Meta is rolling out new software features for its Ray-Ban Meta smart glasses that make the devices more useful for navigation and more accessible for people with different hearing needs. The latest updates add turn-by-turn pedestrian directions, Audio Balance and Mono Audio, while also expanding the role of the glasses as a hands-free interface for everyday tasks.
The navigation functionality is arriving through the Ray-Ban Meta software ecosystem, while the newest audio accessibility controls are beginning to roll out with system update version 129. The changes build on version 128, which introduced pedestrian navigation and other improvements, and show how Meta is increasingly treating its AI glasses as software platforms that can gain new capabilities after purchase.
Key takeaways
- Ray-Ban Meta glasses are gaining turn-by-turn pedestrian navigation.
- Users can start navigation by speaking to Meta AI or by sharing a destination from their phone’s mapping application.
- Audio Balance lets users shift sound toward the left or right speaker.
- Mono Audio sends the same combined audio signal to both sides.
- The new audio controls are designed in part to help users who have differences in hearing between their ears.
- Navigation relies on the connected smartphone for location information.
- Meta has been adding capabilities through regular software updates rather than requiring new hardware.
- The updates arrive as Meta expands its broader AI-glasses lineup, including Ray-Ban Meta Gen 3 and Ray-Ban Meta Audio.
Ray-Ban Meta Gets Turn-by-Turn Walking Directions
One of the most practical additions is pedestrian navigation.
With the feature, users can ask their Ray-Ban Meta glasses for walking directions to nearby destinations using a voice command. For example, a user can say, “Hey Meta, navigate to Times Square,” and the glasses can provide turn-by-turn pedestrian guidance.
The navigation capability uses the phone connected to the glasses to obtain location information. This means the glasses do not need to function as a completely independent GPS device. Instead, the smartphone remains an important part of the navigation system while the glasses provide the hands-free interface.
According to 9to5Google, Meta’s version 128 update introduced the pedestrian navigation feature and the functionality is now broadly available through the Meta AI app. The feature can also handle destinations that are too far away for walking by sending driving directions to the user’s phone instead.
This approach is important because it makes navigation possible without forcing users to repeatedly pull their phones out of their pockets.
For someone walking through an unfamiliar neighborhood, visiting a new city or simply trying to follow directions while carrying something, the glasses can become an audio navigation layer sitting directly on the user’s face.
Users Can Send Locations From Their Phone to the Glasses
Meta is also connecting the navigation experience more closely with existing smartphone mapping applications.
Users can find a destination in their phone’s mapping application, tap the Share option and select Meta AI. Navigation can then be transferred to the connected Ray-Ban glasses.
This gives users two ways to begin navigation.
The first is completely hands-free: ask Meta AI to navigate to a destination.
The second starts on the phone: find a place manually, share it with Meta AI and then continue navigation through the glasses.
The distinction matters because voice search is not always the easiest way to find a particular destination. A user may already have a restaurant, store, address or landmark open in a mapping application. Sending that destination to the glasses removes the need to manually recreate the search.
The result is a more integrated relationship between the phone, Meta AI and the glasses rather than treating the glasses as an isolated accessory.
Audio Balance Gives Users More Control
The other major part of the latest update focuses on audio.
Ray-Ban Meta glasses use open-ear speakers positioned near the user’s ears rather than traditional earbuds inserted into the ear canal. That design lets users listen to music, hear Meta AI responses and take calls while remaining aware of surrounding sounds.
But people do not necessarily hear equally well through both ears.
Meta’s new Audio Balance feature addresses that issue by allowing users to shift the audio output toward the left or right side. The adjustment can be made one step at a time until the sound balance feels appropriate.
The company places the feature under the glasses’ audio accessibility settings.
This could be useful for people who naturally hear one side more strongly than the other, as well as users who simply prefer a different left-right audio balance.
Importantly, this is a software-level adjustment rather than a new speaker design. Existing supported glasses can therefore gain the capability through an update.
Mono Audio Combines the Left and Right Channels
Meta is also introducing Mono Audio.
In normal stereo playback, different information can be sent to the left and right audio channels. That separation can be useful for music and other media, but it can create a problem if a person has significantly different hearing ability between their ears.
Mono Audio combines the left and right channels and plays the same combined signal through both sides.
Meta says the setting can help prevent users from missing parts of audio when they cannot hear one side properly. It applies to sounds produced by the glasses, including Meta AI responses and notifications.
The controls are available through the device settings under Audio and Accessibility.
This is a relatively small feature compared with adding AI capabilities or navigation, but it illustrates an important direction for wearable technology: accessibility features can sometimes be delivered through software without requiring users to purchase specialized hardware.
What Version 129 Adds
The newest system update is version 129.
According to 9to5Google, version 129 focuses primarily on the two audio changes: Audio Balance and Mono Audio. The rollout is beginning gradually, meaning availability may not appear for every user simultaneously.
The navigation features are associated with the earlier version 128 update and are now more broadly available.
That distinction is important because the latest development is not one single large firmware release containing every feature. Instead, Meta is continuing a rolling software-update strategy in which capabilities arrive across different releases.
Recent Ray-Ban Meta Software Improvements
| Update | Main improvement |
|---|---|
| Version 128 | Pedestrian navigation and location-related features |
| Version 128 | Spatial Audio on supported glasses |
| Version 128 | Additional camera anti-tampering protections |
| Version 129 | Audio Balance |
| Version 129 | Mono Audio |
The table separates the updates rather than presenting all of them as part of version 129.
Spatial Audio Is Also Part of the Broader Audio Push
Meta’s recent software work is not limited to accessibility.
Version 128 also introduced Spatial Audio support on compatible Ray-Ban Meta glasses. The feature is intended to create a more immersive listening experience for supported content such as music and podcasts. Android Central reported that Spatial Audio is available on Ray-Ban Meta Gen 2 Optics and the Meta Glasses collection.
This gives Meta’s audio strategy two distinct directions.
One is immersion, where features such as Spatial Audio attempt to make music and other media feel richer.
The other is accessibility, where Mono Audio and Audio Balance give users more control over how sound reaches their ears.
Together, these features demonstrate that Meta is treating the audio system as an important part of the glasses platform rather than merely an alternative to wireless earbuds.
Why Navigation Matters for Smart Glasses
Turn-by-turn navigation may sound like a relatively simple feature, but it addresses one of the biggest practical problems with smart glasses: finding a reason to wear them continuously.
Camera-based features are useful when users want to capture something. AI question-and-answer functions are useful when users need information. Music and calls make the glasses useful as an audio device.
Navigation adds another recurring use case.
A person can leave their phone in their pocket while walking and receive directions through the glasses.
That is particularly relevant because smart glasses occupy a different position from smartphones. The smartphone is a screen-first device that requires the user to look down or hold it in front of them. Glasses can deliver information without interrupting the user’s physical activity in the same way.
The experience is still fundamentally audio-based on standard Ray-Ban Meta models. It should therefore be distinguished from Meta’s newer display glasses, which can present visual navigation information in the lens.
Meta’s official information for its Ray-Ban Display product describes pedestrian navigation with both map information and audio directions in supported cities.
For the standard Ray-Ban Meta models covered by this update, the value is primarily hands-free spoken navigation.
The Phone Remains Central to the Experience
Despite the growing capabilities of the glasses, Meta’s approach does not eliminate the smartphone.
The phone provides connectivity and location information, while the glasses act as the interface for hearing and interacting with Meta AI.
That architecture has advantages.
Smartphones already have mature GPS hardware, cellular connectivity, mapping applications and large batteries. Putting every one of those capabilities directly into lightweight glasses would increase weight, power consumption and complexity.
Instead, Meta can use the phone for computationally and power-intensive functions while keeping the glasses focused on cameras, microphones, speakers and hands-free interaction.
The downside is that the experience remains dependent on the phone for certain capabilities.
This is a key distinction between today’s AI glasses and a hypothetical fully autonomous wearable computer.
Meta Is Building a Larger AI Glasses Ecosystem
The software updates arrive at a significant moment for Meta’s hardware strategy.
At Meta Connect 2026, the company announced a broader expansion of its AI glasses lineup, including Ray-Ban Meta Audio and Ray-Ban Meta Gen 3. Meta said it expects to offer more than 100 AI-glasses options across Ray-Ban, Oakley and Meta Glasses by the end of the year.
Ray-Ban Meta Gen 3 includes a slimmer design, longer battery life, a customizable action button and a six-microphone array. Meta says the microphones can reduce more than 90% of background noise for calls and voice commands. The glasses also include a 12-megapixel camera and 3K Ultra HD video recording.
Meta is therefore expanding the hardware range while simultaneously increasing the software capabilities shared across its glasses ecosystem.
That combination could become more important than any individual hardware specification.
Ray-Ban Meta Audio Shows Where the Category Is Heading
Meta’s new Ray-Ban Meta Audio glasses take a different approach by removing the camera altogether.
The company describes them as audio-first AI glasses designed to provide open-ear audio, calls and hands-free access to Meta AI.
Meta says the glasses weigh 43 grams and can provide up to 12 hours of use on a single charge, with the charging case providing additional battery capacity. The company announced a starting price of $349 when the product was introduced in September.
The product is significant because it separates the concept of AI glasses from cameras.
Users who do not want to wear a camera-equipped device may still want hands-free audio, calls, navigation and an AI assistant.
That potentially broadens the market beyond consumers interested in first-person photography.
India Is Becoming an Important Market for Meta’s Glasses
Meta is also expanding its Ray-Ban strategy in India.
In an October 1 announcement, Meta said Ray-Ban Meta Gen 3 was available in India with prices starting at ₹44,300. The company also announced that Ray-Ban Meta Audio was coming to India and said Muse, its personal AI agent, would be coming to AI glasses in the following months.
The India rollout is strategically relevant because Meta has increasingly positioned AI glasses as everyday consumer products rather than experimental wearable computers.
However, availability of individual software features can vary by market, device, account and rollout stage. The pedestrian-navigation update should therefore not automatically be interpreted as confirmation that every navigation feature is available in every Indian city.
Meta’s India announcement confirms the broader hardware and AI-glasses expansion, but it does not establish nationwide availability of every navigation capability described in the latest software updates.
Meta’s Software-First Strategy Could Be Its Biggest Advantage
The most important part of these updates may not be any single feature.
It is the fact that Meta can continue adding functionality after people have already purchased the glasses.
A pair of Ray-Ban Meta glasses can become more capable through firmware and Meta AI updates without requiring a new camera, new speakers or a new frame.
Navigation is a good example.
A hardware product initially sold primarily for photography, music, calls and AI interaction can later become a navigation device simply by adding software support and integrating location services.
Audio Balance and Mono Audio follow the same principle.
This creates a more smartphone-like upgrade cycle for eyewear.
Instead of consumers buying a completely new pair every time a major feature is introduced, Meta can potentially make existing hardware more useful through software.
Competition Is Moving Toward Ambient AI
Meta is also operating in a market that is becoming more competitive.
Google is developing Gemini-powered smart glasses through the Android XR ecosystem, while Samsung and other hardware companies are moving toward AI-enabled eyewear. Meta has responded by expanding from conventional camera-and-audio glasses toward audio-only products, display glasses and AI agents.
The competitive question is therefore shifting.
It is no longer simply about which company can build the best smart glasses.
It is increasingly about which company can create the most useful software ecosystem around glasses.
Navigation, translation, reminders, calls, music, AI assistance and contextual information all contribute to that ecosystem.
The company that makes those functions feel natural and reliable may have a stronger advantage than the company with the most impressive individual hardware specification.
The Bigger Picture
Meta’s latest Ray-Ban updates show how smart glasses are gradually moving from novelty products toward persistent computing interfaces.
Turn-by-turn pedestrian navigation gives users a reason to keep the glasses on while moving around. Audio Balance and Mono Audio make the experience more flexible for people with different hearing needs. Spatial Audio adds another layer for entertainment, while Meta AI provides the underlying conversational interface.
None of these changes alone transforms the category. Together, however, they make the glasses more capable without requiring users to replace their existing hardware.
That software-driven approach is particularly important for Meta because the company’s long-term ambition goes beyond selling a camera mounted inside a pair of Ray-Bans. Meta is building an ecosystem in which AI can be accessed throughout the day without requiring users to constantly reach for a phone.
Looking Ahead
The next stage will be whether Meta can make these features consistently useful in real-world conditions. Navigation needs accurate location data, dependable voice recognition and clear audio, while open-ear speakers must remain understandable in noisy streets and crowded environments. Regional availability will also determine how valuable the features are to users outside Meta’s largest markets.
Meta’s broader AI-glasses strategy suggests that software updates will remain a major part of the product’s evolution. As Muse, navigation, translation and other AI capabilities expand, Ray-Ban Meta could increasingly function as an always-available computing layer rather than simply a pair of glasses with a camera and speakers.
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