Services

On-device AI in your app

The AI models on your users’ phones are now good enough for real product features. We integrate them: private by design, working offline, with no per-token cost.

In plain English

On-device AI means the model runs on the phone itself, not on a server. Your app can summarize, draft, classify, and extract without sending user data anywhere. Apple ships this as Apple Intelligence with the Foundation Models framework. Android ships it as Gemini Nano.

Why on-device

  • Private by design. User data stays on the device for on-device features. No AI provider in the loop, a far simpler GDPR story.
  • No cloud token bill. Cloud LLM features cost money on every request. The on-device path does not; only your cloud fallback needs a budget.
  • Fast and offline. No network round trip. Features keep working on the train, in the basement, and in airplane mode.

What we integrate

  • Apple Intelligence (iOS) via the Foundation Models framework: guided generation and tool calling today, plus image understanding and Private Cloud Compute access announced at WWDC 2026 (in beta, shipping with iOS 27)
  • Gemini Nano (Android) via the ML Kit GenAI APIs: summarization, proofreading, rewriting, and image description on recent flagship devices
  • Hybrid architectures, also in Flutter: on-device first, a cloud model as fallback, one feature layer on top
  • App Intents and App Actions where the feature should also be reachable through Siri or Gemini

The honest boundaries

On-device models are small. They will not replace a frontier cloud model for deep reasoning, long documents, or broad knowledge. Device coverage varies, so older phones need a fallback path. The right architecture decides per feature: on-device where it fits, cloud where it earns its cost, and a graceful degradation everywhere else. That decision is the core of this service.

How we work

We start with your product, not the framework. Which features benefit from AI at all? Which of those fit an on-device model? We map that, prototype the risky parts, then build the feature layer with fallbacks, evals, and a quality bar your team can maintain. For agent features that act on user data, we bring the same consent-and-permissions thinking as our AI agent work.

Start an on-device AI project Compare mobile technologies →