Engineering
Mobile App Development
Native and cross-platform apps for field forces and customers — offline-first architectures, enterprise-grade security, and the release discipline mobile demands.
Overview
Why it matters
Mobile is where the enterprise meets reality: the technician in a basement with no signal, the customer approving a payment on a train, the driver whose entire shift runs through one screen. These contexts are unforgiving — offline is normal, sessions are seconds long, and a two-star App Store rating is a public, permanent verdict on your brand.
We build mobile products for exactly those conditions. Cross-platform first where it serves you — React Native and Flutter deliver 80–90% shared code with genuinely native experience for most enterprise apps — and fully native Swift or Kotlin where deep hardware integration, extreme performance, or platform-specific UX earns the second codebase. The recommendation comes from your requirements matrix, not our staffing convenience.
Enterprise mobility also means everything around the app: offline-first data synchronization with real conflict resolution, mobile security to MASVS standards, MDM distribution for workforce apps, and CI/CD pipelines that ship weekly through two app stores with staged rollouts and crash-rate gates. That operational layer is where most mobile programs quietly fail — so it's where we start.
Business challenges
The problems this practice exists to solve
Field work that dies without connectivity
Warehouses, basements, rural routes: if the app needs a connection to function, your field operation stops where the signal does — and paper creeps back in.
Two platforms, twice the cost, half the pace
Separate iOS and Android teams drifting apart in features and quality, or a web wrapper that users instantly recognize as not-a-real-app. Both paths waste money differently.
Mobile as the weakest security link
Corporate data on personal devices, tokens in insecure storage, no jailbreak or tamper detection — mobile apps regularly fail the security reviews that gate enterprise rollouts.
Release paralysis
Manual release processes, app-store review anxiety, and no staged rollout — so releases are rare, huge, and risky, and a bad build reaches every user at once.
Our solution
How we engineer it
We design offline-first, not offline-tolerant: a local database is the source of truth on device, a sync engine reconciles with the backend using defined conflict-resolution strategies per data type, and the UX communicates sync state honestly. Field apps built this way work identically in a dead zone and on WiFi — connectivity changes when data lands, not whether work happens.
Platform strategy is a costed decision we make with you. For most enterprise use cases, React Native or Flutter delivers near-native quality from one codebase — we quantify the exceptions (heavy AR, specialized hardware, platform-flagship UX) where native Swift/Kotlin earns its cost, and we build native modules within cross-platform apps when only part of the app needs them. Either way, the architecture isolates platform specifics so the choice stays revisable.
Security and delivery are engineered from day one: encrypted storage and keychain-backed credentials, certificate pinning, biometric auth, MASVS-aligned hardening; CI/CD with automated store submission, staged rollouts (1% to 10% to 100%) gated on crash-free rates, feature flags for server-side control, and over-the-air updates for JS-layer fixes. Weekly releases become routine, and a bad build is a contained event, not an incident.
Capabilities
What mobile app development covers
Cross-platform development
React Native and Flutter apps with 80–90% shared code, native modules where needed, and per-platform polish — one team shipping both stores in lockstep.
Native iOS & Android
Swift/SwiftUI and Kotlin/Compose development for apps where hardware depth, performance ceilings, or platform-flagship UX justify dedicated codebases.
Offline-first sync architecture
Local-database source of truth, background synchronization, per-entity conflict resolution, and honest sync-state UX — apps that work where your people actually work.
Mobile security & compliance
MASVS-aligned hardening: encrypted storage, certificate pinning, biometric authentication, tamper detection, and the documentation to pass enterprise security review.
Enterprise distribution & MDM
Deployment through Intune, Workspace ONE, and managed app stores; app configuration policies; and BYOD data-separation strategies for workforce apps.
Mobile DevOps & release engineering
CI/CD with automated store submission, staged rollouts gated on crash-free rates, feature flags, OTA updates, and crash analytics wired to the team's alerting.
Technology stack
Tools we deploy to production every week
Pragmatic about tools, opinionated about architecture — the platforms below are the ones this practice ships with, chosen per engagement on evidence.
Cross-Platform
- React Native
- Expo
- Flutter
- TypeScript / Dart
Native
- Swift / SwiftUI
- Kotlin / Jetpack Compose
Data & Sync
- SQLite
- WatermelonDB
- Realm
- Firebase
- GraphQL / REST
Delivery & Quality
- Fastlane
- Bitrise / GitHub Actions
- Detox / Maestro
- Sentry
- Firebase Crashlytics
Implementation process
Five stages. No surprises.
A delivery model refined over 250+ engagements — sequenced so leadership gets visibility and your teams get momentum.
Mobility strategy & platform decision
User contexts, device fleet, offline requirements, and security posture drive a costed platform recommendation — cross-platform, native, or hybrid — you can defend to procurement.
Architecture & design foundation
Sync and data architecture, security model, navigation structure, and a mobile design system aligned to platform conventions — validated with prototypes on real devices.
Sprint delivery on device
Working builds distributed to stakeholder devices every sprint via TestFlight and internal tracks — feedback comes from thumbs on glass, not screenshots in slides.
Field pilot & hardening
Structured pilot with real users in real conditions; performance profiling on low-end devices, offline chaos testing, penetration testing, and store-readiness review.
Launch & lifecycle
Staged store rollout gated on crash-free rates, then a release train with OTA fixes, crash triage SLAs, and analytics-driven iteration — plus annual OS-version readiness.
Use cases
Where enterprises apply it
Field service & inspection apps
Offline work orders, guided inspection flows, photo and signature capture, and parts lookup — synced when the van finds signal again.
Customer self-service apps
Account, payments, claims, and support in a biometric-secured app — the channel customers prefer and the cheapest one you operate.
Warehouse & logistics operations
Scanning-first workflows for picking, receiving, and delivery confirmation on rugged Android fleets — built for gloves, glare, and dead zones.
Sales enablement & CPQ on mobile
Offline catalogs, configuration and quoting, and e-signature at the customer site — shortening cycles by closing where the conversation happens.
Clinical & care-team apps
HIPAA-conscious workflows for rounds, documentation, and secure messaging — biometrics, audit trails, and MDM distribution included.
Connected device companions
BLE-integrated apps for industrial and consumer hardware — provisioning, telemetry, and firmware update flows users can actually complete.
Outcomes
Results clients report to their boards
99.7%
crash-free session rate sustained across a 40,000-device field fleet
88%
code shared across iOS and Android in a typical React Native delivery
31%
more jobs completed per technician-day after offline-first field app rollout
4.7
average app-store rating across the customer apps we operate
FAQs
Questions leaders ask us
Direct answers on mobile app development — the same ones we give in the first consultation.
Related services
Practices that pair with this one
Ready to put mobile app development to work?
In a 45-minute consultation, our architects map your highest-ROI opportunity, outline a delivery plan, and give you a realistic budget range — no obligation.