Author: Kairi Koov

Most people think of wayfinding as something added when a building is almost finished. The building goes up, signs appear on the walls, and interactive kiosks arrive near the entrances. However, a building digital twin can become useful much earlier. 3D Wayfinder can create a navigable 3D model using the same floor plans, CAD files and architectural drawings already available during the design phase. As a result, a digital version of the building can exist long before construction is complete. This transforms 3D Wayfinder from a visitor navigation system into something much broader. The same model can support planning, visualization, sales, navigation and building management throughout the building’s lifecycle.

Turning Technical Drawings Into a Visual Building Digital Twin

Architectural plans are essential for architects and engineers, but they can be difficult for clients, tenants and other stakeholders to understand. Lines, measurements and technical symbols do not always communicate what the finished space will actually feel like. A building digital twin provides a much clearer view.
3D Wayfinder transforms architectural drawings into an interactive model with realistic colors, materials, signage and branding. Users can explore floors, rooms, corridors and entrances instead of trying to interpret a traditional floor plan. The model can also be displayed on a website, tablet, touchscreen or large screen in a sales office. For property developers and building owners, this makes communication easier. Future tenants can see exactly where their unit will be located, while clients gain a better understanding of the complete building. Creating a shared visual understanding early in the project can also reduce misunderstandings and unnecessary back-and-forth communication.

Test Building Changes Before They Become Expensive

A digital model is not only useful for visualization. It can also work as a testing environment during the planning stage. For example, changing an entrance can immediately show how visitor routes and walking distances are affected. Moving a corridor or information point can reveal potential problems before construction begins. A poorly positioned information desk might block an important route between the main entrance and elevators. A change that is simple to make in a digital model could become expensive once construction is already underway.
Using a building digital twin therefore gives architects, developers and facility managers an opportunity to evaluate layouts and visitor flows earlier. Testing changes digitally can help protect both the project schedule and the budget.

Use the Same Model for Property Sales and Presentation

The same 3D model can also become a useful sales and marketing tool before the building opens.
Instead of presenting future tenants or investors with technical drawings, developers can show an interactive representation of the planned building. Users can explore different floors, understand unit locations and see how spaces connect. The model can be shared online or presented on interactive screens in a sales office. This makes a building digital twin especially useful for shopping centres, office buildings, mixed-use developments and other large properties where understanding the relationship between different spaces is important.

From Digital Twin to Live Wayfinding System

The value of the model continues after construction is complete. Once the building opens, the same building digital twin can become a live 3D Wayfinder navigation system available on information kiosks, websites and mobile devices. Visitors can search for destinations and receive visual routes through the building. Depending on the project, these destinations may include stores, offices, meeting rooms, services, departments or other points of interest.
Building managers can update tenant information, room names, destinations and other content through the 3D Wayfinder content management system. Therefore, the digital model does not become outdated immediately after opening. It can continue evolving together with the physical building.

Keep the Digital Building Up to Date

Buildings change continuously. Tenants move, rooms receive new functions and services change location.
Static maps quickly become outdated, while a centrally managed digital wayfinding model can be updated whenever changes occur. The 3D Wayfinder platform can also provide statistics about searches and navigation requests. This gives building managers additional insight into what visitors are looking for and which destinations receive the most attention. These insights can help identify navigation challenges and improve the visitor experience over time.

One Digital Model Throughout the Building Lifecycle

3D Wayfinder can therefore serve several purposes during different stages of a building project. During planning, it acts as a visualization and testing tool. Before opening, it can support sales, marketing and communication with tenants. After opening, the same model becomes an interactive navigation and building management solution. Instead of creating separate visualizations and maps for each stage, one building digital twin can continue developing together with the property.

If architectural drawings already exist, creating an interactive digital version of the building may be easier than expected.

Contact 3D Wayfinder to see how your architectural plans can become an interactive building digital twin – even before the first visitor walks through the door.

Large gardens have a unique challenge. Visitors can easily lose their way, while staff need to keep track of thousands of plants and ongoing maintenance tasks. A botanical garden may contain thousands of species across greenhouses, terraces, outdoor beds and different levels. Meanwhile, the team behind the scenes needs to know which plants require watering, fresh soil, pruning or treatment. Both challenges come down to the same thing: having one clear picture of the entire garden. Garden wayfinding with 3D Wayfinder brings this information together on a single interactive map designed for both visitors and staff.

Garden Wayfinding Maps That Match the Real Environment

Most gardens still use traditional paper maps. They work well up to a certain point, but paper maps flatten a space that is often anything but flat. Gardens may climb hills, include several greenhouses and contain multiple sections within the same building. In addition, the landscape can look completely different in May and November.

3D Wayfinder handles this by modelling the base map, buildings, paths and specimens according to the actual environment. Visitors can see where they are, where they want to go and what is located on another level. As a result, the garden wayfinding map becomes more than a visual overview. It provides practical guidance and helps visitors understand the layout of the garden.

Every Plant Can Be a Point of Interest

Compared with a shopping centre, where the main points of interest are usually stores or services, a botanical garden may contain thousands of individual species. Each one can have its own story. In 3D Wayfinder, any plant, tree, sculpture, bench or other location can become a point of interest. It can include a name, photo, description, native region, bloom time and other relevant information.

Visitors can tap a plant on an interactive kiosk or open the same information on their phone. They can also search for a specific species and receive walking directions directly to it. In this way, garden wayfinding becomes more than navigation. The interactive map also works as a digital guide to the collection. Visitors do not necessarily need a printed booklet or scheduled tour to discover the garden. The map can also include practical information such as toilets, cafés, shops, step-free routes and current events. Information can be provided in multiple languages, allowing the garden to tell its story to a wider range of visitors.

Garden Wayfinding as a Maintenance Tool

The same map can also support the people who maintain the garden. Each point of interest can contain internal information that visitors cannot see. In practice, this creates an information model for living plants and specimens.

Staff can record what happened to each plant and when. This may include:

• watering;
• feeding;
• repotting;
• soil changes;
• pruning;
• pest treatment;
• relocation.

Over time, the garden wayfinding system becomes a visual maintenance history. Because every record is connected to a location on the map, patterns can also become easier to identify. For example, if plants in one part of a greenhouse repeatedly require treatment, staff can see the affected area directly on the map instead of searching through spreadsheets. The system can also make onboarding easier. A new seasonal employee can open the map on a tablet, see relevant plant information and understand the maintenance routine much faster.

One Garden, Two Types of Information

Gardens depend on two different kinds of knowledge. Visitors want to explore the garden, find specific species and learn something along the way. Gardeners and maintenance teams need to understand what is happening with individual plants on a daily basis. Traditionally, this information is stored in separate places. 3D Wayfinder brings both sides together within the same 3D model while keeping public and internal information separate.

With garden wayfinding, visitors receive clear navigation and useful information, while staff gain a visual overview of plant locations and maintenance history. The result is one central source of information for the entire garden, with each user seeing exactly the information they need. If you would like your garden to be mapped and easily monitored, please contact us.

Finding your car in a large parking garage can be surprisingly difficult. Rows look similar, floor numbers are easy to forget, and several entrances may connect the parking area to the same building. Parking and indoor wayfinding can solve this problem by connecting the parking experience with the venue’s main navigation system. Instead of treating the parking garage and the building as separate areas, one wayfinding platform can guide visitors throughout the entire journey. It can help them save their parking location, navigate to their destination and later find the quickest route back to their car.

Save Your Parking Location With a QR Code or License Plate

A parking module can identify a vehicle location in several ways. One simple solution uses QR codes placed in parking zones, floors or sections. After parking, the visitor scans the nearby QR code. The system can then save that parking location directly in the browser. Therefore, the visitor does not need to download an application or create an account. Later, the visitor can open the wayfinding system and receive directions back to the saved parking area.

Another option is license plate recognition. When a parking facility already uses compatible camera-based systems, the wayfinding solution can use vehicle location data to help visitors find their cars. Instead of remembering a floor, section or parking number, the visitor can search using the vehicle’s license plate.

Both approaches solve the same problem: helping people return to their vehicles quickly and without unnecessary searching.

Navigate From the Parking Garage to Any Destination

Once the system knows the parking location, it can use that point as the starting position for navigation. For example, a visitor who parks in section B on level P3 can search for a shop, departure gate, restaurant or other destination. The wayfinding system then calculates a suitable route from that parking area to the selected location.

This is especially useful in large shopping centres, airports, hospitals, stadiums and other complex venues. Parking facilities may have several floors, multiple entrances and different connections to the main building. Instead of guessing which entrance to use, visitors receive clear step-by-step directions. The route can also consider elevators, stairs and connections between different levels. Most importantly, parking and indoor wayfinding also works in reverse. At the end of the visit, the system can guide the visitor from their current location back to the correct parking area.

Connect Parking With the Entire Visitor Journey

Parking is often the first and last part of a visitor’s experience. Therefore, connecting it with indoor navigation creates a more complete journey.

The same map can cover:

• parking areas and levels;
• entrances and exits;
• elevators and stairs;
• shops, offices or service points;
• airport gates or terminals;
• hospital departments;
• entertainment and event areas.

This approach removes the gap between parking navigation and indoor navigation. As a result, visitors can use one system instead of switching between several maps or applications.

Add Real-Time Parking Information

Parking integration can go beyond simply remembering where a vehicle is located. For example, parking sensors or existing parking management systems can provide live occupancy information. The wayfinding platform could then show which floors, zones or sections still have available spaces. When combined with indoor positioning technologies, the system could also guide visitors towards suitable parking areas and continue navigation after they leave the vehicle. The video below shows the parking solution at Assima Mall.

This creates new possibilities for airports, shopping centres and other venues with large or multi-level parking facilities. Instead of adding a completely separate system, venues can extend the capabilities of their existing wayfinding platform.

Make the Journey Easier From Start to Finish

A visitor’s experience does not begin at the information kiosk or building entrance. For many people, it starts when they enter the parking garage. By integrating parking information with 3D Wayfinder, venues can create a smoother journey from the vehicle to the final destination and back again.

Visitors spend less time searching for entrances, destinations and parked cars. At the same time, venues can provide a more connected digital experience across the entire property. Parking becomes more than a place to leave a vehicle. It becomes part of the navigation experience. Contact our sales team for more information.

People check the weather many times a day. Even a quick glance at their phone tells them if they might need a jacket or an umbrella. We believe that indoor wayfinding should do the same, and weather awareness shouldn’t stop at the entrance. Venues like airports, hospitals, and shopping centers all sit inside a larger world, and that world affects how people move, plan, and feel safe. By combining real-time weather data and indoor navigation, wayfinding systems can provide useful information that helps visitors plan their next steps before they even leave the building.

Everyday Weather at a Glance

Most visitors just want the basics about temperature, precipitation and cloudiness. That’s why our maps can display current conditions directly on the screen. For example, a traveler searching for a bus stop near the airport can confirm whether it’s raining. Similarly, a shopper heading to their car can glance at the forecast before grabbing their bags. This small and minimalistic addition can give practical information exactly where people already look for directions. As a result, people are more aware of the conditions outside and can adjust their actions accordingly.

When the Sky Turns: Storm Guidance

Every visitor needs to know when severe weather hits. Instead of a passive icon on a screen, a storm warning needs a clear and immediate response. In such cases, our systems display banners that recommend that people stay indoors or show directions to designated waiting areas. Also, the solution can show alternative sheltered routes that prevent people from stepping into the storm. Because of this type of responsiveness, the map becomes a safety tool and automates the handling of weather emergencies. Therefore, this solution benefits the workers of the venue as well, not only visitors and residents.

Built for Every Venue

Every venue experiences severe weather conditions differently. For example, a weather change at an airport can affect whether a traveler uses the tarmac or a jet bridge. In addition, shopping centers might redirect foot traffic during extreme weather to keep guests comfortable.

Hospitals prioritize patient safety above all else, so the system can flag entrances near ambulance bays during icy conditions. Because our platform adapts to each venue’s layout, weather guidance reflects information unique to that space. This connection between real-time weather data and indoor navigation makes the system more responsive to changing conditions and more useful for each individual venue.

In a nutshell, weather will always be unpredictable, but guidance inside a building doesn’t have to be. By blending real-time forecasts with indoor navigation, 3D Wayfinder helps people move through airports, hospitals, and shopping centers with more confidence. While sunny days call for simple and useful information, stormy days call for fast and clear direction toward safety. Either way, visitors will have access to something that makes their lives and planning easier. If you are interested, please contact our sales team.

Every building has emergency exits, but not everyone knows where the nearest one is. During a real emergency, confusion costs precious seconds, and stress makes it harder to think clearly. However, wayfinding kiosks already guide visitors through hallways and floors every day. So turning that same technology into an emergency tool feels like a natural next step. That is the idea behind evacuation mode for wayfinding kiosks – a dedicated setting built for moments when speed and clarity matter most.

Switching Automatically When Power Fails

Most buildings lose main power at some point during a serious incident. Backup systems then kick in, keeping essential equipment running while everything else goes dark. Our kiosks can detect that shift and respond immediately, without anyone touching a button. In this case, the screen stops showing regular directions and switches straight to evacuation mode. To clarify, each kiosk displays the closest exit, calculated instantly from its own location in the building. As a result, people no longer need to guess or search for a map, since the system already did that work. That’s why speed matters here, and automation removes the delay a manual switch would otherwise cause.

Not Just for Power Failures

Power loss triggers evacuation mode, but it isn’t the only way to activate evacuation mode for wayfinding kiosks. It should be noted that staff can also switch it on manually, whenever a situation calls for it. For example fire drills, security concerns, or other building-specific protocols might require the same response, even without any power interruption at all. Because of this flexibility, the feature works as a standalone safety layer rather than a single-purpose fallback. Moreover, facility managers decide when it activates, and the system carries out that decision right away. Therefore, the evacuation mode keeps control in human hands and lets automation handle the instances that need momentary reaction.

Why This Adds Real Value

Adding evacuation mode doesn’t require new hardware or a lengthy installation process. In fact, it builds on the same kiosks already guiding people through the building every day. This, in general, makes it a practical upgrade rather than a costly one. On one hand, buildings gain an extra layer of safety without disrupting how the system normally works. On the other hand, visitors and staff both benefit from faster, clearer directions exactly when it matters most. Over time, a feature like this could become just as expected in navigation systems as accessible signage already is today.

In conclusion, evacuation mode turns everyday wayfinding into a genuine emergency response tool. Not only does it enable automatically with backup power, but it also stays flexible for manual activation in other situations. Consequently, the result is a safer building without adding complexity for staff or visitors. As demand for smarter safety systems keeps growing, features like this set 3D Wayfinder apart from standard navigation providers. Altogether, sometimes the smallest addition to existing technology makes the biggest difference when a real crisis hits. If you are interested in the solution, please contact our sales team.

Wayfinding screens do much more than guide visitors to their destinations. They usually stand in busy and highly visible locations throughout shopping centers, airports, hospitals, universities, offices, and other large venues. Therefore, these screens also provide valuable opportunities for digital advertising. With wayfinding screen advertising, venue owners can create an additional source of revenue while continuing to offer visitors a useful navigation service. For example, the same screen that displays maps and directions can also promote stores, restaurants, services, events, or special offers. As a result, a wayfinding solution no longer represents only an operational cost. Instead, it becomes a digital communication channel that can support tenants, improve the visitor experience, and help the venue generate a return on its technology investment.

Why Wayfinding Screens Offer Valuable Advertising Space

Wayfinding kiosks attract attention because visitors actively use them to find information. Unlike many traditional advertising displays, these screens already have a clear purpose and a steady audience. Visitors may search for a store, meeting room, departure gate, hospital department, or available service. During this interaction, the screen can present relevant advertising content alongside the navigation information.

Furthermore, wayfinding screens often stand near entrances, elevators, reception areas, and major intersections. These locations naturally receive high visitor traffic. Consequently, advertisements displayed on these screens can reach a large and relevant audience without requiring additional digital signage hardware. The venue can also manage maps, navigation content, and advertisements through the same system. This makes campaign management easier and allows operators to update advertising content whenever necessary.

Static and Rotating Advertisements

Static banners provide one of the simplest ways to introduce advertising to a wayfinding screen. A venue can place a banner next to the map, below the search results, or in another dedicated section of the interface. For instance, a restaurant may promote a lunch offer, while a retail store may advertise a seasonal discount. A business can reserve the advertising position for a fixed period, such as one week or one month. Rotating advertisements offer even more flexibility. Instead of showing one advertiser continuously, the screen can cycle through several campaigns. Therefore, multiple businesses can share the same advertising space at different times.

Venue managers can also create different pricing levels based on screen location, display frequency, and campaign duration. For example, screens near main entrances or elevators often receive more attention and may justify a higher advertising price. Most importantly, this type of wayfinding screen advertising does not require a separate display network. The venue can use its existing screens and manage the campaigns through the wayfinding platform.

Schedule Advertisements by Date and Time

In addition to choosing where advertisements appear, venue managers can control exactly when each campaign runs. 3D Wayfinder allows to schedule advertisements according to specific dates, weekdays, and time periods.

For example, a venue can display a particular advertisement every Saturday from 1:00 PM to 4:00 PM. Similarly, it can schedule another campaign to run every Tuesday during a selected time period. Therefore, advertisers can reach visitors when their message is most relevant.

A restaurant could promote a weekend lunch offer only on Saturdays, while a store could advertise a Tuesday discount throughout its opening hours. Likewise, a venue could schedule event promotions to appear only during the days leading up to the event. Furthermore, managers can prepare campaigns in advance and define clear start and end dates. Once the campaign period ends, the system can automatically stop displaying the advertisement. This reduces manual work and helps prevent outdated promotions from remaining on the screens.

Time-based scheduling makes wayfinding screen advertising more flexible and valuable. As a result, venues can sell advertising packages based not only on screen location and display frequency but also on specific days and peak visitor hours.

Advertisements Based on Visitor Searches

Wayfinding systems can also connect advertising content with visitor searches. For instance, when someone searches for a specific store category, the screen could display a relevant offer from a nearby business. A visitor searching for sports shops might see a campaign from a sporting goods retailer. Likewise, someone looking for restaurants could receive information about current lunch offers or available table reservations.

However, the advertisement should never interrupt the main navigation task. Visitors must still receive clear search results and accurate directions. Therefore, the system should place promotional content in a way that supports the experience rather than distracts from it. When implemented carefully, search-related advertising can help visitors discover relevant services while giving businesses a stronger promotional opportunity.

Promoting the Venue’s Own Services

Not every advertisement needs to come from an external advertiser. Venues can also use wayfinding screens to promote their own services, events, and announcements. For instance, a shopping centre may advertise upcoming events, loyalty programmes, gift cards, or extended opening hours. An office building could promote meeting rooms or shared services. Meanwhile, a hospital could share information about visitor facilities or health campaigns.

This content can also fill advertising space when no paid campaign is active. Therefore, the screen remains useful and visually engaging throughout the day. In addition, venues can adjust campaigns according to seasons, events, and visitor flows. This flexibility makes wayfinding screens valuable tools for both advertising and general communication.

Managing Advertising with 3D Wayfinder

3D Wayfinder allows venue managers to combine digital navigation with visual communication and advertising opportunities. Administrators can manage content centrally and display different campaigns across selected kiosks or screen locations.

The system can support advertisements within the user interface, on map views, and during periods when visitors are not actively using the screen. As a result, each venue can create an advertising model that fits its design, audience, and commercial goals. At the same time, the navigation experience must remain simple, fast, and accessible. Advertising works best when it complements the interface instead of competing with maps, search results, and directions.

Turn Wayfinding Screens into Revenue-Generating Tools

In conclusion, wayfinding screen advertising can transform a navigation solution into a valuable commercial and communication channel. Static banners offer an easy starting point, while rotating campaigns allow several advertisers to share the same space.

Furthermore, location-based promotions, sponsored points of interest, and relevant route recommendations can provide even greater value. Venues can also use the screens to promote their own events, services, and announcements. Because wayfinding screens already stand in visible, high-traffic locations, venues can introduce advertising without installing a completely separate display network. Consequently, the existing wayfinding solution can support visitors while generating additional revenue.

For 3D Wayfinder clients, this means that a navigation platform can do more than help people find their destination. With the right advertising strategy, it can also help the investment pay for itself. If you would also like to increase your income through wayfinding, please contact us.

Walk into almost any museum today, and you will probably see a touchscreen before the first exhibit. A digital directory may welcome visitors in the lobby. Meanwhile, an interactive kiosk may stand beside a dinosaur skeleton. Another screen might let visitors explore before-and-after images of a restored painting. However, these displays raise an important question. Do museum touchscreens still offer the best way to help visitors when almost everyone carries a smartphone? The answer is not simple. Nevertheless, museums need to consider it when they plan visitor experiences, digital services and future investments.

Museum Touchscreens Make Wayfinding Easier

Wayfinding may not look like the most exciting use of technology. However, it often provides the greatest practical value. Large museums can easily confuse visitors. Long corridors, several floors, hidden staircases and multiple exhibition areas make navigation difficult. Therefore, museums should place interactive wayfinding screens near entrances, elevators, staircases and major intersections. A well-positioned touchscreen helps visitors find their destination before confusion turns into frustration. This matters because visitors who spend too much time searching may lose interest before they reach the best parts of the museum.

Static signs also support navigation. However, they cannot react quickly to changing conditions. For example, a digital wayfinding solution can immediately show:

• a temporarily closed exhibition area;
• an updated event schedule;
• an alternative route;
• the nearest accessible entrance;
• the shortest step-free route;
• the location of toilets, cafés or information desks.

As a result, museum touchscreens provide more flexible guidance than traditional signs alone.

Interactive Screens Increase Visitor Engagement

Interactive screens can also influence how long visitors stay and how much information they remember. For example, a visitor may glance at a printed label for only a few seconds. In contrast, an interactive storytelling station can hold attention for several minutes. Visitors can explore additional images, videos, timelines, maps and background information at their own pace. Therefore, interactivity can make an exhibition more engaging. However, the quality of the user experience determines whether the screen adds real value. A clear interface helps visitors find information without asking museum staff for assistance. In addition, simple navigation encourages people of different ages and technical abilities to explore the content independently.

Poor design creates the opposite result. Complicated menus, slow loading times and unclear buttons quickly drive visitors away. Consequently, a badly designed touchscreen may damage the experience instead of improving it. Museums should therefore focus on usability rather than adding technology simply because it looks modern.

Museum Touchscreens Improve Accessibility

Digital displays also help museums create a more inclusive visitor experience. Not every visitor wants to download an application or open a museum website. Moreover, some visitors may not own a suitable smartphone. Others may have limited mobile data, a low battery or difficulty reading the museum’s primary language.

A fixed touchscreen does not depend on the visitor’s personal device. Instead, it can offer several useful features from one accessible location.

For instance, museum touchscreens can provide:

• several language options;
• larger text;
• high-contrast viewing modes;
• audio instructions;
• accessible route planning;
• simplified content;
• information about lifts, ramps and accessible facilities.

Therefore, museums can use interactive displays to make important information available to a wider audience.

Are Museum Touchscreens Becoming Obsolete?

Smartphones can now perform many of the same tasks as kiosks. They can display maps, exhibition details, audio guides, event schedules and additional media. More importantly, visitors can access this information without waiting for a shared screen. During the pandemic, many museums introduced QR codes and mobile information systems. These solutions reduced the need for shared touchpoints. Afterwards, many museums continued to use them because visitors had become familiar with mobile content.

Phone-based solutions also offer several financial advantages. For example, museums can update digital content without maintaining additional display hardware. A mobile solution can also serve hundreds of visitors at the same time. In comparison, one touchscreen often serves only one person or one group at a time. However, smartphones do not replace every function of a fixed screen. Visitors may not know that a mobile service exists. They may also refuse to scan a QR code or download an application. In addition, phones often provide poor support at the exact moment when visitors need immediate directional guidance. Therefore, mobile solutions do not make museum touchscreens unnecessary. Instead, they change the role that fixed screens should play.

Combining Touchscreens and Mobile Solutions

Museums do not need to choose between interactive displays and mobile services. Instead, they can combine both channels into one connected visitor experience. Other industries already use this approach. For example, airports display information on physical kiosks while also sending updates to passengers’ phones. Museums can apply the same principle.

A fixed screen can help visitors make immediate decisions. It can show their current location, guide them to an exhibition or highlight nearby facilities. Meanwhile, the visitor’s phone can provide detailed exhibit information, audio content and personalised recommendations. Museums can also allow visitors to transfer a route from the touchscreen to their phone by scanning a QR code. As a result, the visitor can continue following the selected route without remaining near the kiosk.

This combination offers several advantages:

• the touchscreen provides visible and reliable information;
• the mobile solution supports personal exploration;
• visitors can choose their preferred channel;
• museums can manage consistent content across several platforms;
• staff receive fewer basic navigation questions.

Most importantly, both channels can support the same visitor journey instead of competing with each other.

Where Should Museums Place Interactive Screens?

Museums should not install touchscreens everywhere. Instead, they should identify locations where visitors regularly need help or make important decisions.

For example, museum touchscreens provide the most value near:

• main entrances;
• ticketing areas;
• exhibition intersections;
• elevators and staircases;
• entrances to separate museum wings;
• event and education areas;
• restaurants, cafés and museum shops;
• accessible entrances and facilities.

In these locations, visitors often need an immediate and always-available answer. A fixed screen can provide that answer clearly. On the other hand, museums can deliver detailed exhibit descriptions, videos and audio content directly to visitors’ phones. This approach reduces hardware requirements while keeping the information easily accessible.

The Future of Museum Touchscreens

Museum touchscreens are not disappearing. Instead, museums are moving away from the idea that one screen should perform every digital task. Visitors now enter museums with smartphones already in their hands. Therefore, museums should design digital experiences around this behavour rather than ignore it.

Fixed displays still make sense in locations where visitors may become lost, confused or uncertain. Mobile solutions, meanwhile, work well for detailed content and personal exploration. Ultimately, museums should not ask whether they need screens or mobile services. They should ask which visitor decisions require a fixed, visible and always-available solution.

When museums choose the right balance, museum touchscreens and mobile technology can work together. As a result, visitors receive clearer guidance, better access to information and a more enjoyable museum experience. Contact us, and we will find the best solution for your museum.

Most companies invest heavily in their website design, lobby, and visual identity. However, many still leave their indoor wayfinding solution out of that investment. That creates a problem because visitors often interact with wayfinding early in their journey. They may use it online before arrival, or they may use a kiosk as soon as they enter the building. Because of that, your wayfinding experience should support your brand as clearly as your website does. Teams often spend months refining a homepage, choosing fonts, and selecting the right color palette. Meanwhile, they build the lobby kiosk or website map once and then forget about it. As a result, the wayfinding experience starts to feel disconnected from the rest of the brand.

When First Impressions Meet Reality

Your website usually creates the first impression of your brand. Your building’s indoor wayfinding solution often creates the second. If these two experiences do not match, visitors notice. They may not always think about it consciously, but they still feel the difference.

For example, a modern website can lose impact when the visitor then sees an outdated kiosk. The same problem appears when a website includes an old map module that looks frozen in time. One moment, the visitor scrolls through a clean and well-designed website. A moment later, they struggle with a pixelated floor plan or a slow touchscreen. That contrast feels inconsistent. It also weakens the credibility that the rest of the brand has worked hard to build. The opposite can also happen. A stylish kiosk or advanced web tool cannot fix a weak brand experience elsewhere. Therefore, consistency must work in both directions.

Why Good Wayfinding Matters In Busy Buildings

This matters even more in high-traffic locations. Airports, hospitals, universities, shopping centers, and corporate campuses all depend on clear navigation. Visitors in these places often feel rushed, stressed, or unfamiliar with the building. Some plan their route from home. Others stand inside the building and need help immediately.

A traveler may need to find a gate in fifteen minutes. A family may need to find the emergency room in a hospital. In those moments, nobody wants to deal with a confusing interface. A poorly designed indoor wayfinding solution adds stress. It turns a simple task into a frustrating experience. In some cases, it can even shape how people remember the whole visit.

In contrast, a clean and intuitive system helps visitors feel calm and confident. It gives them control, whether they use it on a kiosk, on a phone, or on a website. A clear 3D map with accurate routing can turn stressful minutes into a smooth visit. That is exactly what good wayfinding should do.

What A Consistent Indoor Wayfinding Solution Looks Like

This is where 3D Wayfinder adds real value. We design our indoor wayfinding solution to work as a natural extension of your brand. It should not feel like a separate tool added later.

You can use 3D Wayfinder on a lobby kiosk, as a website module, or inside your own app. In every case, the experience stays visually consistent. That consistency comes from details that visitors may not consciously notice, but they will definitely feel.

Key elements include:

• Color palettes and typography that match your website.
• Smooth 3D maps that show buildings as they actually look.
• Clean interfaces across kiosks, mobile devices, and websites.
• A unified experience for every visitor touchpoint.

Together, these elements create a more professional and reliable brand experience.

One System Keeps Every Channel Updated

A consistent wayfinding experience also makes updates easier. Every access point can use the same underlying 3D Wayfinder project. That means you update the project once, and the change appears everywhere.

For example, a hospital may add a new wing. After the update, visitors see the new area on the kiosk, website, and app at the same time. This helps organizations avoid outdated maps. It also gives visitors the same reliable information on every channel.

Digital Experiences Shape Guest Satisfaction

Today, buildings create impressions through both physical and digital experiences. Visitors often form an opinion before they arrive. They continue building that opinion throughout the whole visit.

That is why a well-designed indoor wayfinding solution does more than guide people through a building. It helps venues create a sense of welcome, trust, and professionalism. It shows visitors that the organization values their time and comfort. As a result, better navigation supports better guest satisfaction.

The Takeaway

If your website reflects a high design standard, your indoor wayfinding solution should reflect the same standard. This applies both on-site and online.

A strong wayfinding experience helps visitors move with confidence. It also supports your brand, improves the first impression, and creates a smoother journey from the first click to the final destination. Contact our Sales Team!

Natural attractions offer powerful experiences for visitors. Caves, canyons, mines, and protected areas always create curiosity. However, visitors cannot physically enter every location. Some places involve collapse risks. In addition, other sites protect rare animals, plants, or geological formations. Narrow passages can also make movement difficult for many visitors. 3D Wayfinder helps open these places in a new way. A realistic 3D model creates a safe and engaging digital experience. Visitors can see the location as if they were standing inside it. At the same time, they can explore hidden spaces without disturbing the natural environment.

Piusa Caves Show the Potential of 3D Technology

The 3D Wayfinder team created a highly realistic 3D model of the Piusa Caves in Estonia. The Piusa Caves are among Estonia’s most unique natural attractions. The caves formed during glass sand mining. Today, they create a large and fascinating underground tunnel network.

The Piusa Caves also have important conservation value. Bats use the caves for hibernation, and nature needs protection. Therefore, visitors cannot freely enter the caves. The 3D model still gives people a way to explore them. Visitors can move through the digital environment and understand the real scale of the cave system. Moreover, they can see tunnels, sandstone pillars, vaulted ceilings, and natural details. The Piusa project shows how 3D Wayfinder in caves can present complex underground spaces. This kind of solution does not replace nature. Instead, it helps people understand and protect it better.

A Virtual Journey Creates More Value

Tourists increasingly look for meaningful visitor experiences. They want to see, learn, and explore by themselves. A simple information board does not always create enough understanding. A photo only shows one view. A video controls the pace and direction.

An interactive 3D model gives visitors control. They choose where to move and what to explore more closely. They can compare spaces, understand distances, and see the area as a complete environment. This makes the visit more personal and memorable.

3D Wayfinder Fits Many Natural Attractions

The Piusa Caves are a strong example, but the opportunity is much wider. The same solution can support caves, old mines, and mountain passages. Furthermore, it can also support canyons, hiking trails, national parks, and historical ruins. Many natural attractions around the world need better visitor guidance and richer explanations. 3D Wayfinder can show routes, restricted areas, and recommended paths. It can also display accessible routes and important points of interest. Visitor centres can add text, images, videos, and audio guides to the model. This turns a digital map into a valuable part of the whole visitor experience. It helps people understand the site before, during, and after their visit.

Closed Areas Become Visible

Many fascinating natural sites remain closed to visitors. The reason does not always come from a lack of interest. Often, the site simply needs protection. A virtual 3D experience creates a good balance.

Visitors still receive a strong experience, while nature remains untouched. This works especially well in places where heavy visitor traffic causes damage. Visitor centres can show hidden areas without increasing physical pressure on the site. They can also offer more value outside the main tourist season.

Education Becomes More Visual

A 3D model helps visitors learn faster and more naturally. Children understand space better when they can explore it themselves. Adults can connect information with the visible environment. Guides can use the model before or after a tour. A guide can show places where the group cannot physically go. They can explain geology, history, and nature conservation in a visual way. This makes the visit more informative and easier to remember.

A Better Experience Before and After the Visit

3D Wayfinder does not need to work only inside a visitor centre. The same 3D model can work on websites, kiosks, and mobile devices. Before the visit, tourists can explore the place before they travel. They can plan their visit and understand what to expect.

Afterwards, they can return to the model again. This extends the impact of the experience and supports destination marketing. A shareable digital experience can also help the location reach new visitors.

Technology Helps Protect Nature

A good tourism solution does more than attract more visitors. It helps manage visitor flows and reduce pressure on sensitive areas. Also, it gives people better information before they make decisions. And it also helps visitor centres present places that people cannot safely enter.

3D Wayfinder can help natural attractions offer safe, modern, and memorable experiences. The Piusa Caves 3D model shows this potential clearly. Ultimately, 3D Wayfinder in caves can open a completely new world when physical access is limited.

Touch screen cleaning requires care, especially when people use self-service kiosks, information screens and public touch displays in shopping centres, offices, service areas, hospitals, hotels or other high-traffic locations. Many people touch these screens throughout the day, so they need regular cleaning. However, you should not clean a touch screen in the same way as an ordinary glass surface. The wrong cleaning product, too much liquid or direct spraying can damage the device. Moisture can enter the edges of the screen, cleaning residue can remain on the surface, and the screen may lose touch sensitivity. In more serious cases, the display or kiosk electronics may stop working properly. For this reason, every cleaning team should follow proper touch screen cleaning procedures.

Why Touch Screen Cleaning Requires Special Care

A touch screen may look like normal glass, but sensitive technology sits behind the surface. The screen may also have protective coatings, anti-glare layers or fingerprint-resistant treatments. Strong chemicals, abrasive cloths or unsuitable cleaning products can damage these layers. You should also consider the construction of the kiosk. Around the screen, there may be narrow edges, frame joints, ventilation openings, card readers, payment terminals, printers, scanners or speakers. If you use too much liquid, moisture may enter these areas and cause technical problems. Because of this, one important rule always applies: never spray cleaning liquid directly onto the screen.

The Most Important Touch Screen Cleaning Rule

Always apply the cleaning product to a cloth, not directly to the screen. When you spray liquid onto the display, it may run down the glass and collect around the edges. From there, it may enter the frame, reach the electronics or become trapped between screen layers. Use a lightly damp microfiber cloth, not a wet one. If you see drops on the screen or liquid moving toward the edges, you have used too much liquid. Follow this simple rule: the screen may become slightly damp during cleaning, but it must never stay wet.

Which Cleaning Materials Should You Use?

Use a clean, soft and lint-free microfiber cloth for touch screens. Do not use the same cloth for counters, doors, floors or other surfaces, because it may transfer dirt, grease, dust particles and chemical residue to the screen. For light dust, fingerprints and everyday marks, a dry microfiber cloth often works well. If the screen needs deeper cleaning, lightly dampen the cloth with distilled water or a cleaning product designed for electronic screens. In some cases, you may use up to 70% isopropyl alcohol, but only if the device manufacturer allows it. Pre-moistened screen cleaning wipes may also work, but they should not be too wet. Remove excess liquid before using the wipe.

What Should You Avoid?

Do not use strong or aggressive cleaning products on touch screens. Products made for windows, floors, kitchens or sanitary areas may damage the screen or leave residue behind.

Avoid:

• glass cleaners, unless the device manufacturer specifically approves them;
• ammonia-based cleaning products;
• bleach;
• acetone and solvents;
• strong degreasers;
• abrasive sponges or rough cloths;
• paper towels;
• steam cleaners;
• pressure washing;
• hand sanitising gel.

Do not use hand sanitising gel for screen cleaning, because it can leave a sticky or greasy layer on the surface. This residue may reduce screen clarity and interfere with touch sensitivity. Also avoid excess liquid. In many cases, touch screen problems happen not because people clean too little, but because they clean too wet or use the wrong product.

How to Clean a Touch Screen Correctly

Before cleaning, switch off the screen if possible. If the kiosk has a maintenance mode, activate it. This helps prevent accidental touches. A dark screen also makes dust and fingerprints easier to see.

First, wipe the screen gently with a dry microfiber cloth. This removes dust and many fingerprints. If the screen needs additional cleaning, lightly dampen the cloth with a suitable cleaning product. Do not spray the product directly onto the screen.

Wipe the screen gently and evenly. Do not use heavy pressure. Do not scratch dried dirt with fingernails, knives or other sharp objects. If needed, soften the dirt with a slightly damp cloth and then remove it carefully.

Pay special attention to the edges of the screen. Do not let liquid collect there. After using a damp cloth, dry the surface with a clean, dry microfiber cloth. Leave the screen dry, clear and free from residue.

After cleaning, check whether the screen responds normally to touch. If the screen reacts poorly, cleaning residue or moisture may still remain on the surface. Wipe it again with a clean and dry microfiber cloth.

Cleaning and Disinfecting Are Not the Same

Cleaning and disinfecting are two different steps. Cleaning removes dust, dirt, grease, fingerprints and visible marks. Disinfecting reduces or destroys microorganisms according to the instructions of the disinfectant product. If the screen looks dirty, clean it first and disinfect it only afterwards if needed. A disinfectant may not work properly on a dirty or greasy surface. When you disinfect a touch screen, follow the product instructions. At the same time, keep liquid away from screen edges, openings and internal components. After the required contact time, leave the surface dry and free from residue.

How Often Should You Clean Kiosks?

Base the cleaning frequency on how often people use the kiosk. A kiosk in a low-traffic office may need cleaning once a day. A kiosk in a shopping centre, service hall, restaurant or other public area may need cleaning several times a day. Clean the screen whenever you see fingerprints, grease or visible dirt. In busy public locations, include touch screen cleaning in the daily cleaning schedule. More frequent cleaning does not mean using stronger chemicals or more liquid. You will get better results when you clean the screen regularly, gently and with the correct materials.

How to Clean Other Parts of the Kiosk

In addition to the screen, you may also need to clean the kiosk body, payment terminal, card reader, printer slot, scanner, speaker area and other touch points. These surfaces may tolerate different cleaning methods than the screen, but you should still keep liquid away from openings and electronic components. You may clean the kiosk body with an approved general cleaning product if the manufacturer allows it. Near the screen, card reader, keypad, printer, scanner and speaker openings, use only a dry or very lightly damp cloth. Do not spray cleaning liquid into card slots, between keys or into any openings.

Touch Screen Cleaning Checklist for Cleaning Staff

Do this:

• Switch off the screen if possible.
• Use a clean, soft microfiber cloth.
• Remove dust and fingerprints first with a dry cloth.
• Lightly dampen the cloth with a suitable cleaning product if needed.
• Spray the cleaning product onto the cloth, not the screen.
• Keep the cloth damp, not wet.
• Clean the screen gently, without heavy pressure.
• Keep liquid away from the screen edges.
• Dry the surface with a clean microfiber cloth.
• Check the screen after cleaning.

Do not do this:

• Do not spray cleaning liquid directly onto the screen.
• Do not use glass cleaner unless the device manufacturer approves it.
• Do not use rough cloths, sponges or paper towels.
• Do not use bleach, ammonia, acetone or strong solvents.
• Do not use steam cleaning or pressure washing.
• Do not leave the screen wet.
• Do not use the same cloth for the screen and other surfaces.
• Do not scratch dirt away with sharp objects.

What to Do If the Screen Stops Working After Cleaning

If the screen reacts poorly after cleaning, stop cleaning immediately. Dry the screen and its edges with a clean microfiber cloth. Check the frame, screen edges and nearby openings for visible moisture. If you suspect that liquid has entered the device, stop using the kiosk. Do not switch it on and off repeatedly, because this may make the damage worse. Inform the person responsible for the device or contact the maintenance partner. Do not use additional cleaning products to try to fix the problem.

Final Thoughts on Touch Screen Cleaning

Touch screen cleaning works best when you use the right materials, minimal liquid and gentle pressure. A touch screen is not ordinary window glass, so you should not clean it with the same products used on other surfaces. The most important principles are simple: use a clean microfiber cloth, apply cleaning liquid to the cloth instead of the screen, avoid excess moisture and always leave the surface dry.

When you follow these steps, you keep the screen clean, clear and easy to use. You also reduce the risk of poor touch sensitivity, moisture damage and costly repairs.