Question 1

What is the difference between "Digital Signage" and "Intelligent Wayfinding"?

Accepted Answer

Standard digital signage is a passive loop of content. Intelligent Wayfinding, like the solution developed for the surgical catalog, is a dynamic, data-driven experience. It uses real-time information to guide users through complex environments (like hospitals or campuses) based on their specific intent, reducing "navigational friction" and improving the overall user experience.

Question 2

How does our CMS integrate with digital signage hardware?

Accepted Answer

We prioritise a Headless CMS approach (Strapi). This allows your content to be "Sovereign" managed in one central location and pushed via API to any screen, regardless of the manufacturer. This eliminates "vendor lock-in" and ensures your hardware can be updated or replaced without losing your data structure.

Question 3

How do we handle visibility in direct Australian sunlight?

Accepted Answer

Outdoor displays require high-brightness panels (measured in Nits). While a standard TV is ~300-500 Nits, outdoor signage typically requires 2,500 to 5,000 Nits and ambient light sensors to adjust brightness automatically, ensuring the wayfinding interface is legible at any time of day.

Question 4

What are the maintenance requirements for outdoor kiosks?

Accepted Answer

Outdoor units are "Industrial Grade" (IP65 or IP66 rated) to protect against dust and water. The primary concern is thermal management—using internal HVAC or closed-loop cooling systems to prevent the hardware from overheating in high temperatures, which we monitor remotely via our orchestration layer.

Question 5

Can outdoor signage be interactive/touch-sensitive?

Accepted Answer

Yes, but it requires specialised Projected Capacitive (PCAP) touch glass that can detect intent through thick, vandal-resistant tempered glass, and remains functional even when wet or when users are wearing gloves.

Question 6

Does wayfinding require a constant internet connection?

Accepted Answer

We architect for "Offline Resilience." By using modern web technologies like Progressive Web Apps (PWAs) or localised caching, the signage can continue to function and provide directions even if the local network or internet connection is temporarily lost.

Question 7

How do we ensure wayfinding is accessible (DDA Compliant)?

Accepted Answer

Accessibility is a core part of our Human-Centered Design. This includes "Interactive Lowering" (bringing the UI to the bottom of the screen for wheelchair users), high-contrast modes for the visually impaired, and multi-language support to ensure the wayfinding is inclusive for all visitors.

Question 8

Can we track how people are using the signage?

Accepted Answer

Absolutely. Because we use an API-first architecture, we can track "Interaction Hotspots." We can see which destinations are searched most frequently and at what times, providing you with Process Intelligence to optimize the physical layout of your facility.

Question 9

How do we update content across 50+ different screens?

Accepted Answer

This is the power of the Single Source of Truth. Whether you are updating a surgical room's location or an outdoor directional arrow, you make the change once in the CMS, and it propagates across the entire network instantly.

Question 10

What happens if a screen goes dark?

Accepted Answer

We implement Proactive Monitoring. Our system alerts the TEDIX team the moment a heartbeat is lost from a device, often allowing us to reboot the system remotely or diagnose a hardware failure before your staff or visitors even notice the outage.

Meeting Spaces Optimised with Digital Wayfinding

The Challenge

The Solution

The Results

Enhanced Lawyer Efficiency

Reduced Meeting Conflicts

Prioritised Client Privacy

The Impact

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