BUILD A PRODUCT

Mobile App Development

Native and cross-platform iOS and Android apps with a focus on performance, polish, and store readiness.

Mobile App Development

Overview

How we approach mobile app development.

Mobile apps don’t fail because of missing animations. They fail when offline behavior, push permissions, store review, and release cadence were treated as launch-week surprises. We design those constraints into the first build plan.

We ship iOS and Android (native or React Native) with shared design systems where it helps, automated checks in CI, and a path through TestFlight and Play Console that your team can repeat after we leave.

The point

Apps that feel native, ship on time, and stay close to the rest of your product platform.

Deliverables

Concrete artifacts, not just engineering activity.

Every engagement leaves your team with store-ready apps and the release, design, and ops assets to iterate after launch.

  • Mobile roadmap with release milestones and outcome metrics
  • UX flows, component library, and shared design system with web
  • iOS and Android builds with offline, push, and auth as needed
  • Store listing assets, review checklist, and submission support
  • Automated tests, CI pipelines, and crash/analytics wiring
  • Runbooks, handover notes, and post-launch iteration plan

Engagement Model

Prototype the critical path, ship a release, embed a mobile pod, or stay for store updates.

Flow prototype

Validate the highest-risk user journeys on device before you fund a full dual-platform build.

Store release

Fixed-scope build through TestFlight/Play beta, store assets, and a production submission.

Mobile pod

iOS/Android engineers embed with your product team for feature velocity after v1.

Release care

Ongoing OS updates, crash triage, and store compliance so apps don’t rot between major versions.

Timeline

From device flows and store setup to a reviewable build.

  1. Week 1

    Flows, devices, and store access

    Lock platforms, auth/offline needs, and App Store / Play Console ownership before code spreads across two codebases.

  2. Weeks 2–4

    Architecture and first beta

    Stand up CI, design system, and a TestFlight/internal track build covering the core path.

  3. Weeks 5–9

    Feature depth and hardening

    Push, deep links, offline, and analytics; device matrix testing against real network conditions.

  4. Launch

    Store submission and post-launch

    Review responses, phased rollout, crash dashboards, and a two-week iteration buffer after go-live.

What we need from you

Access and decisions that keep dual-platform delivery honest.

Store accounts, design tokens, and a product owner who can approve on-device demos weekly.

  • Apple Developer and Google Play organization access (or a path to create them)
  • Brand assets, iconography, and approved copy for store listings
  • API contracts or backend owners for auth, push, and data sync
  • Target device list and any offline or poor-connectivity requirements
  • A product owner available for weekly on-device reviews

Common mistakes we help avoid

Mobile pitfalls that burn months and store goodwill.

We treat these as delivery risks, not post-launch tickets.

  • Building UI without offline, push, and permission flows until the end
  • Ignoring store guidelines until the first rejection letter arrives
  • Shipping without crash and session analytics wired from beta
  • Letting iOS and Android diverge with no shared design or release process
  • Promising a launch date that ignores review and phased rollout time

FAQs

Answers before we get on a call.

Native or React Native — how do you choose?+

We pick based on UX depth, team skills, and long-term ownership. Shared RN where it fits; native where platform quality or constraints demand it.

Do you handle App Store and Play submission?+

Yes. We prepare listings, build the review checklist, and support responses — with your accounts remaining under your control.

How do you test across devices?+

CI plus a defined device matrix and beta tracks. Critical paths are validated on real hardware, not only simulators.

Can the app share a design system with our web product?+

Where tokens and components map cleanly, yes. We document what is shared and what must stay platform-native.