Pet safety device: what the term means in 2026, and what brands need to source to match it

Many brands go into the pet health tech niche thinking that they can rebrand a product as a health monitor. But that is a strategy doomed for failure from the beginning.

Right now, the term pet safety device covers a wide range of hardware. But the difference between what a product claims to be, and what a device actually does is where you earn trust from customers.

For brands trying to get into the pet health label, understanding what the market expects from these devices is the most important aspect. That product decision can have direct consequences on your margin and success.

Today, we will talk about what real-time pet health monitoring is, why it is the fastest growing segment in the pet tech industry, and what the technology does at a hardware level. Most importantly, what to look for when you are trying to bring a device to the market.

How "pet safety device" evolved from a collar clip to a health platform

For most of the last decade, "pet safety" meant one thing: knowing where your dog was. A GPS tracker attached to a collar, a geofence set on a smartphone, an alert if the animal crossed a boundary. That product is still valid and sells. But it is no longer the ceiling for customers.

In the last few years, pet parents began treating their animals less as property they need to locate, and more as family members they want to monitor. That change in behavior created a demand for a different kind of device, one that can answer questions a GPS tracker cannot. Starting with Is my dog's heart rate normal? Is she sleeping through the night? Did something change in the two weeks since her last vet visit?

The pet health monitoring devices market reached $3.6 billion in 2024 and is projected to reach $15.5 billion by 2035, growing at a compound annual growth rate of approximately 14.2%, according to MetaTech Insights. GPS alone is not driving that growth. Health monitors will become the top-performing product segment within the pet wearables market.

If you want to win the market, you cannot do it by selling location. What you need to sell now is insight.

What pet parents want from a pet safety device now

According to the American Pet Products Association's 2025 State of the Industry Report, 94 million U.S. households owned at least one pet in 2025, up from 82 million in 2023. Total U.S. pet industry expenditures reached $152 billion in 2024. Those numbers reveal a customer profile that has changed. Pet owners in 2025 are not passive consumers. They research symptoms, track trends, and arrive at vet appointments with questions previous generations would never have thought to ask.

More than 72 million connected pet devices were active worldwide in 2024, reflecting a 38% increase from 2021. Around 63% of pet owners globally now use health monitoring systems, collars, or mobile tracking apps. Approximately 52% of veterinary clinics integrate IoT-based diagnostics into their daily operations.

What do all these numbers mean for your brand? Simply put, the pet parent customer you want to target is not one who buys a pet safety device to track steps. That customer wants to know if their dog's resting heart rate is trending upward. They want to see last night's respiratory data. They want to hand a vet a three-week health report, not just a hunch.

If you cannot provide the insight with your device, another competitor will.

The technology gap: activity tracking vs. genuine health monitoring

Most wearable pet devices on the market track movement. They count steps, estimate calories, classify activity as "active" or "resting," and surface that data in an app. That is useful at a basic level. It is not health monitoring.

Real-time health monitoring requires measuring vital signs directly. Heart rate, respiratory rate, and heart rate variability (HRV) cannot be inferred from step counts or GPS movement. They require a sensor capable of detecting the body's physiological signals at rest and in motion.

The technology enabling this at scale in wearable pet devices is ballistocardiography, known as BCG.

What BCG is and why it matters for your product line

BCG measures the mechanical forces the body generates with each heartbeat. When the heart contracts and ejects blood, it produces micro-movements that travel through the body. A BCG sensor detects those movements through an accelerometer or piezoelectric element pressed against the animal's skin or coat.

The clinical case for BCG in veterinary contexts is recent and specific. A 2025 peer-reviewed study published in Veterinary Sciences by researchers at Jeju National University tested a BCG-based wearable on both healthy and anesthetized dogs, comparing results against traditional electrocardiography (ECG). The study found that under normal conditions, the BCG wearable provided reliable data and was efficient at detecting heart rate and respiratory rate. Unlike ECG, which requires shaving the animal and attaching electrodes, the BCG device was non-invasive, easy to use, and allowed for continuous monitoring without extensive preparation.

That last point is the commercially relevant one. An ECG requires a vet clinic and a prepared animal. A BCG device clips to a collar and runs continuously.

The tradeoff is signal complexity. A dog walking generates motion that competes with the cardiac signal. BCG hardware and software need to separate those signals cleanly. According to ScienceDirect's overview of ballistocardiography, BCG waves measured with wearable accelerometers are affected by noise from other body movements, and signal quality depends heavily on sensor positioning. That is an engineering challenge, not a fundamental limitation, but it is what separates a reliable BCG product from one that produces inconsistent readings and generates support tickets.

For brand owners, BCG quality is a hardware sourcing decision. The chip, the placement, the signal processing firmware, and the app's interpretation layer all determine whether the device earns trust from end customers or erodes it.

HRV and why it is the next frontier in pet health data

Heart rate variability measures the variation in time between individual heartbeats. In humans, HRV has been used clinically for decades as an indicator of cardiovascular health, autonomic nervous system function, and stress response. In companion animals, the applications are parallel.

A dog with consistently low HRV may be experiencing chronic stress, pain, or early-stage cardiovascular disease. A sudden drop in HRV can precede visible symptoms by days. For pet owners managing a senior dog or a breed with known cardiac predispositions, a device that tracks HRV over time is not a novelty. It is a practical early-warning tool.

For pet brands, adding HRV reporting to a health monitor significantly raises the perceived and actual clinical value of the product. It also creates a deeper data relationship with the customer. A device that produces weekly HRV reports creates a reason to open the app every week. A step tracker does not.

What to Look in a Pet Health Monitoring Device

Brands that have successfully launched health monitors under their own labels consistently identify the same decision points.

Sensor type and accuracy. BCG is the standard for non-invasive vital sign monitoring in pet wearables. Confirm that the device measures heart rate, respiratory rate, and HRV directly, not derived from movement data.

Form factor and weight. A device a dog will not tolerate wearing will generate returns. As simple as that. Weight is the critical variable for small breeds, and anything above 30g can result in risk comfort complaints. For larger breeds, durability is the key factor.

Waterproof rating. IP67 is the minimum viable standard for a device meant to live on an outdoor dog. IP66 is acceptable for devices paired with a harness or jacket rather than a bare collar. Verify the rating covers submersion, not just splash resistance.

Battery life and charging method. Three to four days is the current standard for Bluetooth-connected health monitors. GPS-integrated devices consume more power and typically land in the same range with cellular connectivity active. Magnetic charging has become the default for pet wearables because it eliminates port wear from repeated connection.

Connectivity. Bluetooth-only devices work within range of a paired phone. 4G-connected devices transmit in real time from anywhere with cell coverage. For products targeting urban pet owners, Bluetooth is adequate. For working dogs, rural environments, or brands positioning around active outdoor use, 4G changes the product's utility significantly.

Certification. CE, FCC, and RoHS certification are baseline requirements for most markets. KC certification is required for South Korea. Verify which certifications your target market demands before committing to a sourcing partner.

App and data ownership. If the companion app is the manufacturer's, your brand's data relationship with the customer depends on a third party. If the manufacturer offers white-label app development or open API access, you control the data layer.

PuresPet's two health monitoring platforms

Shenzhen PureS Technology Co., Ltd., operating as PuresPet, produces two devices purpose-built for the health monitoring segment.

PHH-11 Smart Pet Health Monitor

The PHH-11 is a Bluetooth 4.0 device designed for continuous 24-hour monitoring. At 60 x 35 x 7.8 mm and under 20 grams, it fits small to medium breeds without the weight penalty that drives returns. The device monitors heart rate, respiratory rate, body movement, and BCG waveform continuously, generates HRV reports, and records abnormal events for review in the companion app.

Battery life is three to four days on a single magnetic charge. The unit is IP67 rated, meaning it withstands submersion up to one meter for 30 minutes. It arrives with a free webbing collar fitted with a device pocket. Minimum order quantity is 100 units per color, with production lead times of 20 to 25 days for standard orders and 7 to 10 days for sampling.

The PHH-11 is the right starting point for brands entering the health monitoring category and targeting an owner who walks their dog daily, checks the app regularly, and wants physiological data between vet visits.

PHH-23 2-in-1 Pet Health Monitor + GPS Tracker

The PHH-23 combines the PHH-11's health monitoring capability with 4G Cat.1 cellular connectivity and full GPS positioning. Positioning uses GPS, BDS, AGPS, LBS, and Wi-Fi triangulation to a stated accuracy of three to five meters. The app features electronic geofencing, real-time location, historical trajectory playback, one-key callback, and remote voice capability.

At 125 x 34 x 14 mm and 55 grams, the PHH-23 is larger and heavier than the PHH-11. The appropriate use cases are accordingly different: active medium-to-large breeds, outdoor working dogs, or owners who want the safety coverage of GPS alongside the clinical data of BCG monitoring in a single device.

Battery volume is 750 mAh. IP66-rated. Working temperature range is -20 to 45 degrees Celsius, making it viable for cold-climate markets where pet apparel brands often find receptive customers.

Both devices are available for OEM and ODM arrangements. Light customization covers logo, packaging, and color. Deep customization includes form factor changes, functionality modifications, and companion app development.

Frequently Asked Questions

What is a pet safety device?

Any wearable or connected product that prevents harm to a pet can be classified as a pet safety device. Right now, the category includes GPS trackers, health monitors, geofencing collars, and any combination of devices.

What is the difference between a GPS pet tracker and a pet health monitor?

The simple difference is one provides location, and the other provides insight. The GPS tracker will tell you the location of your dog. The health monitor will tell you what that dog is doing. The devices also use different technology to provide data.

GPS devices use cellular or Bluetooth connectivity to send you the location of your dog. Health monitors use BCG, ECG, or other sensors to measure key health insights.

What vital signs can a pet wearable realistically measure?

Current commercial pet health monitors based on BCG can reliably measure resting heart rate, respiratory rate, body movement, and heart rate variability. Temperature monitoring is available in some devices. Blood glucose, blood pressure, and blood oxygen saturation (SpO2) are either in early development for pet applications or require additional hardware that has not yet been reduced to collar-viable form factors.

What does HRV measure in dogs and why does it matter commercially?

Heart rate variability measures the time variation between individual heartbeats. Low or declining HRV is a sign for cardiovascular stress, chronic pain, or an autonomic dysfunction. For brands, being able to track HRV means customers check data weekly and they remain engaged with the app and the product.

Can pet health monitors integrate with veterinary records?

Most current devices produce data accessible through a companion app. Full integration has not reached that standard. But vets get a continuous data from the devices which gives them more information how to treat dogs.