Software, Web & Cloud Development
Mobile apps built for the phone, not ported to it
We build for the realities of a device in someone's hand: offline-first data that survives a dropped signal, push notifications wired through the platform services, and a release built to clear App Store and Play Store review the first time.
Release readiness
2 of 3 readySyncs the moment signal returns, so the dead zone stops costing you data.
Offline-first data handling
Push wired through platform services
Prepared to clear store review
store-ready mobile
Mobile engineering for spotty networks, background limits, and store gatekeepers
A mobile app faces constraints a web app never does: connectivity that drops, an OS that suspends background work, and a store review that can reject a release. We build offline-first sync, wire push through APNs and FCM, respect the platform's lifecycle and battery rules, and prepare the binary so review approves it instead of bouncing it.
iOS, Android, and cross-platform apps built for offline state, push notifications, and the app-store review process that gates every release.
What you get
What changes when the app is built for a phone
An app that works offline
Local storage and a sync strategy keep the app usable in a tunnel or on a plane, then reconcile changes cleanly when the connection returns.
Notifications that arrive
Push wired correctly through APNs and FCM, with permission handling and deep links, so a notification reaches the user and opens the right screen.
Releases that clear review
Store guidelines, permissions, and privacy declarations handled up front, so a submission ships rather than getting kicked back for a fixable oversight.
What we build
The pieces of an app that survives real conditions
01
Native & cross-platform builds
Native iOS and Android or a shared React Native or Flutter codebase, chosen for your performance needs and team.
- iOS & Android native
- React Native / Flutter
- Platform-fit choice
02
Offline-first data
Local storage, background sync, and conflict resolution so the app stays useful when the network doesn't.
- Local persistence
- Background sync
- Conflict resolution
03
Device & OS services
Push notifications, deep links, permissions, and background tasks integrated within each platform's lifecycle rules.
- Push (APNs/FCM)
- Deep linking
- Permission flows
04
Release engineering
Build signing, store metadata, and phased rollout so submissions pass review and updates ship safely.
- Signing & provisioning
- Store submission
- Phased rollout
The build timeline
From a ported web app to one built for the phone
Built like a web app, ported to a phone
Assumes a live connection, ignores background limits, and gets bounced by store review on the first submission.
Build path chosen
Native or cross-platform, decided against your performance needs and your team.
Offline sync and push wired
Local persistence, background sync, and push through APNs/FCM, built in from the start instead of bolted on afterward.
Submitted and cleared
Signing, metadata, and privacy declarations prepared so the release clears store review the first time.
How it runs
From build path to a release that clears review
Choose the build path
Decide native or cross-platform based on performance needs, device features, and how the app will evolve.
Design for the device
Plan offline state, push, and permissions around the network and lifecycle realities of a phone.
Build & integrate
Develop the app, wire backend sync and device services, and honor each platform's conventions.
Submit & roll out
Sign, prepare store metadata, clear review, and release through a phased rollout with a fallback.
The three decisions
Three decisions that decide whether the app survives real use
Native iOS and Android or a shared React Native or Flutter codebase, chosen deliberately for your performance needs and the team that'll maintain it.
- Performance and feature needs assessed first
- Shared codebase where it genuinely fits
- Full native where performance demands it
Benefits
No more lost work in dead zones
Offline-first storage means a dropped signal never means a lost inspection, order, or form.
Notifications that actually arrive
Push wired correctly through platform services, so background delivery rules don't silently drop it.
Store review stops being a gamble
Metadata and privacy declarations prepared up front mean a submission clears instead of bouncing.
One codebase where it makes sense
Cross-platform where it fits your needs, cutting maintenance without cutting performance.
Respects the platform's own rules
Background tasks and battery behavior follow each OS's lifecycle rules instead of fighting them.
A release you can roll back
Phased rollout means a bad release is caught early and contained instead of shipped to everyone at once.
Selected work
Apps built to survive real conditions
What you get
A shippable app, not a prototype
Built, wired to your backend, and packaged to clear store review — ready for a real release.
Mobile application
The built iOS and Android app with offline support, push, and device integrations in place.
Sync & backend wiring
Local persistence and background sync connected to the app's backend with conflict handling.
Store release package
Signed builds, store metadata, and privacy declarations prepared for App Store and Play Store review.
Industry expertise
Wherever the phone is the primary device
Field & logistics
Inspection and dispatch apps that keep working with zero signal, then sync the moment a connection returns.
Restaurants & hospitality
Ordering and loyalty apps built for a phone in one hand and a counter line in front of it.
Healthcare & wellness
Patient and fitness apps where a habit that survives real life matters more than a feature list.
E-commerce & retail
Native shopping apps with push-driven re-engagement and checkout that works offline through a dead zone.
Real estate & property
Listing and viewing apps built for agents moving between properties with patchy connectivity.
Consumer & startups
New products where the mobile app is the whole product, and store approval on day one matters.
All systems ready
Shipping to the App Store, Play Store, or both?
Tell us the platforms and the core flows — we'll recommend a build path and a plan to reach release.
Ship it
Why choose us
Built by people who take store review as seriously as the build
Built for the phone instead of ported to it
Offline state, push, and platform lifecycle rules are designed in from day one instead of bolted on after a web build.
Native or cross-platform, chosen deliberately
We pick React Native, Flutter, or fully native based on your performance needs and your team.
Store review handled up front
Signing, metadata, and privacy declarations are prepared to clear App Store and Play Store review the first time.
Offline-first as standard
Local persistence and background sync with conflict resolution, so a dropped signal never means lost work.
Push that actually arrives
Notifications wired correctly through APNs and FCM, respecting each platform's background delivery rules.
A release plan, not just a build
Phased rollout and a fallback plan mean a launch is controlled instead of a single risky flip of a switch.
Why work with Flaidex
A partner that plans for the network you'll actually have
Two of these are about the parts of shipping an app that are easy to defer and expensive to reach late: store submission, which has its own unpredictable clock, and the first releases after launch, which is when the real devices and networks finally arrive.
01
We scope the build path with you
Native versus cross-platform is decided against your real performance needs and your team, never by habit.
02
We design for the network you'll actually have
Offline behavior is planned around real usage (tunnels, flights, dead zones) instead of an always-connected demo.
03
We own the store submission
Signing, provisioning, metadata, and privacy declarations are handled so review is a formality instead of a gate.
04
We connect to what you already run
The app's sync layer wires into your existing backend and APIs instead of requiring a parallel system.
05
We stay through the first releases
Phased rollout, crash monitoring, and the first round of store updates are part of getting this right.
06
We're honest about scope
If a feature doesn't need to be in the first release, we'll say so instead of padding the build.
Questions
What people ask before building a mobile app
01Should we build native or cross-platform?
It depends on the app. Native iOS and Android give the tightest performance and earliest access to new OS features, which matters for graphics-heavy or hardware-dependent apps. A shared React Native or Flutter codebase ships to both platforms from one codebase, which suits most business and content apps and keeps maintenance lighter. We recommend the path based on your performance needs, device features, and team rather than a default.
02How do you handle the app working without a connection?
With an offline-first approach: data is persisted locally so the app stays usable when the signal drops, and a background sync reconciles changes when connectivity returns. Where the same record can change in two places, we add conflict resolution so a reconnect merges cleanly instead of overwriting a user's work. Mobile networks are unreliable by nature, so we design for that rather than assume it away.
03Do you set up push notifications?
Yes, wired through Apple's APNs and Google's FCM with permission handling and deep links, so a notification actually reaches the device and opens the right screen when tapped. We also handle the quieter parts — token management, and respecting the OS rules on background delivery — so notifications stay reliable rather than silently failing.
04Will you handle getting the app approved on the stores?
Yes. We prepare signing and provisioning, store metadata, and the privacy and permission declarations both stores require, and we build against their guidelines so a submission clears review rather than bouncing on a fixable issue. App Store and Play Store review is a real gate, and handling it up front avoids a launch delay.
05Can you connect the app to our existing backend?
Yes. We wire the app's local persistence and sync to your existing APIs and services, handling authentication, data flow, and the offline reconciliation between them. If the backend needs extending to support mobile-specific needs like push tokens or delta sync, we scope that alongside the app build.
Let's talk
Running a large platform, shaping a first MVP, or getting a product ready for a funding round? Tell us where you are. We'll shape the process around it, and stay with you after launch.
