04Wayfinding that updates itself.
Interactive directories, dynamic signage and mobile wayfinding that complement the physical system in real time.
In short
Digital wayfinding is a second layer laid over a complete static system: directory screens, room-booking panels, live clinic or event information, QR codes and mobile navigation. We specify it only where information changes faster than a panel can be remade, name who owns the content, and make sure the building still works when every screen is dark.
Digital and mobile layers extend physical wayfinding: interactive directories, dynamic content, and scan-to-navigate experiences that update in real time.
The best systems blend the physical and the digital so neither feels bolted on.
01Why it matters
A fabricated panel costs what it costs, once. A screen brings a power and data run to one point on one wall, a content licence, somebody's time every week and a replacement in five to seven years. Our rough threshold is quarterly: content that changes less often than that is cheaper and more reliable as static with a changeable part.
A printed panel two years out of date looks two years out of date, and people discount it. Nobody discounts a bright display, so a screen showing last year's tenant list sends visitors confidently to the wrong floor. Most of that comes down to content nobody owns after handover.
Tactile characters and braille, escape signage that stays legible when the mains are gone, Irish and English at equal prominence: none of it can be pushed to a screen. The compliant static system is being installed either way, so the real question is what a screen adds on top.
If the booking system calls a room one thing and the door calls it another, the screen publishes the disagreement. A digital layer works only when it reads from the same room list the signs were drawn from.
02How we do it
The same sequence on every project, run by our own teams, so nothing falls between packages.
Location by location, we separate what never moves (levels, cores, room ranges, toilets) from what moves seasonally, weekly or by the hour. The answer decides the medium, line by line.
Identification, direction, directories and statutory signage are designed to work on their own, so every screen can fail without stranding anyone.
Lines that change slower than a season go into changeable static construction: slats lifted out of a side channel, cassette inserts, tenant strips. We mark them in the destination schedule, where making a line replaceable costs nothing.
Usually that is one well-sited display at the point of arrival, carrying today's variables: the clinics running, the rooms booked, the lift that is out. Its position, height, power and data are agreed against the sign schedule, with brightness and anti-glare set for the real light.
Before hardware, we fix in writing which system the content comes from, the identifier that joins it to each physical room, how quickly a change must appear, and who in the building is accountable when it is wrong.
Every live display should fail to identity, never to stale: if the feed drops, the panel shows what is permanently true, such as the room number and capacity, and nothing about availability. We ask to see the fallback commissioned.
QR codes for depth, translation, fault reporting and asset records, pointed at stable redirects the client controls. NaviLens markers for blind and partially sighted users, sited on the same sightlines as the signs.
03What you receive
What lands on your desk, ready to price, approve and build from.
04Standards
The standards and regulations this work is designed to. Compliance is the baseline, not an upsell.
Usually less of it than you're offered. A screen pays its way where content changes weekly, daily or hourly: clinic lists, room bookings, event programmes, live status. Below a quarterly rate of change, a static system with changeable parts is cheaper over ten years and less likely to fail.
Over a ten-year life, normally not. A fabricated sign is a capital cost with almost no tail. A screen adds power, a content licence, staff time every week and a replacement cycle. In a narrow set of places it is still the only thing that works, which is where we put it.
No. Tactile and braille provision under Part M and BS 8300, escape signage under TGD B and bilingual provision for public bodies all have to be permanent and physical. No Irish or UK requirement accepts a screen, app or digital marker as a substitute. Nobody evacuates by phone.
We are not a screen vendor, so we have no reason to sell you one and no reason to talk you out of one. We design, supply and install the permanent system and specify the digital layer over it: where it goes, what it says, where the content comes from, and who keeps it right.
The positioning works: depending on the technology, a phone can be placed to within ten metres or ten centimetres. The hard part is adoption. Indoor navigation gets used where the app is already on the phone for another reason, such as a student portal or a staff tool, and rarely in one-visit buildings.
Yes, for what a panel cannot hold: a zoomable floor plan, a translation, a fault report, the asset record behind the sign. Not as the wayfinding itself. A code needs an owner, a stable link the client controls and a short printed address beside it, and we specify them on a small fraction of signs, deliberately.
NaviLens is a high-contrast marker a phone camera detects from several metres away, while the user is walking, and then reads aloud. It is the first digital layer we've seen that answers a real navigation problem for blind and partially sighted people. We specify it as an addition to compliant tactile signage, never in place of it.
07Insights
A screen is a different tool from a sign, with a different bill attached. Where digital wayfinding pays for itself, and where static still wins.
A screen and a sign do not cost the same things. A ten-year, line-by-line look at digital vs static signage, and a way to decide it sign by sign.
Room panels, queue calls, occupancy counts: signage written by a live feed. What it genuinely fixes, and what it should never be asked to carry.
A QR code costs nothing to print and quite a lot to keep alive. Where codes belong on a sign, and the four ways they reliably fail.
Bluetooth, ultra-wideband and visual positioning all work. The download is what fails. When a hospital or campus should buy indoor navigation, and when it shouldn't.
A phone reads a NaviLens marker from several metres away, off-axis and on the move, which is exactly why it works where a QR code never could.
Digital & smart wayfinding
Approvals cut from months to days, typically around 20% off the wayfinding package, and one supplier from design to installation.
