Mobile operationsChoose PWA, cross-platform, or native from the workflow, not the trend.Discuss mobile
Mobile application and PWA delivery

Put the right business actions in the user’s hand.

We design mobile journeys around attention, connectivity, notifications, touch, camera and file use, device constraints, background expectations, permissions, and the backend contracts that keep every client synchronized.

Platform decision

Not every mobile requirement needs an app store.

Starlife compares distribution, device features, background behavior, offline requirements, update control, budget, security, and expected usage before choosing the delivery route.

Progressive web app

Installable from the browser, one web codebase, rapid updates, responsive dashboards, and practical mobile operation without store review.

Fast distributionWeb + install

Cross-platform app

Shared application delivery for Android and iOS with stronger device integration and platform packaging where justified.

Android + iOSShared product

Native or specialist client

Platform-specific implementation when performance, device APIs, background work, security, or user experience requires it.

Specialist useDevice depth
Mobile application development
Mobile product capabilities

Designed for interruption, movement, and smaller attention windows.

  • Secure account access, verification, recovery, and device sessions
  • Mobile-first dashboards, bottom navigation, sheets, and compact workflows
  • Camera, image, document, attachment, and upload handling
  • Search, filters, records, messaging, status, and activity feeds
  • Offline, reconnecting, retry, queued work, and failed-action states
  • Deep links, share flows, private APK distribution, and update guidance
  • Accessible touch targets, safe areas, orientation, and responsive typography
Notification architecture

An alert is useful only when it arrives, explains itself, and opens the right action.

We define notification permission, routing, quiet periods, role eligibility, device tokens, fallback channels, delivery records, unread state, deep links, and recovery rather than attaching sound to every event.

In-appVisible activity center, unread state, banners, toasts, and clear source context.
PushBackground delivery, device subscription, permission education, token lifecycle, and click routing.
EmailVerification, invitations, recovery, important summaries, and delivery-safe templates.
Sound and vibrationReserved for eligible high-value events with user preference and rate control.
Mobile delivery process

Prototype the priority actions before packaging the application.

01

Usage context

Users, devices, network conditions, frequency, urgency, permissions, and operational consequence.

02

Journey design

Navigation, information order, forms, messaging, uploads, notifications, offline, and error recovery.

03

API readiness

Authentication, authorization, data contracts, files, events, rate controls, and backward compatibility.

04

Implementation

Incremental screens, device integrations, synchronization, accessibility, and observable errors.

05

Device verification

Small and large phones, tablets, orientation, keyboard, permissions, reconnecting, and update scenarios.

06

Distribution

PWA install, private APK, managed distribution, or app store preparation with support ownership.

What delivery includes

The app, backend, distribution, and operational handover must agree.

  • Signed-off priority journeys and responsive UI system
  • Backend/API integration and role-safe data access
  • Notification and file lifecycle verification
  • Build configuration and environment separation
  • Install or distribution instructions
  • Known platform limits and support responsibilities
  • Post-launch issue and improvement route
Mobile business application interface
Start from the mobile moment

What must the user accomplish when they are away from a desk?

Describe the action, urgency, device access, current backend, users, and distribution requirement.

Discuss the mobile product