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LOGIXELTECHNOLOGIES
Development

App Development for teams shipping to both stores

One codebase, every platform.

Cross-platform mobile apps that share one maintainable codebase.

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What you get

The outcomes this actually changes

One codebase across iOS and Android

Feels native, not like a wrapped webpage

Ships new features to both platforms at once

Built with app-store review and update cycles in mind

What we build on: the categories of technology involved

Cross-platformShared codebaseNative feel
On this page

Two codebases means twice the bugs and half the speed

Building native iOS and Android apps separately doubles the work for every feature and every fix — and most teams don't have the budget to do that twice.

The gap between the two versions also tends to widen over time, until one platform is quietly a version behind the other and nobody quite remembers why.

What this actually looks like

A feature ships to iOS and Android at the same time, from the same codebase, because it was only built once. Users on either platform can't tell the difference — it feels native because the details that make an app feel native were treated as requirements, not nice-to-haves.

For a handful of hardware-intensive or platform-specific use cases, fully native development is genuinely the better call, though — we'll tell you if that's your situation rather than force-fit a cross-platform build where it doesn't belong.

How we build it

A real phased build, not a vague promise — here's what actually happens each week.

  1. Week 1

    Shared core design

    We design the data model and shared logic so both platforms are built from one source of truth.

  2. Week 2

    First working build

    Core screens working on both platforms, tested on real devices.

  3. Weeks 3–6

    Full feature build

    Remaining features, backend integration, and preparation for app-store review.

  4. Handover

    Documentation and access

    The full codebase and store accounts — yours to keep shipping updates to.

What we build on

We build from a single, shared codebase with a native feel on both platforms, so new features and fixes ship once instead of twice. Because it's the same team building the backend, the app connects cleanly to the automation and AI systems behind it.

Cross-platform is the right default for most business apps — booking, ordering, internal tools, anything that isn't pushing hardware limits. It stops being the right call for the small set of apps that genuinely need deep native capability, and we'll say so plainly if that's yours.

What this looks like in production

A field-service operator needed technicians on both iPhones and Android devices to see the same job queue in real time. Built from one shared codebase connected to the backend automation, a job update on one device appears on every other device within seconds, regardless of which phone the technician carries.

Proof

Shipped, not just proposed

12 weeksto MVP launch
SaaS development

Launched a field-service product in one quarter

An operator ran their whole service business on paper job sheets and phone calls.

  • 300+ jobs/week tracked
  • First paying tenants
SaaSMobileScheduling
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88%less planning time
Workflow automation

Cut dispatch planning from three hours to twenty minutes

A regional courier planned every route by hand each morning, delaying the first pickups.

  • 1,400 hrs/yr saved
  • On-time rate up 12 pts
Process automationSchedulingIntegrations
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24/7first response
AI agents

An intake assistant that clears the overnight queue by 8am

Patient enquiries arrived around the clock but were only triaged once staff logged in.

  • 63% auto-resolved
  • 0 missed urgent cases
AI agentTriageCompliance-aware
View case study
FAQ

Common questions

Yes — cross-platform doesn't mean compromised; users shouldn't be able to tell the difference in day-to-day use.

Yes, we handle the API, data, and infrastructure the app runs on, not just the client.

We'll tell you plainly if your use case needs full native development instead — cross-platform is the right default, not the answer for every case.

You do — the codebase, the store listings, and the infrastructure behind it.

Also

You might also need

Workflow AutomationYour systems, finally talking to each other.AI Agent DevelopmentAutomation that handles the exceptions, not just the happy path.Lead GenerationA pipeline that fills itself.Document Processing AutomationRead it, extract it, validate it, file it.

App Development — 4-phase, start to handover

We'll map the work, tell you honestly whether it's worth automating, and scope it before anything is built.

Week 1 — Shared core design
Week 2 — First working build
Weeks 3–6 — Full feature build
Handover — Documentation and access
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