Launching A Cross-Platform App
When the business case needs iOS and Android live together rather than one and then the other. One team, one release train, one set of bugs to fix instead of two that drift apart.
A cross-platform build is a trade: you buy a second platform for a fraction of the cost and you pay for it in the places the frameworks are thin — deep OS integration, heavy graphics, anything that has to feel native the moment it opens.
We have shipped enough of both to know where that line sits for your product, and we will say so before the estimate rather than after the first release.
3rd
Among Top Mobile App Development Companies in 2023 on Rightfirms
4th
Top Android App Developers in Houston by Clutch
4.9
Average Review Rating on Clutch
Three cases where sharing a codebase is straightforwardly the right call. If your product is not one of them we will tell you, and quote native instead.
When the business case needs iOS and Android live together rather than one and then the other. One team, one release train, one set of bugs to fix instead of two that drift apart.
When the thing you need to learn is whether anyone wants this. Shared code gets a real build into real hands sooner, and the parts that turn out to matter can be rewritten natively later.
When hiring and holding two platform teams is the actual constraint. A shared codebase is as much an organizational decision as a technical one, and it is usually the honest reason.







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Six stages with named exit conditions, so you can tell which one we are in without asking. You get a build on your own device at stage three, not a status report about one.
Which framework, which parts stay native, and what each choice costs over three years. This is where we say no to cross-platform if your product is one of the cases it is bad at.
One codebase against a module boundary that keeps the platform-specific parts quarantined. The shared code stays shared, which is the whole point and the thing most projects lose first.
A build on your own device inside three weeks and every two after that. What you learn from holding it is worth more than another month of specification.
Real hardware on both platforms across a device matrix agreed up front, plus the accessibility and performance passes both stores will apply to you anyway.
Two store listings, two review processes, one release train — and the over-the-air update path configured on day one rather than after the first incident.
A written agreement naming what is covered, how fast we respond and what it costs. You hold the repository, the store credentials and the signing keys throughout.
800+
Successful Projects
98%
Client Satisfaction
500+
Professionals
10+ Yrs
Of Experience
Recognition is a lagging indicator, which is the only reason it is worth anything. These came from delivery records and client references, not from a submission fee.
They are here so you can verify us before the first call rather than after the first invoice.
A third-party review, in full, with the scores as Clutch published them.
$10,000 to $49,999
Dec 2024 – Sep 2025
A first product taken to both stores from one codebase, from scope through review and into ongoing release support.
5.0
Quality
5.0
Schedule
5.0
Cost
5.0
Refer
5.0
“They really took the time to understand our business, our customer base, and our goals.”
Published on Clutch, where the full review and its ratings can be read in context.
President, Supplement King
Canada
11-50 Employees
Verified
Six things a shared codebase buys you, each with the place it stops being true written next to it rather than left for you to discover.
Both stores from one team, live on the same day. The reach is the easy part; what it costs is the platform integration underneath, which is where the estimate actually lives.
Most of the product logic is shared and almost none of the platform integration is. Expect a real saving, expect it to be smaller than the frameworks' marketing, and expect us to say which.
Native modules where the framework runs out — payments, biometrics, background location. Quarantined behind one boundary so the shared code stays shared.
One device matrix covering both platforms, run on real hardware. A cross-platform bug that only shows on one OS is the expensive kind, and it is found here rather than in review.
One pipeline, one release train, one set of bugs. The organizational saving is usually larger than the engineering one and is the reason most teams should take this route.
A build on your own device inside three weeks, on both platforms. What you learn from holding it is worth more than another month of specification.
Because we will talk you out of it when it is wrong. Roughly one engagement in five that arrives asking for cross-platform leaves with a native estimate, and the ones that stay get an architecture where the platform-specific parts are quarantined rather than smeared through the codebase.
You get the repository, the store credentials and the signing keys on day one, and a build on your own device inside three weeks.
Two engagements cover most of what arrives: a team that knows what it wants and needs it built, and a team that needs to find out first. Everything else is a variation on one of them.
A read on whether sharing a codebase is right for your product, which framework, and what it costs over three years rather than over the first quarter. Roughly one engagement in five leaves with a native estimate instead.
One design system that respects both platforms' conventions rather than flattening them, with the states that actually ship — empty, offline, error, partial — designed before engineering sees them.
Six sectors where the compliance and offline requirements shape the architecture rather than sit on top of it.






Four things that change when the team has done this before, each of which costs real money to learn the other way.
Flutter and React Native as they are today, not as they were when the last agency picked one. Both have moved a long way, and which is right for you changed with them.
On-device inference where the data is sensitive and a hosted model where the task is heavy, with an evaluation set built before either so you can tell whether it is working.
A module boundary that keeps the platform-specific parts quarantined, so the feature you add in year two does not mean re-reading the whole codebase first.
Including the over-the-air update path, which is most of the reason to build cross-platform and is the difference between a bad hour and a bad week.
Six sectors we have shipped in, where the compliance and offline requirements shape the architecture rather than sit on top of it. Tell us which one you are in and we will tell you what it costs you.
Each project is unique. Typical cross-platform engagements run 4–12 weeks depending on complexity, how much native integration is involved, and how much of the design already exists. You get a stage-by-stage schedule with named exit conditions before anything starts.
Tell us what you are building, who it is for and when it needs to be live. You will get a written scope, a realistic range, and a named engineer on the call rather than a sales deck.

[CROSS PLATFORM APP DEVELOPMENT]
One codebase, both stores, and an honest account of where that stops being the right answer. We build in Flutter and React Native where sharing code saves you money, and native where it does not — and we tell you which is which before you commit.
A cross-platform build is a trade: you buy a second platform for a fraction of the cost and you pay for it in the places the frameworks are thin — deep OS integration, heavy graphics, anything that has to feel native the moment it opens.
We have shipped enough of both to know where that line sits for your product, and we will say so before the estimate rather than after the first release.
3rd
Among Top Mobile App Development Companies in 2023 on Rightfirms
4th
Top Android App Developers in Houston by Clutch
4.9
Average Review Rating on Clutch
Three cases where sharing a codebase is straightforwardly the right call. If your product is not one of them we will tell you, and quote native instead.
When the business case needs iOS and Android live together rather than one and then the other. One team, one release train, one set of bugs to fix instead of two that drift apart.
When the thing you need to learn is whether anyone wants this. Shared code gets a real build into real hands sooner, and the parts that turn out to matter can be rewritten natively later.
When hiring and holding two platform teams is the actual constraint. A shared codebase is as much an organizational decision as a technical one, and it is usually the honest reason.





Six stages with named exit conditions, so you can tell which one we are in without asking. You get a build on your own device at stage three, not a status report about one.
Which framework, which parts stay native, and what each choice costs over three years. This is where we say no to cross-platform if your product is one of the cases it is bad at.
One codebase against a module boundary that keeps the platform-specific parts quarantined. The shared code stays shared, which is the whole point and the thing most projects lose first.
A build on your own device inside three weeks and every two after that. What you learn from holding it is worth more than another month of specification.
Real hardware on both platforms across a device matrix agreed up front, plus the accessibility and performance passes both stores will apply to you anyway.
Two store listings, two review processes, one release train — and the over-the-air update path configured on day one rather than after the first incident.
A written agreement naming what is covered, how fast we respond and what it costs. You hold the repository, the store credentials and the signing keys throughout.
800+
Successful Projects
98%
Client Satisfaction
500+
Professionals
10+ Yrs
Of Experience
Recognition is a lagging indicator, which is the only reason it is worth anything. These came from delivery records and client references, not from a submission fee.
They are here so you can verify us before the first call rather than after the first invoice.
A third-party review, in full, with the scores as Clutch published them.
“They really took the time to understand our business, our customer base, and our goals.”
Published on Clutch, where the full review and its ratings can be read in context.
- President, Supplement King, Canada
See Full ReviewTwo engagements cover most of what arrives: a team that knows what it wants and needs it built, and a team that needs to find out first. Everything else is a variation on one of them.
A read on whether sharing a codebase is right for your product, which framework, and what it costs over three years rather than over the first quarter. Roughly one engagement in five leaves with a native estimate instead.
One design system that respects both platforms' conventions rather than flattening them, with the states that actually ship — empty, offline, error, partial — designed before engineering sees them.
Six sectors where the compliance and offline requirements shape the architecture rather than sit on top of it.

iOS's strong privacy controls and consistent hardware make it a common choice for healthcare applications handling telehealth, patient engagement, and secure messaging. We build with Face ID authentication, encrypted local storage, and privacy permissions handled carefully, with applicable healthcare compliance considered throughout.

Financial applications benefit from iOS's built-in security features, including Keychain storage, Face ID, and Apple Pay. We build for banking, investing, and digital wallets, with authentication, encryption, and secure transaction handling in the architecture rather than added near the end of development.

iOS users tend to convert at higher rates in ecommerce, which makes checkout speed and interface polish particularly important. We build shopping apps with Apple Pay, personalized product discovery, and smooth checkout, connected to inventory, loyalty programs, and analytics the business already relies on.

Travel apps on iOS benefit from tight integration with Apple Wallet for boarding passes and reservations, along with Live Activities for real-time trip updates. We build booking, itinerary, and loyalty apps connected to reservation systems and payment platforms, with offline functionality considered.

Media apps on iOS take advantage of strong video and audio performance, along with widget and Live Activity support for ongoing content updates. We build streaming, subscription, and content discovery apps connected to content management systems and payment platforms.

Enterprise iOS applications often run on company-managed devices with security policies enforced through MDM. We extend B2B SaaS platforms to iOS through dashboards, approvals, and secure access, connected to ERP, CRM, and internal systems through authenticated APIs.
Six things a shared codebase buys you, each with the place it stops being true written next to it rather than left for you to discover.
Both stores from one team, live on the same day. The reach is the easy part; what it costs is the platform integration underneath, which is where the estimate actually lives.
Most of the product logic is shared and almost none of the platform integration is. Expect a real saving, expect it to be smaller than the frameworks' marketing, and expect us to say which.
Native modules where the framework runs out — payments, biometrics, background location. Quarantined behind one boundary so the shared code stays shared.
One device matrix covering both platforms, run on real hardware. A cross-platform bug that only shows on one OS is the expensive kind, and it is found here rather than in review.
One pipeline, one release train, one set of bugs. The organizational saving is usually larger than the engineering one and is the reason most teams should take this route.
A build on your own device inside three weeks, on both platforms. What you learn from holding it is worth more than another month of specification.
Because we will talk you out of it when it is wrong. Roughly one engagement in five that arrives asking for cross-platform leaves with a native estimate, and the ones that stay get an architecture where the platform-specific parts are quarantined rather than smeared through the codebase.
You get the repository, the store credentials and the signing keys on day one, and a build on your own device inside three weeks.
Four things that change when the team has done this before, each of which costs real money to learn the other way.
Flutter and React Native as they are today, not as they were when the last agency picked one. Both have moved a long way, and which is right for you changed with them.
On-device inference where the data is sensitive and a hosted model where the task is heavy, with an evaluation set built before either so you can tell whether it is working.
A module boundary that keeps the platform-specific parts quarantined, so the feature you add in year two does not mean re-reading the whole codebase first.
Including the over-the-air update path, which is most of the reason to build cross-platform and is the difference between a bad hour and a bad week.
Six sectors we have shipped in, where the compliance and offline requirements shape the architecture rather than sit on top of it. Tell us which one you are in and we will tell you what it costs you.
Each project is unique. Typical cross-platform engagements run 4–12 weeks depending on complexity, how much native integration is involved, and how much of the design already exists. You get a stage-by-stage schedule with named exit conditions before anything starts.
Yes, as a written agreement rather than a favour. It names what is covered, how fast we respond, and what it costs — including the over-the-air update path, which is most of the reason to build cross-platform and is worth keeping in working order.
Most of our cross-platform work is in retail, logistics, fintech and healthcare. Where a sector carries rules we have not worked under before, we say so and price the learning rather than hiding it.
A fixed price against a written scope, or time and materials where the scope genuinely cannot be fixed yet. We will tell you which one your project is, and we do not quote a fixed price on a scope we know is going to move.
Yes, and part of that is knowing when cross-platform is the wrong tool for one. Heavy graphics, deep OS integration and anything that must feel native the instant it opens are the cases where we will quote you native instead.