Hybrid intelligence, local by default.
The future of
on device AI
Build fast, private, and predictable AI that runs where your users are. On-device first, cloud when needed.
Trusted + backed by leading AI funds and individuals
Thomas Wolf
Co-founderLaura Modiano
Startups EMEASiqi Chen
CEOMati Staniszewski
Co-founder, CEO
Trusted + backed by leading AI funds and individuals
Thomas Wolf
Co-founderLaura Modiano
Startups EMEASiqi Chen
CEOMati Staniszewski
Co-founder, CEO
Trusted + backed by leading AI funds and individuals
Thomas Wolf
Co-founderLaura Modiano
Startups EMEASiqi Chen
CEOMati Staniszewski
Co-founder, CEO
Use case preview similar to N8N
Use case preview similar to N8N
Hybrid intelligence, local by default.
Build fast, private, and predictable AI that runs where your users are. On-device first, cloud when needed.
Trusted + backed by leading AI funds and individuals
Thomas Wolf
Co-founderLaura Modiano
Startups EMEASiqi Chen
CEOMati Staniszewski
Co-founder, CEO
Use case preview similar to N8N
Cloud AI wasn’t built for real products. Hybrid AI is
Cloud inference works. Until you need real speed, privacy, or efficiency.
Unpredictable costs
Vendor dependency
Limited control
Mirai gives teams control over how and where AI runs. Without extra complexity.
Local execution for critical tasks
Cloud extension for heavy lifting
Smart Routing for the best mix of cost, privacy, and speed
Mirai makes hybrid AI effortless
Powering apps with 3× faster inference, 50% lower cost, and 0% data exposure
Why On-Device?
Build better, cheaper, faster AI products
Build better, cheaper, faster AI products
Build better, cheaper, faster AI products
Significantly lower costs for AI usage
Significantly lower costs for AI usage
Significantly lower costs for AI usage
Significantly lower costs for AI usage
On device deployment makes AI more cost-effective
On device deployment makes AI more cost-effective
On device deployment makes AI more cost-effective
Elimination of connectivity dependencies
Elimination of connectivity dependencies
Elimination of connectivity dependencies
Elimination of connectivity dependencies
On device processing ensures consistent performance regardless of network conditions
On device processing ensures consistent performance regardless of network conditions
On device processing ensures consistent performance regardless of network conditions
Zero user data sent to third parties
Zero user data sent to third parties
Zero user data sent to third parties
Zero user data sent to third parties
You have full control over how your data is stored and processed
You have full control over how your data is stored and processed
You have full control over how your data is stored and processed
No upfront costs
10K devices for free
Abstract away from
complexity of AI
Abstract away from complexity of AI
Abstract away from
complexity of AI
One developer is all it takes to bring AI into your product
One developer is all it takes to bring AI into your product
One developer is all it takes to bring AI into your product
Ready to use models & tools
Ready to use models & tools
Ready to use models & tools
Choose from powerful on device use cases
Choose from powerful on device use cases
Integrate in minutes
General Chat
General Chat
General Chat
Conversational AI, running on-device
Conversational AI, running on-device
Conversational AI, running on-device
Classification
Classification
Classification
Tag text by topic, intent, or sentiment
Tag text by topic, intent, or sentiment
Tag text by topic, intent, or sentiment
Summarisation
Summarisation
Summarisation
Quickly turn long text into easy-to-read summary
Turn long text into easy-to-read summary
Quickly turn long text into easy-to-read summary
Custom
Custom
Custom
Custom
Build your own use case
Build your own use case
Build your own use case
Camera
Camera
Camera
Camera
COMING SOON
Soon
Process images with local models
Process images with local models
COMING SOON
Voice
Voice
Voice
Voice
Soon
COMING SOON
Turn voice into actions or text
Turn voice into actions or text
COMING SOON
Recent articles
Recent articles

Part 4: Brief history of Apple ML Stack

Part 3: iPhone Hardware and How It Powers On-Device AI

Part 2: How to Understand On-Device AI

Part 4: Brief history of Apple ML Stack

Part 3: iPhone Hardware and How It Powers On-Device AI

Part 2: How to Understand On-Device AI

Part 1: Introduction to Deploying LLMs on Mobile
Set up your AI project in 10 minutes
Deploy high-performance AI directly in your app — with zero latency, full data privacy, and no inference costs