ON-DEVICE
Deploy powerful AI voices directly on user devices - no cloud dependency, maximum privacy, real-time performance.
HOW IT WORKS?

01
Model optimized for edge devices

02
Deployed to device (SDK / API)

03
Runs locally

Privacy First
Data never leaves the device Ideal for sensitive industries (healthcare, finance)

Real-Time Performance
Zero latency from cloud calls Instant responses even offline

Offline Capability
Works without internet connectivity Reliable in remote or unstable environments

Cost Efficiency
Reduces cloud infrastructure costs Scales without server load
IDEAL USE CASES
01
Wearables & IoT devices
No phone tethering VR/AR realtime conversations
02
Mobile apps requiring AI
Vision, Voice, NLP
03
Privacy-sensitive applications
Medical devices with sensitive patient data
04
Field operations (construction, logistics)
Air-gapped operation systems
05
Automotive
Voice agents driving through offline areas
06
Education/Toys
Education for children where privacy is non-negotiable
07
Gaming
Conversational NPCs at scale
NOT SURE WHICH FITS YOUR NEEDS?
Feature
Internet needed
Data control
Latency
Scalability
On-Device
No
High Control
Low
Device-based
Feature
Optional
Total control
Ultra Low
Infrastructure-based
Feature
Internet needed
Data control
Latency
Scalability
On-Device
No
High Control
Low
Device-based
On-Prem
Optional
Total control
Ultra Low
Infrastructure-based
SOLUTIONS
COMPANY
Neuphonic © 2026



SOLUTIONS
COMPANY
Neuphonic © 2026

SOLUTIONS
COMPANY
Neuphonic © 2026

ON-DEVICE
Deploy powerful AI voices directly on user devices - no cloud dependency, maximum privacy, real-time performance.
HOW IT WORKS?

01
Model optimized for edge devices

02
Deployed to device (SDK / API)

03
Runs locally

Privacy First
Data never leaves the device Ideal for sensitive industries (healthcare, finance)

Real-Time Performance
Zero latency from cloud calls Instant responses even offline

Offline Capability
Works without internet connectivity Reliable in remote or unstable environments

Cost Efficiency
Reduces cloud infrastructure costs Scales without server load
IDEAL USE CASES
01
Wearables & IoT devices
No phone tethering VR/AR realtime conversations
02
Mobile apps requiring AI
Vision, Voice, NLP
03
Privacy-sensitive applications
Medical devices with sensitive patient data
04
Field operations (construction, logistics)
Air-gapped operation systems
05
Automotive
Voice agents driving through offline areas
06
Education/Toys
Education for children where privacy is non-negotiable
07
Gaming
Conversational NPCs at scale
NOT SURE WHICH FITS YOUR NEEDS?
Feature
Internet needed
Data control
Latency
Scalability
On-Device
No
High Control
Low
Device-based
Feature
Optional
Total control
Ultra Low
Infrastructure-based
Feature
Internet needed
Data control
Latency
Scalability
On-Device
No
High Control
Low
Device-based
On-Prem
Optional
Total control
Ultra Low
Infrastructure-based
SOLUTIONS
COMPANY
Neuphonic © 2026



SOLUTIONS
COMPANY
Neuphonic © 2026

SOLUTIONS
COMPANY
Neuphonic © 2026

ON-DEVICE
Deploy powerful AI voices directly on user devices - no cloud dependency, maximum privacy, real-time performance.
HOW IT WORKS?

01
Model optimized for edge devices

02
Deployed to device (SDK / API)

03
Runs locally

Privacy First
Data never leaves the device Ideal for sensitive industries (healthcare, finance)

Real-Time Performance
Zero latency from cloud calls Instant responses even offline

Offline Capability
Works without internet connectivity Reliable in remote or unstable environments

Cost Efficiency
Reduces cloud infrastructure costs Scales without server load
IDEAL USE CASES
Wearables & IoT devices
No phone tethering VR/AR realtime conversations
Mobile apps requiring AI
Vision, Voice, NLP
Privacy-sensitive applications
Medical devices with sensitive patient data
Field operations (construction, logistics)
Air-gapped operation systems
Automotive
Voice agents driving through offline areas
Education/Toys
Education for children where privacy is non-negotiable
Gaming
Conversational NPCs at scale
NOT SURE WHICH
FITS YOUR NEEDS?
Feature
Internet needed
Data control
Latency
Scalability
On-Device
No
High Control
Low
Device-based
Feature
Optional
Total control
Ultra Low
Infrastructure-based
Feature
Internet needed
Data control
Latency
Scalability
On-Device
No
High Control
Low
Device-based
On-Prem
Optional
Total control
Ultra Low
Infrastructure-based
SOLUTIONS
COMPANY
Neuphonic © 2026



SOLUTIONS
COMPANY
Neuphonic © 2026

SOLUTIONS
COMPANY
Neuphonic © 2026

