When a mall, hospital, campus or Hajj camp decides to "put a map on the website", the first technical question is usually the wrong one: do we need beacons? The honest answer for most venues in Saudi Arabia is no — not to start with. Whether you need one depends on a different question: how does the map know where the visitor is standing?
This guide explains the three ways indoor wayfinding can work, which kinds of venue each one suits, what you need to provide to get started, and what to ask a vendor before you sign. It is written for facility managers, marketing and digital teams, and anyone who has been quoted for a system and is not sure what they are paying for.
What indoor wayfinding actually is
An interactive indoor map is a digital version of your floor plans that visitors can search, zoom and follow. The visitor types a destination — a store, a clinic, a gate, a tent number — and the map draws a walking route to it, floor by floor. Done well, it answers the question your reception desk and security staff hear all day: "How do I get to…?"
There are two separate parts, and vendors often blur them together:
- The map and the route. The drawn plan, the searchable places and the walking directions. This is where most of the value is.
- The positioning. The live "you are here" dot that moves as the visitor walks. This is optional, and it is where hardware and cost come in.
Three ways to position a visitor
1. Search and route — no hardware
The visitor chooses a starting point, or scans a QR code at an entrance, lift lobby or kiosk that tells the map exactly where they are, and then follows the route. Nothing is installed in the building.
Best for: camps, events, clinics and most venues. It is the fastest to launch and the cheapest to maintain.
Trade-off: there is no live dot, so the visitor re-scans or re-selects if they lose their way.
2. Bluetooth beacons — a live blue dot
Small battery-powered beacons fixed to walls or ceilings broadcast a signal that a phone can read, which lets the map show a position that moves with the visitor.
Best for: large malls, hospitals and airports where people really do get lost across many corridors and floors.
Trade-offs: the beacons have to be installed and their batteries checked over time, and the live dot generally needs a native app — or the vendor's SDK inside your existing app — rather than a plain web page.
3. GPS — open-air sites
Outdoors, a phone's own GPS can place the visitor on the map without any extra hardware.
Best for: camps, campuses, parks and large masterplans.
Trade-off: accuracy drops beside tall buildings and indoors, so it suits open sky rather than inside a building.
The right question is "what is the lightest option that does the job?"
Hardware is the part of a wayfinding project that costs money to install and to keep working. Starting with search-and-route, then adding beacons only in the zones where a live dot genuinely pays for its upkeep, is usually the sensible order. A vendor who insists on beacons everywhere before you have seen a single working map is selling hardware, not wayfinding.
What you need to start
You do not need to prepare much:
- Floor plans or site plans. CAD or DWG files are best; clean PDFs also work.
- A list of destinations. The places people actually look for — and the names they call them, in Arabic and English.
- Your priorities. Which routes matter most, and which areas are staff-only or step-free.
Where the drawings are out of date, a site check fills the gaps before the map is published.
Details that decide whether people use it
- Arabic and English, properly. Search and labels in both languages, with a right-to-left Arabic interface designed as one rather than translated afterwards.
- No download. A map that opens from a link or a QR code gets used; one that asks for an app install first often does not.
- Step-free routes. Wheelchair users and parents with strollers need lifts and ramps first, not the shortest path via the stairs.
- A map that stays current. Tenants change, clinics move, exhibition layouts differ every week. Maps need an owner and an update process.
- Aggregate analytics. Knowing what visitors search for, and where routes start and stop, helps you fix signage and layout — and can be reported without tracking individuals.
Example: wayfinding for Hajj camps
Few environments test a wayfinding system harder than a pilgrim camp: thousands of people, similar-looking tents, many languages and phones, and little patience for confusion. We built interactive 3D wayfinding maps for Hajj camps across Mina and Arafat — bilingual, working on any device — as the Mashaer Smart Wayfinding project.
You can try the same kind of map yourself: the 3D pilgrim camp demo lets you search for a tent number, restrooms, a prayer area, a clinic or the nearest exit, and then follow a guide along the walking route.
Questions to ask before you buy
- Do we need beacons at all, and in which zones — and what would you recommend we try first?
- Does the map open in the browser from a QR code, or does the visitor need an app?
- Who updates the map when a tenant or a layout changes, and how quickly?
- Is Arabic search first-class, including right-to-left layout?
- Does routing support step-free paths?
- Can we embed the map in our existing website or app?
- What happens to the visitor data you collect?
What drives the cost
Costs vary with the area and number of floors, whether you want 2D or 3D, the positioning option, where the map runs (web, app or kiosk), and how often it needs updating. Every project we quote is based on a review of your actual plans, with a fixed price and a dated plan, so you know what you are getting before you commit.
Work with us: see how we build interactive maps and indoor wayfinding in Saudi Arabia for malls, hospitals, campuses, camps and real-estate projects, or book a demo with your own floor plan.
FAQ
Do visitors need to download an app? No. The map opens in the browser from a link or QR code. A native app or SDK is only needed for the live blue dot from Bluetooth beacons.
Is GPS enough for indoor navigation? Not inside buildings. GPS works well outdoors on open sites such as camps and campuses, but accuracy falls indoors, which is why venues use QR start points or beacons.
What is an interactive masterplan? A clickable site plan used mainly in real-estate sales: plots and units are coloured by status, and a buyer can open the floor plan and send an enquiry from the map itself.
How long does it take to build an indoor map? It depends on the area, the number of floors and the quality of your drawings. After reviewing your plans, we send a dated plan with the quote.