Can Ray-Ban Meta be detected? — Smart Glasses Scanner

Can Ray-Ban Meta be detected with an iPhone?

Not established yet. Ray-Ban Meta has a camera and microphones and uses Bluetooth (manufacturer-stated). Whether it broadcasts a signal an iPhone can match, and in which states, depends on its hardware state and has to be measured on real hardware. Current status: researching — registered identifiers or public leads exist to test; nothing observed on hardware yet. Hardware testing is in progress and nothing has been published yet.

What the manufacturer says

Each row is labelled. Known fact: read on the linked page. Inference: concluded from sourced facts. Unknown: could not be sourced.

Property	Value	Basis	Detail
Camera	Yes	Known fact	Meta lists a 12 MP ultra-wide camera with video recording up to 3K for the current generation. Source
Microphone	Yes	Known fact	Meta describes a multi-microphone array (five microphones on the current generation). Source
Capture light	Yes	Known fact	Meta states that every pair of its AI glasses has a white capture LED that blinks briefly for a photo and keeps blinking while video is recorded, and that the camera is disabled if the glasses detect the LED is covered or tampered with. Source
Bluetooth	Yes	Known fact	Meta states the glasses use a Bluetooth connection for audio and phone calls and pair with the Meta AI app. Whether, when and what the glasses advertise over Bluetooth Low Energy while worn is not established by this fact and is exactly what our hardware testing is designed to measure. Source

Detection and testing status

Detection research: Researching — Registered identifiers or public leads exist to test; nothing observed on hardware yet.
Independent test: Testing in progress — not yet published
Hardware tested: None yet
iOS versions tested: None yet
Evidence on file: None yet: nothing about this device has been observed by us

Both statuses are lifecycle states that change only when a recorded hardware test says so. "Testing in progress" means exactly that; it is not a judgement about the product. The testing status page describes the protocol and what will be published, favourable or not.

Registered Bluetooth identifiers under research

These identifiers are registered with the Bluetooth SIG by the companies named. Registration establishes who owns an identifier, not which products broadcast it or when. They are the starting point for testing, not evidence of detectability.

Identifier	Kind	Registered to	Note
`0x058E`	Company identifier	Meta Platforms Technologies, LLC (SIG)	Registered to Meta's hardware entity. Which Meta products use it, and in which states, is unverified.
`0xFD5F`	16-bit service UUID	Meta Platforms Technologies, LLC (SIG)	16-bit member service UUID. Candidate background scan filter; unverified.
`0x0D53`	Company identifier	Luxottica Group S.p.A (SIG)	Frame manufacturer. Unknown whether any shipping glasses advertise under it.

Limitations

No independent hardware test has been completed. Nothing about this device's Bluetooth behaviour has been observed by us.
The identifiers above are registered to Meta and Luxottica, not to these glasses specifically. Other Meta hardware (for example Quest headsets and controllers) may use the same company identifier.
Glasses that are paired and connected to their owner's phone may advertise differently, or not at all. This is the bystander scenario and the main open question in our validation plan.
A Bluetooth advertisement never indicates whether the camera or microphones are in use.

Recognising it by eye

General observations for people not relying on any app. They are not detection features.

Thicker-than-usual temple arms that house electronics and batteries.
A small round camera lens at the outer edge of one lens rim and a matching LED at the other.
A white LED near the camera that blinks while a photo or video is being captured (per Meta).

What a detection means, and does not mean

A detection means

Your iPhone received a Bluetooth Low Energy advertisement whose contents matched one or more entries in the signature catalogue.
Each piece of evidence (a company identifier, a service UUID, a name pattern) is shown with its source, so you can judge it yourself.
The confidence level reflects how many independent kinds of evidence agreed, not whether a camera is in use.

A detection does not mean

That anyone is recording. No manufacturer documents a camera or microphone state in its Bluetooth advertisements, and we have observed none; the app does not read one.
That the matched device is definitely smart glasses. Manufacturers reuse identifiers across products; see false positives.
That the device is a particular distance away. Signal strength is a coarse proximity hint; see RSSI and distance.

How Bluetooth detection works — the matching and scoring rules this status depends on
False positives and false negatives — why a shared company identifier is weak evidence
RSSI, proximity and distance — what "strong signal" does and does not mean
Testing status — the protocol and what will be published
How to detect smart glasses — visual cues and Bluetooth, for people, not just apps
Guide for teachers — recognising camera glasses and what a scanner can determine

Other devices

Even Realities G1 · Oakley Meta (HSTN and Vanguard) · Snap Spectacles (5th generation) and Specs · Vuzix Z100

Sources

Camera glasses: capture hands-free photos and videos — Meta, accessed 17 September 2026
Privacy settings for Meta AI glasses (capture LED) — Meta, accessed 17 September 2026
AI glasses technology 101 — Meta, accessed 17 September 2026
Assigned Numbers (company identifiers, 16-bit UUIDs) — Bluetooth SIG, accessed 16 September 2026

Coming soon for iPhone

Get the Ray-Ban Meta test results

One email when the app launches, and one when hardware results for this device are published.

Ray-Ban Meta (Gen 1 and Gen 2)