Run your models on

devices

The fastest on-device inference engine

The fastest on-device inference engine

The fastest on-device inference engine

Run your models on

devices

On-device layer for AI model makers and products.

Trusted + backed by leading AI funds and individuals

Trusted + backed by leading AI funds and individuals

Trusted + backed by leading AI funds & individuals

Trusted + backed by leading AI funds & individuals

WHO IT'S FOR?

Built for companies who ship models.

Model makers (LLMs, audio, multimodal).

Infra and systems engineers.

Teams pushing inference out of the cloud.

WHAT WE DO?

Extend your existing cloud pipeline to devices.

Models stay the same.

Execution moves local.

WHY?

Predictable performance.

Lower time-to-first-token


Stable latency


Reduced memory usage


No network round trips.

No cloud dependency at runtime.

WHY NOW?

Inference is becoming infrastructure.

Modern Apple devices can run real workloads locally.

Inference is no longer just deployment, it’s a system layer.

What Mirai does

Mirai extends your existing pipeline to devices.

Model makers (LLMs, audio, multimodal).

Infra and systems engineers.

Teams pushing inference out of the cloud.

Fast text responses

Instant, private inference

Instant on-device inference for UX-critical flows

Near-zero latency and full data privacy

Real-time audio

Speech-to-text and text-to-speech without round trips to the cloud

Unlock a new execution surface beyond the cloud

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Modern devices can now execute meaningful AI workloads locally

Devices got powerful

Instant, private inference

Modern computer and mobile chips can now run real inference. Use that local power.

Near-zero latency and full data privacy

Cloud stays essential

Instant, private inference

Keep your existing infrastructure. Let it focus on what the cloud does best: training, reasoning, scale

Near-zero latency and full data privacy

Offline continuity

Instant, private inference

AI keeps working with no network connection

Near-zero latency and full data privacy

Privacy is native

Instant, private inference

Local inference filters, analyzes, and syncs only what’s safe

Near-zero latency and full data privacy

Consistent latency

Instant, private inference

Stable response times, even under load

Near-zero latency and full data privacy

Inference is becoming the execution layer of AI software

Real-time execution

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Native user experience

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Deterministic performance

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Run your models with the fastest on-device inference.

Run your models with the fastest on-device inference.

Mirai outperforms:

Apple MLX

llama.cpp

Benchmarks

Mirai

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

vs

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

MLX

vs

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

llama.cpp

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Token generation speed:

+10% to +60%

Responses will finish sooner

Time to first token:

-10% to -30%

Model actions will happen almost instantly

Memory usage:

-70% to -75%

Less risk of crashes, throttling, memory limits

Prefill speed:

+5% to 35%

Context-heavy requests will process faster

Token generation speed:

+10% to +60%

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Time to first token:

-10% to -30%

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Memory usage:

-70% to -75%

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Prefill speed:

+5% to 35%

Keep your inference backend. Add Mirai to expose part of your pipeline on user devices

Token generation speed

Measured in tokens per second (Higher tokens/sec means faster responses, smoother UX, and fewer dropped devices)

Token generation speed

Prefill speed

Time to first token

Memory usage

Llamba-8B-8bit-mlx

Runs comfortably on older iPhones and lower-memory devices

Mirai

267.31

MLX

193.87

llama.cpp

180.21

Llamba-8B-8bit-mlx

Still fits on mid-range and older devices

Mirai

178.44

MLX

137.07

llama.cpp

123.33

Llamba-8B-8bit-mlx

Still fits on mid-range and older devices

Mirai

114.12

MLX

86.96

llama.cpp

72.57

Llamba-8B-8bit-mlx

Runs comfortably on older iPhones and lower-memory devices

Mirai

267.31

MLX

193.87

llama.cpp

180.21

Llamba-8B-8bit-mlx

Still fits on mid-range and older devices

Mirai

178.44

MLX

137.07

llama.cpp

123.33

Llamba-8B-8bit-mlx

Still fits on mid-range and older devices

Mirai

114.12

MLX

86.96

llama.cpp

72.57

Model: llamba-1B

Device: Apple M1 Max

32gb

  • Gemma

  • Polaris

  • HuggingFace

  • DeepSeek

  • Llama

  • Qwen

Run local & cloud models through the same SDK.

Run local & cloud models through the same SDK.

Route each request to the right place, device or cloud, using the same API. Fast, private local inference. Scalable cloud compute when needed.

We’ve partnered with Baseten to give full control over where inference runs. Without changing your code.

Easily integrate modern AI pipelines into your app.

Easily integrate modern AI pipelines into your app.

Drop-in SDK for local + cloud inference.

Model conversion + quantization handled.

Local-first workflows for text, audio, vision.

One developer can get it all running in minutes.

Common questions

Common questions

What is inference?

Inference is the process of running a trained AI model to produce an output. For example, generating text, classifying a message, or transcribing audio. In simple terms: training = teaching the model, inference = using the model. Every AI response your users see is the result of inference.

What is local (on-device) inference?

Framer is fully visual with no code needed, but you can still add custom code and components for more control if you're a designer or developer.

Which models can run locally and which can’t?

This is a free, responsive FAQ section for Framer. Drop it into any project, customize styles and text, and use it to save time on support or info pages.

What can you actually build with local models?

After duplicating, copy and paste the component into your Framer project. Then edit the questions, answers, styles, and animations as needed.

What hardware does Mirai run on?

Yes, absolutely. The component is built using native Framer tools, so you can tweak fonts, colors, spacing, animations, and layout however you like.

Why do I need this? What’s the real business value?

Yes, the FAQ component is fully responsive and adapts seamlessly to desktop, tablet, and mobile screen sizes.

What is inference?

Inference is the process of running a trained AI model to produce an output. For example, generating text, classifying a message, or transcribing audio. In simple terms: training = teaching the model, inference = using the model. Every AI response your users see is the result of inference.

What is local (on-device) inference?

Framer is fully visual with no code needed, but you can still add custom code and components for more control if you're a designer or developer.

Which models can run locally and which can’t?

This is a free, responsive FAQ section for Framer. Drop it into any project, customize styles and text, and use it to save time on support or info pages.

What can you actually build with local models?

After duplicating, copy and paste the component into your Framer project. Then edit the questions, answers, styles, and animations as needed.

What hardware does Mirai run on?

Yes, absolutely. The component is built using native Framer tools, so you can tweak fonts, colors, spacing, animations, and layout however you like.

Why do I need this? What’s the real business value?

Yes, the FAQ component is fully responsive and adapts seamlessly to desktop, tablet, and mobile screen sizes.

What is inference?

Inference is the process of running a trained AI model to produce an output. For example, generating text, classifying a message, or transcribing audio. In simple terms: training = teaching the model, inference = using the model. Every AI response your users see is the result of inference.

What is local (on-device) inference?

Framer is fully visual with no code needed, but you can still add custom code and components for more control if you're a designer or developer.

Which models can run locally and which can’t?

This is a free, responsive FAQ section for Framer. Drop it into any project, customize styles and text, and use it to save time on support or info pages.

What can you actually build with local models?

After duplicating, copy and paste the component into your Framer project. Then edit the questions, answers, styles, and animations as needed.

What hardware does Mirai run on?

Yes, absolutely. The component is built using native Framer tools, so you can tweak fonts, colors, spacing, animations, and layout however you like.

Why do I need this? What’s the real business value?

Yes, the FAQ component is fully responsive and adapts seamlessly to desktop, tablet, and mobile screen sizes.

What is inference?

Inference is the process of running a trained AI model to produce an output. For example, generating text, classifying a message, or transcribing audio. In simple terms: training = teaching the model, inference = using the model. Every AI response your users see is the result of inference.

What is local (on-device) inference?

Framer is fully visual with no code needed, but you can still add custom code and components for more control if you're a designer or developer.

Which models can run locally and which can’t?

This is a free, responsive FAQ section for Framer. Drop it into any project, customize styles and text, and use it to save time on support or info pages.

What can you actually build with local models?

After duplicating, copy and paste the component into your Framer project. Then edit the questions, answers, styles, and animations as needed.

What hardware does Mirai run on?

Yes, absolutely. The component is built using native Framer tools, so you can tweak fonts, colors, spacing, animations, and layout however you like.

Why do I need this? What’s the real business value?

Yes, the FAQ component is fully responsive and adapts seamlessly to desktop, tablet, and mobile screen sizes.

Free your cloud.
Run your models locally

Free your cloud.
Run your models locally

Free your cloud.
Run your models locally

Free your cloud.
Run your models locally

Deploy and run models of any architecture directly on user devices

Choose which developers can access models.