If you are tracking a vestibular condition like BPPV, Vestibular Migraine, Meniere's, Vestibular Neuritis, PPPD or MdDS, a wearable does one genuinely useful job: it records sleep, resting heart rate and HRV automatically every night, so you do not have to log them yourself. Many people with vestibular conditions find those trends useful context when they look back at when their spins happen, though how much any one signal matters varies a lot from person to person.
A quick note on what this article is and is not. We have not lab-tested these devices, and we are not going to pretend we have. This is a guide to what data each platform exposes and how it flows into a vestibular tracker like VertigoMe, so you can pick the device that fits your life. For background on vestibular conditions themselves, vestibular.org is a good starting point.
What matters for vestibular tracking
Rather than chasing accuracy rankings, it helps to think about what data you actually want flowing into your tracker.
- Overnight HRV trend. A rolling multi-day HRV figure is easier to interpret than single nightly readings. Devices that compute a trend and expose it through their API save you the interpretation work.
- Sleep duration and stages. No consumer wearable matches a sleep lab, but consistent night-to-night data from the same device is what makes trends visible. Consistency matters more than absolute accuracy here.
- Recovery / readiness scores. Several platforms compute a daily composite (a single "how recovered are you" number). These are proprietary and not clinically validated for vestibular conditions, but some users find them a convenient summary.
- Resting heart rate over time. Trends matter more than single readings.
- A reliable export path. Without this, the data lives in the wearable's own app and never reaches your vestibular tracker. Garmin, Oura and Polar offer developer APIs that VertigoMe connects to directly; Apple Watch data flows through Apple Health on iOS; on Android, Health Connect acts as the bridge for many other devices.
The options
Oura Ring
Oura is a ring worn on the finger rather than the wrist. It focuses on sleep, readiness and overnight HRV, and exposes those through its API. Some people with vestibular conditions prefer a ring because a watch on the wrist can feel intrusive during a spin, though that is personal preference rather than a measured advantage.
Things to weigh: Oura uses a subscription model for full features, and it is not designed as a workout watch. Check current pricing and battery specs with Oura before buying.
Garmin (Venu, Fenix, Vivosmart and similar)
Garmin sells a wide range of watches, most of which include Body Battery (Garmin's daily energy/readiness composite) and HRV Status (a rolling overnight HRV trend) alongside sleep tracking. Garmin's developer API is mature, which is why it is one of the smoothest direct connections into VertigoMe.
Things to weigh: the interface and marketing lean athletic rather than health-first, and features vary considerably between models, so check that the specific model you are considering includes HRV Status and the metrics you care about.
Apple Watch
The obvious choice if you already own one or are deep in the iPhone ecosystem. Apple Watch records sleep, HRV and resting heart rate, and exposes them to other apps through HealthKit, which is how VertigoMe reads them on iOS. Recent models also include ECG and irregular-rhythm notifications; those are general heart features, not vestibular tools, but some users value having them on the same device.
Things to weigh: an Apple Watch needs regular charging, so you will want a charging routine that does not cost you overnight wear. Some users with motion sensitivity prefer to mute haptic notifications.
Polar
Polar makes watches and heart-rate sensors with a long background in heart-rate measurement for sport. Its watches offer sleep tracking (Sleep Plus Stages) and an overnight recovery summary (Nightly Recharge), and its API lets VertigoMe pull that data in directly.
Things to weigh: the ecosystem is smaller than Garmin's or Apple's, and the product line is aimed primarily at training rather than general health, so compare feature lists per model.
Health Connect (Android)
Not a device, but worth knowing about: Health Connect is Android's shared health-data layer. If your wearable writes to Health Connect, VertigoMe can read sleep, heart rate and related metrics from there even if we do not have a direct integration with that brand.
Quick comparison
| Platform | Form factor | Key metrics exposed | Sync path into VertigoMe |
|---|---|---|---|
| Oura | Ring | Sleep, overnight HRV, readiness score | Direct connection (Oura API) |
| Garmin | Watches | Sleep, HRV Status, Body Battery, resting HR | Direct connection (Garmin API) |
| Apple Watch | Watch | Sleep, HRV, resting HR | Apple Health on iOS |
| Polar | Watches, HR sensors | Sleep Plus Stages, Nightly Recharge, HR | Direct connection (Polar API) |
| Health Connect | Android data layer | Whatever your device writes to it | Read via Health Connect on Android |
How to choose if you have not bought yet
- If you have an iPhone: Apple Watch via Apple Health is the path of least resistance.
- If you do not want anything on your wrist: Oura is the main ring option among the platforms VertigoMe supports.
- If you already exercise with a Garmin or Polar: keep it. Both connect directly to VertigoMe, and the sleep and HRV data they already collect is the data you need.
- If you have another Android-compatible wearable: check whether it writes to Health Connect; if so, VertigoMe can read it from there.
- If you do not want to spend at all: use your phone alone. VertigoMe collects weather, pressure and rough activity from the phone. You lose the overnight HRV and sleep-stage data, but you can always add a wearable later.
Already have a wearable?
VertigoMe connects to Garmin, Apple Watch, Oura, Polar and Health Connect over live webhooks plus historical backfill. Coming soon to iOS and Android.
See how it works →One practical note
Wear during the spin can matter as much as wear at night. Heart-rate data recorded while an episode is happening gives you extra context to look back on later, and some people find patterns in it over time. If a device feels intolerable during a spin, take it off; that is fine. Logging the onset time in VertigoMe still anchors the wearable data on either side of the episode.