Voice AI built
for wearables.
Voice AI built
for wearables.
Voice AI built
for wearables.
For rings, glasses, earbuds and beyond: small enough for any device, accurate even in noise, and ready to run on-device or in the cloud. Built for real-world constraints.
For rings, glasses, earbuds and beyond: small enough for any device, accurate even in noise, and ready to run on-device or in the cloud. Built for real-world constraints.
For rings, glasses, earbuds and beyond: small enough for any device, accurate even in noise, and ready to run on-device or in the cloud. Built for real-world constraints.
[
BUILT FOR WEARABLES
]
[
BUILT FOR WEARABLES
]
Tiny enough for any wearable
Runs on the device itself or on the weakest phone your customers carry. No GPU or connection required, with low latency and low power.
Tiny enough for any wearable
Runs on the device itself or on the weakest phone your customers carry. No GPU or connection required, with low latency and low power.
Cloud-level quality, on-device
Understand speech in noisy environments and deliver natural-sounding responses, directly from your wearable or its paired phone.
Protect privacy with every interaction
Process voice entirely on-device, so sensitive audio and personal data never leave the device.
Tiny enough for any wearable
Runs on the device itself or on the weakest phone your customers carry. No GPU or connection required, with low latency and low power.
Cloud-level quality, on-device
Understand speech in noisy environments and deliver natural-sounding responses, directly from your wearable or its paired phone.
Cloud-level quality, on-device
Understand speech in noisy environments and deliver natural-sounding responses, directly from your wearable or its paired phone.
Protect privacy with every interaction
Process voice entirely on-device, so sensitive audio and personal data never leave the device.
Protect privacy with every interaction
Process voice entirely on-device, so sensitive audio and personal data never leave the device.
[
CHALLENGES & SOLUTIONS
]
Wearables bring unique constraints.
Wearables bring unique constraints.
Wearables bring unique constraints.
The Challenge
Our Solution
Compact models bring voice to hardware with limited space, memory and processing power.
Local voice processing keeps supported interactions working when reception disappears.
Speech processing built for everyday environments: busy streets, crowds, and users who whisper.
Process speech locally so personal requests and conversations can stay on users’ hardware.
Local processing reduces network delays, helping commands get a quicker response.
Efficient models help voice share the device’s limited power budget.
- 1Catches a whisper
- 2Keeps the wearer’s voice clear of the crowd
The Challenge
Our Solution
Compact models bring voice to hardware with limited space, memory and processing power.
Local voice processing keeps supported interactions working when reception disappears.
Speech processing built for everyday environments: busy streets, crowds, and users who whisper.
Process speech locally so personal requests and conversations can stay on users’ hardware.
Local processing reduces network delays, helping commands get a quicker response.
Efficient models help voice share the device’s limited power budget.
- 1Catches a whisper
- 2Keeps the wearer’s voice clear of the crowd
The Challenge
Our Solution
Compact models bring voice to hardware with limited space, memory and processing power.
Local voice processing keeps supported interactions working when reception disappears.
Speech processing built for everyday environments: busy streets, crowds, and users who whisper.
Process speech locally so personal requests and conversations can stay on users’ hardware.
Local processing reduces network delays, helping commands get a quicker response.
Efficient models help voice share the device’s limited power budget.
- 1Catches a whisper
- 2Keeps the wearer’s voice clear of the crowd
[
WHERE IT FITS
]
Find your form factor.
Find your form factor.
Find your form factor.
01
Smart glasses
Directions, signs read aloud, assistant replies. Small enough for the frame’s battery.
01
Smart glasses
Directions, signs read aloud, assistant replies. Small enough for the frame’s battery.
01
Smart glasses
Directions, signs read aloud, assistant replies. Small enough for the frame’s battery.
02
Rings & fitness bands
Workout and sleep updates, spoken through the paired phone. Runs on older phones too.
02
Rings & fitness bands
Workout and sleep updates, spoken through the paired phone. Runs on older phones too.
02
Rings & fitness bands
Workout and sleep updates, spoken through the paired phone. Runs on older phones too.
03
Earbuds & hearables
Message readouts and spoken setup, with no round trip to the cloud.
03
Earbuds & hearables
Message readouts and spoken setup, with no round trip to the cloud.
03
Earbuds & hearables
Message readouts and spoken setup, with no round trip to the cloud.
04
AI companions & recorders
Summaries and briefings generated on the device, so recordings stay private.
04
AI companions & recorders
Summaries and briefings generated on the device, so recordings stay private.
04
AI companions & recorders
Summaries and briefings generated on the device, so recordings stay private.
05
Frontline wearables
Task steps and equipment alerts that keep working without signal.
05
Frontline wearables
Task steps and equipment alerts that keep working without signal.
05
Frontline wearables
Task steps and equipment alerts that keep working without signal.
[
THE MODELS
]
Choose your model.
Choose your model.
Choose your model.
Text-to-speech
NeuTTS-2M / NeuTTS-2E
Give your wearable a voice for spoken directions, updates and reminders. Choose multilingual speech and voice cloning with NeuTTS-2M, or emotional delivery in English with NeuTTS-2E.
Text-to-speech
NeuTTS-2M / NeuTTS-2E
Give your wearable a voice for spoken directions, updates and reminders. Choose multilingual speech and voice cloning with NeuTTS-2M, or emotional delivery in English with NeuTTS-2E.
Text-to-speech
NeuTTS-2M / NeuTTS-2E
Give your wearable a voice for spoken directions, updates and reminders. Choose multilingual speech and voice cloning with NeuTTS-2M, or emotional delivery in English with NeuTTS-2E.
Speech-to-action
NeuDecide
Use NeuDecide to turn spoken requests directly into structured tool calls, without transcription. Your application validates and executes the action, such as starting a workout or setting a reminder.
Speech-to-action
NeuDecide
Use NeuDecide to turn spoken requests directly into structured tool calls, without transcription. Your application validates and executes the action, such as starting a workout or setting a reminder.
Speech-to-action
NeuDecide
Use NeuDecide to turn spoken requests directly into structured tool calls, without transcription. Your application validates and executes the action, such as starting a workout or setting a reminder.
[
IN PRACTICE
]
Bringing voice to smart glasses.
Bringing voice to smart glasses.
Bringing voice to smart glasses.
x
x
x
Challenge
Challenge
Challenge
Brilliant Labs needed natural, real-time speech for its glasses, with little room for model size or delay. The task was to cut compute without losing voice quality.
Brilliant Labs needed natural, real-time speech for its glasses, with little room for model size or delay. The task was to cut compute without losing voice quality.
Brilliant Labs needed natural, real-time speech for its glasses, with little room for model size or delay. The task was to cut compute without losing voice quality.
Solution
Solution
Solution
We made the model 10x smaller through distillation and pruning, quantised it, optimised the runtime with TheStage AI, and integrated it into Halo’s phone-to-glasses pipeline.
We made the model 10x smaller through distillation and pruning, quantised it, optimised the runtime with TheStage AI, and integrated it into Halo’s phone-to-glasses pipeline.
We made the model 10x smaller through distillation and pruning, quantised it, optimised the runtime with TheStage AI, and integrated it into Halo’s phone-to-glasses pipeline.
Result
Result
Result
Real-time, ultra-low-latency speech on a much smaller compute footprint, with no loss in voice quality.
Real-time, ultra-low-latency speech on a much smaller compute footprint, with no loss in voice quality.
Real-time, ultra-low-latency speech on a much smaller compute footprint, with no loss in voice quality.
10× smaller model · Real-time speech · Phone-to-glasses integration
10× smaller model · Real-time speech · Phone-to-glasses integration
10× smaller model · Real-time speech · Phone-to-glasses integration
FAQ
Everything you need to know about voice AI for wearables.
Our compact models are designed for devices with limited compute and memory, including CPU-based hardware. The right setup depends on your chipset, available memory and required voice features. Share your specifications so we can assess whether to run on the wearable or its paired phone.
Yes. Depending on your hardware and chosen models, voice processing can run on the wearable, its paired phone, through our cloud API or in a combination of these. We can help you choose an approach that fits your product.
Locally deployed models can run offline once installed, keeping voice processing on the wearable or paired phone. Features that rely on cloud services still need a connection. The complete experience depends on how your application is built.
Yes. Choose text-to-speech for spoken responses, or NeuDecide for turning spoken requests into tool calls. Use one capability or combine them to suit your product.
Language support, voice cloning and emotional control vary by model. Share your target languages and voice requirements, and we’ll help identify the right option for your wearable.
Licensing depends on the models and deployment you choose. Contact our team with your intended use and expected shipping volume to discuss the terms for your product, including distributing models with your device or app.
Explore our model demos and downloads on Hugging Face, then use the relevant GitHub examples to test available models. For an assessment of your wearable, share your hardware specifications, required voice features and target languages through neuphonic.com/contact-us.
FAQ
Everything you need to know about voice AI for wearables.
Our compact models are designed for devices with limited compute and memory, including CPU-based hardware. The right setup depends on your chipset, available memory and required voice features. Share your specifications so we can assess whether to run on the wearable or its paired phone.
Yes. Depending on your hardware and chosen models, voice processing can run on the wearable, its paired phone, through our cloud API or in a combination of these. We can help you choose an approach that fits your product.
Locally deployed models can run offline once installed, keeping voice processing on the wearable or paired phone. Features that rely on cloud services still need a connection. The complete experience depends on how your application is built.
Yes. Choose text-to-speech for spoken responses, or NeuDecide for turning spoken requests into tool calls. Use one capability or combine them to suit your product.
Language support, voice cloning and emotional control vary by model. Share your target languages and voice requirements, and we’ll help identify the right option for your wearable.
Licensing depends on the models and deployment you choose. Contact our team with your intended use and expected shipping volume to discuss the terms for your product, including distributing models with your device or app.
Explore our model demos and downloads on Hugging Face, then use the relevant GitHub examples to test available models. For an assessment of your wearable, share your hardware specifications, required voice features and target languages through neuphonic.com/contact-us.
FAQ
Everything you need to know about voice AI for wearables.
Our compact models are designed for devices with limited compute and memory, including CPU-based hardware. The right setup depends on your chipset, available memory and required voice features. Share your specifications so we can assess whether to run on the wearable or its paired phone.
Yes. Depending on your hardware and chosen models, voice processing can run on the wearable, its paired phone, through our cloud API or in a combination of these. We can help you choose an approach that fits your product.
Locally deployed models can run offline once installed, keeping voice processing on the wearable or paired phone. Features that rely on cloud services still need a connection. The complete experience depends on how your application is built.
Yes. Choose text-to-speech for spoken responses, or NeuDecide for turning spoken requests into tool calls. Use one capability or combine them to suit your product.
Language support, voice cloning and emotional control vary by model. Share your target languages and voice requirements, and we’ll help identify the right option for your wearable.
Licensing depends on the models and deployment you choose. Contact our team with your intended use and expected shipping volume to discuss the terms for your product, including distributing models with your device or app.
Explore our model demos and downloads on Hugging Face, then use the relevant GitHub examples to test available models. For an assessment of your wearable, share your hardware specifications, required voice features and target languages through neuphonic.com/contact-us.
Find the model for your wearable.
Find the model for your wearable.
Find the model for your wearable.
Explore demos and download our available models
to evaluate voice quality and find a starting point for your device.
Explore demos and download our available models
to evaluate voice quality and find a starting point for your device.
Explore demos and download our available models
to evaluate voice quality and find a starting point for your device.
Test it on your hardware.
Test it on
your hardware.
Test it on
your hardware.
Access code, setup instructions and examples
to test voice on your wearable or its paired phone.
Access code, setup instructions and examples
to test voice on your wearable or its paired phone.
Access code, setup instructions and examples
to test voice on your wearable or its paired phone.
Want to learn more?
Want to learn more?
Share what you’re building, whether you have a finished specification
or an early idea. We’ll help identify the right next step.
We’ll come back with a deployment recommendation for your hardware.
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Resources
Neuphonic © 2026
Solutions
Resources
Neuphonic © 2026
Solutions
Resources
Neuphonic © 2026