News and Insights
The Powerful Evolution of Location Tech in 2026
June 19, 2026
This evolution could be game-changing for the smartphone free movement, says Flora Haslam, Managing Partner at FINN Partners.
In this blog, you will learn:
- Discover how location-based technology has evolved from GPS navigation to intelligent, low-power sensor networks that enable seamless real-world experiences.
- Learn why Bluetooth Low Energy (BLE), Ultra-Wideband (UWB), and mesh networks are powering a new era of ambient intelligence and frictionless connectivity.
- Explore how advances in location tech could support the smartphone-free childhood movement by helping families stay connected without screens.
Last month, I found myself standing on the top deck of a cruise ship, somewhere between Madeira and the Canary Islands. I wanted a coffee, but I was on holiday and didn’t want to leave my sun lounger. I didn’t have to.
I ordered a latte via the cruise ship app and watched as a crew member found me five minutes later, thanks to the ‘MedallionClass’ technology. No “Where are you?” texts and — crucially — no friction.
More importantly, I could check in on my child, see that she’d left the games room, send her a message and ask her to meet me in 30 minutes for some lunch. User-friendly, simple communication without any digital ‘hide and seek’ with my family across 19 decks of the ship. I didn’t even incur roaming charges or have to pay for Wi-Fi.
From “Where?” to “How?”: The Evolution of Knowing
To appreciate why this technology feels like magic, we have to look at how far location-based technology (LBT) has travelled. We have essentially moved through three distinct eras of location:
- The Era of the Satellite (The “Where?”): In the early 2000s, location tech was synonymous with GPS. It was a one-way street: a device listened for satellite pings to tell you where you were on a map. It was revolutionary for driving, but it was power-hungry and struggled indoors. It could tell you the coordinates of the ship, but it couldn’t tell the ship where to find your sun lounger.
- The Era of the Smartphone (The “App”): The 2010s introduced Assisted GPS and Wi-Fi positioning. This gave us the “Uber moment”—the ability to see a car moving toward us in real-time. However, it still relied on a heavy, battery-draining device. For a child or a cruise passenger, the device became a distraction from the environment it was meant to navigate.
- The Era of the Mesh (The “How?”): Today, in 2026, we have entered the Ambient Intelligence era. Modern LBT utilises Bluetooth Low Energy (BLE) and Ultra-Wideband (UWB). Instead of relying on satellites 12,000 miles away, devices talk to a local mesh of sensors. This allows for accuracy down to a few centimeters and batteries that last months rather than hours.
From the High Seas to the High Street
The MedallionClass experience is the ‘north star’ for frictionless hospitality. It uses that BLE mesh to turn a 140,000-ton vessel into a responsive, living ecosystem. But the real opportunity for location-based technology in 2026 isn’t just in travel. It’s in the smartphone-free revolution happening in our own homes.
As parents across the UK join the Smartphone Free Childhood movement, a massive technology gap has emerged. How do we give our children the freedom to roam — the independence of the 1980s — while maintaining the safety of 2026?
The Screen-Free Solution
Prompted by the convenience of my cruise ship experience, I’ve been researching ways to enable my pre-teen to be contactable and trackable without a phone. Unlike a smartphone, which is a portal to the entire internet, but with tracking capabilities that go beyond a dumb phone.
By using the same evolution in LBT, a screen-free solution like Karri provides a tether that is invisible but absolute. It uses a combination of GPS, Wi-Fi trilateration, and cellular data to give parents peace of mind without handing a ten-year-old a dopamine loop in their pocket.
The tech behind it is finally smart enough to be simple:
- Low-Power Wide-Area Networks (LPWAN): Ensuring the device stays connected for days, not hours.
- Edge Computing: Providing instant geo-fencing alerts (e.g., “Your child has arrived at the park”) without the lag of older systems.
- Contextual Awareness: The app doesn’t just show a dot; it understands safe zones and walking pace — turning raw data into meaningful reassurance.
At least that’s the theory. I’ve taken the plunge and ordered one, so I’m hoping to be impressed in the next couple of months.
Winning ‘Smart’ Tech
Having worked with tech brands for many years, it’s nice to see something of a shift, from shiny tech that was all about attention, to today’s smart tech that is all about intention. Whether it’s a Medallion that ensures your cocktail finds you poolside, or a Messenger that ensures your child can walk home safely from school, the opportunity lies in presence. Location-based technology is finally doing what it was always meant to do: helping us navigate and enjoy the physical world, rather than trapping us in a digital one.
More Technology Insights from FINN Partners
Interested in how emerging technologies are reshaping family life, consumer behaviour and connected experiences? Explore FINN Partners’ technology insights and discover how we help brands navigate the trends shaping tomorrow.
FAQs
1. What is location-based technology (LBT)?
Location-based technology uses GPS, Wi-Fi, Bluetooth, cellular networks, and other positioning systems to determine where people, devices or assets are located in real time.
2. How has location technology evolved over the past 20 years?
Location technology has progressed from satellite-based GPS systems to smartphone-enabled navigation and, more recently, to intelligent mesh networks that use Bluetooth Low Energy (BLE) and Ultra-Wideband (UWB) for highly accurate positioning.
3. What is ambient intelligence?
Ambient intelligence refers to technology that works seamlessly in the background, using contextual awareness and connected devices to deliver services without requiring constant user interaction.
4. What are BLE and UWB technologies?
Bluetooth Low Energy (BLE) and Ultra-Wideband (UWB) are wireless communication technologies that enable precise indoor positioning, low power consumption and real-time location awareness.
5. Can location technology support a smartphone-free childhood?
Yes. New location-based solutions can help parents stay connected with children through dedicated devices that provide communication, location tracking and safety features without exposing children to smartphones and social media.
6. What are the benefits of mesh-based location technology?
Mesh-based systems can offer greater accuracy, lower power consumption, improved indoor performance and more contextual awareness compared to traditional GPS-only solutions.
7. How is location technology being used beyond navigation?
Modern location technology supports hospitality experiences, family safety, asset tracking, smart buildings, retail experiences, healthcare and workplace operations.
8. What is the future of location-based services?
The future of location-based services lies in ambient intelligence, where connected devices proactively provide assistance, safety and contextual information without requiring users to constantly interact with screens.
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