Pet trackers can be categorized based on their technological principles. GPS pet trackers use satellite signals to determine a pet's precise geographical location, transmitting location data via cellular data. In open-sky conditions, their accuracy is typically within 5 to 10 feet, but battery life is shorter and requires a monthly fee. Bluetooth pet trackers use Bluetooth Low Energy technology for short-range wireless communication, with an effective range of 30 to 150 feet. They offer longer battery life and no recurring fees, but outdoor coverage is limited. Hybrid solutions combine GPS, Bluetooth, and Wi-Fi technologies to balance performance. Additionally, pet trackers employing self-organizing network technology have emerged on the market. These products build private self-organizing networks using self-developed base stations, eliminating reliance on public carrier networks and subscription fees. They aim to address the pain points of high communication costs and signal loss for overseas users, with a single small base station covering up to 2.5 kilometers. In terms of market positioning, some products with advantages such as self-organizing network technology are primarily targeted at overseas markets, optimized for multi-pet ownership and high communication costs.
Cat trackers, categorized by target audience and design features, have specific design requirements. Device weight is a key factor; devices weighing over 40 grams increase the risk of snagging or discomfort. A robust attachment mechanism is essential to ensure the device stays securely on the collar, such as rotating clips and double-locking mechanisms, silicone sleeves, and locking straps.
Mainstream products on the market include various models, with device weight and battery life being important parameters, varying between products in these areas.
There is a phenomenon of users using children's smartwatches for pet location tracking. Since 2021, some people on social media have explored using smartwatches as pet trackers. GPS locator functionality is common in children's smartwatches, and their working principle and positioning accuracy are essentially the same.