — this is the part that gets knocked, and replacement should cost very little.

    • 10–15 inch touch panel
    • Wall or mirror-edge mount
    • Bangla and English interface
    • Off-the-shelf, easily replaced
  • 03

    Associate app

    The paging endpoint. A request arrives with room number, item and size already attached, so the associate walks to the rail first and the cubicle second.

    • Android or iOS handset
    • Room-level request queue
    • Response-time tracking
    • Works on existing store devices
Outcomes

What to expect

Ranges, not single flattering figures. Baselines are captured for four to eight weeks before a pilot starts, so the delta is measured rather than claimed.

Try-to-buy conversion
+10–20%
Assist response time
Measured per room
Session capture
Every entry logged
Per-style funnel
Tried vs bought
Before you commit

What to plan for

Every module has a failure mode. These are the ones that actually bite on this one, and what we do about them — because finding out later costs more than knowing now.

Displays are capital cost, and RF tuning in dense apparel is genuinely fiddly.
Pilot a limited number of rooms in one flagship. Tune the arrays there, prove the conversion delta, then roll out with a known-good design.
Connects to

Your existing systems

  • POS
  • Inventory
  • Associate app

Where it earns its keep

  • Flagship apparel stores where conversion, not footfall, is the constraint
  • Fashion retailers already running item-level RFID for stock
  • Brands who want a visible experience differentiator without smart-mirror pricing
Scope a pilot
Questions

Before you
buy

The things operations directors actually ask on the first call.

Why not smart mirrors?

Cost and failure rate. Overhead antennas plus a wall tablet deliver the same three things customers actually use — what's in here, what else is available, come and help me — at a fraction of the price and with parts you can replace locally.

Will one room's screen show another room's clothes?

Not once tuned. Cross-reads are the single most common failure in fitting-room deployments and the reason we pilot before rolling out. Read-zone containment is verified per cubicle at commissioning.

Does this need every garment tagged?

Every garment you want to appear on the screen, yes. In practice most stores doing this already tag at item level for stock accuracy, so the fitting room is a second use of a tag that is already paid for.

Same platform

The rest of retail

Book a free site survey

Let's design theright system foryour floor

Get your quote

Tell us your store type and city. A specialist surveys your floor, recommends the exact system and sends a clear quote — no obligation.

Request a quote Chat on WhatsApp