SaaS and mobile product teams asking for AI features usually have an existing, live product with a real release cadence, an established user base, and revenue-critical flows that can't be disrupted. This changes what "adding AI" means: it's rarely about the model itself, and much more about integrating a new capability into an existing codebase, existing permission model, and existing infrastructure without a parallel rewrite or a dedicated maintenance window.

What makes AI work different here

Where we typically start

We usually start with a compatibility audit of your existing backend, content structure, and release process before proposing an architecture, since this determines what's actually feasible without disruption. This has changed project scope more than once: what starts as "add a chatbot" often becomes "upgrade your existing search with semantic retrieval," which is both a better user experience and a smaller, safer integration footprint into a live product.

Services we typically provide

Case studies from this industry

Frequently asked questions

Can you add an AI feature to our app without a rewrite or downtime?

In most cases, yes. We typically integrate as an additional API endpoint or native UI surface calling your existing systems, with the old behavior kept as an automatic fallback, and ship behind a feature flag with staged rollout inside your normal release cadence rather than a dedicated launch event.

Should we build a chatbot, or is there a better way to add AI to our product?

Often there's a better fit than a chatbot. If the underlying need is 'help users find or do something faster,' upgrading existing search or a specific in-context feature usually delivers more value with a smaller integration footprint than adding an entirely new chat interface users have to learn.

Do you build AI features as native mobile UI or as a webview?

Native, when the client's engineering background and product quality bar call for it, which is most of the time for a product with an established design system. A webview-based feature tends to feel disconnected from the rest of the app and introduces its own performance and reliability tradeoffs that a native integration avoids.