On paper, the boom in pet wearables looks like a familiar technology story: market curves bending upward, NB‑IoT and LTE‑M promising better connectivity, and devices shrinking year by year. In practice, it begins with something far less abstract: a cat that does not come home on time. Across Europe and beyond, owners who once waited at the window now reach for their phones, watching a small avatar move across a map that claims to show, in near real time, where a living animal has gone.
Behind that map lies a fast‑expanding industry. Analysts now project that GPS pet tracking devices will continue to grow through the next decade, as demand for location, health, and behavior data turns collars and tags into a global business. Dogs dominate sales, but cats, long treated as untrackable, have become a revealing frontier. Their independence, small size, and tendency to slip through human spaces unnoticed make them, in the eyes of engineers, both a challenge and an opportunity.
Norway has emerged as an unlikely proving ground for this technology. In a country where winter darkness, mountains, fjords, and patchy coverage test every signal, a small firm called Lildog set out to build GPS trackers that would work where others failed. From that foundation, a spin‑off was born: Lilcat, a device and brand tailored to the domestic cat.
Lilcat presents itself as Norway’s best GPS tracker and activity monitor for cats, developed and produced locally and tested in Nordic conditions. The tracker, about 3x4cm and 28g, clips to a breakaway collar and connects to the same app used by Lildog’s dog customers, showing location, history, activity, and temperature on a smartphone screen. Around that modest piece of hardware, a larger story is taking shape about how far owners are willing to go to keep one of the world’s most self‑reliant animals both free and traceable.
A Market Rushes In, And Norway Answers With Engineering
Global research puts the value of pet wearables in the low billions of dollars, with forecasts reaching roughly $6–7 billion by the early 2030s and annual growth rates that outpace many other consumer categories. Within that market, GPS trackers and “smart collars” for location and basic health insights account for a large and growing share, driven by owners who want to know not only where their animals are, but how they are doing when no one is watching.
The core proposition is straightforward: attach a device to your cat, and use satellites and cellular networks to keep it visible. The hard part is reliability. Traditional trackers often rely on a single network or older technologies, and tend to fail precisely when conditions are most challenging, such as dense forests, remote valleys, heavy weather, or buildings that interfere with signals. That failure has become the chief complaint of early adopters and the focus of new engineering efforts.
Lildog’s answer was to lean into the worst‑case scenario. The company’s devices were built around NB‑IoT and LTE‑M, two cellular standards designed for the Internet of Things, which together offer deep coverage and low power consumption in places where older connections falter.
“Most people don’t realize that signal loss is the number one reason GPS trackers fail when you need them most,” founder Morten Sæthre has said of the dog tracker. The devices are waterproof, shockproof, and tested in the mud, snow, and rough terrain of Norway; their batteries are built to last several days and recharge within hours.
Lilcat inherits that architecture with minimal changes: the same dual‑network strategy, the same emphasis on ruggedness, the same reliance on a shared app that shows location in real time and stores movement history. The difference is scale and audience. Cats require lighter, smaller hardware and collars that will release if they get caught. Owners tend to be more ambivalent about constant tracking, torn between wanting reassurance and fearing they might intrude too much on an animal that has always seemed to manage on its own.
The company promises “live tracking,” “unlimited range,” and “worry‑free experiences” for cat owners, while emphasizing that the devices are developed and produced in Norway with sustainability in mind. It offers sound and light functions to find hidden animals, and an activity monitor and step counter to see whether a cat moves enough from day to day. What is less visible in the promotional copy is the way those tools are beginning to reveal patterns that many owners never suspected.
Second Homes, Secret Routes, And New Risks
The data from Lilcat’s trackers is, at first glance, unremarkable: strings of time‑stamped locations, rendered as lines and clusters on a map. Over days and weeks, those lines settle into shapes that tell stories. One cluster marks the official home, where the cat eats and sleeps. Another emerges a few doors down, often at a house that the owner recognizes but has never connected to their pet. In rural areas, a third cluster may appear near a barn, a shed, or a tree line.
“Most cats have more than 2 homes, and their owners are oblivious,” says Sæthre, who has spent the past several years watching these patterns build up in anonymized user data. The statement is a summary of what the maps show: cats who divide their days between multiple households, slipping unnoticed into other kitchens, other laps, other family routines. “The cats could get fed the wrong food or more often than desirable, sending cats off the chonk‑charts,” he adds.
That observation points to a less charming side of feline diplomacy. Vets increasingly warn of obesity, diabetes, and kidney disease in cats, and many treatment plans rely on strict diets. A cat that maintains a second or third home, taking in extra meals or treats, can quietly defeat those plans. Lilcat’s own copy urges owners to “discover their territory” and “know every detail in your cat’s everyday life,” linking weight and health concerns to the hidden geography of shared ownership.
The devices also surface a different category of risk: when a cat stops moving. Lilcat and similar trackers encourage owners to see sudden drops in activity or long periods of immobility at unusual locations as potential red flags. In accounts collected by reviewers and rival brands, trackers have led families to cats trapped in sheds, stuck in garages, or stranded after falls; cases where an animal was only a short distance from home but effectively invisible.
However, Sæthre is quick to acknowledge that “the era of ‘missing cat posters’” is not literally over: collars can be lost, signals can fail, and the worst‑case scenarios still happen. But the trackers change the baseline. A cat that once would have been pure absence—nothing but a photograph on a lamppost—can now be a dot on a screen, somewhere specific, if not always easily reached.
Tracker Built For The Modern World
Lilcat’s website emphasizes accurate real‑time GPS, “worldwide coverage” via NB‑IoT and LTE‑M, and a 14‑day satisfaction guarantee, while also stressing that its collars are cat‑safe and rugged enough to withstand play, rain, and mud.
In that negotiation, the tiny tracker takes on a role larger than its plastic shell suggests. It becomes a translator between old instincts and new environments, between the cat who moves as it always has and the owner who now sees those movements in a language of lines and dots.
For Lilcat, the business case is clear: with the right safety devices, cats can still see and explore the world the way they want. Sæthre mentions, “Our goal isn’t to keep them from roaming—it’s to make sure that, if they don’t come back when they should, someone knows where to start looking.”
In the lives of the cats and families who now rely on that small device under the collar, it may be enough to turn one more “lost” poster into a story with a quieter, happier ending.
