iOS, Android, and cross-platform apps wired to a backend that holds up.
We build mobile apps the way they actually earn their keep — mostly the engineering underneath the screens: the API, data, auth, and payments layer that decides whether the app is worth keeping installed.
Native iOS and Android, or one React Native or Flutter codebase across both. Fixed scope, one accountable lead, steady state in 4–8 weeks.
Because the build stopped at the screens. A pretty front end ships, the backend it depends on is an afterthought, and the app is slow, crashes under real conditions, or drains a battery — so the user removes it.
The gap is rarely the UI design. It’s the part users never see: an app that loads in time, talks reliably to your systems, holds up offline and on a weak connection, and doesn’t fall over when traffic spikes.
Speed alone moves the numbers. Mobile app development that treats the backend as an afterthought produces exactly the app that gets uninstalled — which is why we engineer from the data layer up, not the splash screen down.
“Mobile app” is a delivery channel, not a single product. It earns its budget in a handful of specific places — for each, what it does, the benefit it produces, and one illustration. (Examples are illustrative, not client results.)
Puts ordering, accounts, loyalty, and self-service on the phone, drawing live from your catalog, pricing, and order systems. Benefit — higher conversion and repeat purchase on mobile traffic.
Example: a returning customer reorders a usual basket in three taps with saved payment and address, so a purchase a slow mobile site would have lost completes in seconds.
Equips technicians, drivers, nurses, and store staff with the data, forms, and workflows they need on a device, online or off. Benefit — less administrative time and fewer trips back to a desk.
Example: a field technician logs a completed job, parts used, and a photo on-site — even with no signal, syncing when coverage returns — instead of paperwork back at the depot that evening.
Moves time-sensitive business actions — approvals, inventory checks, dispatch, status updates — onto the phones of people who are never at a computer. Benefit — faster cycle time on decisions that used to wait for a laptop.
Example: a manager approves a high-value order from the floor in seconds instead of holding it up until they’re back at a desk, so the order ships the same day.
Lets customers book, reschedule, track, and pay for appointments or deliveries in real time against your availability and fulfillment systems. Benefit — fewer no-shows and lower phone-support load.
Example: a customer reschedules a delivery window from the app the night before instead of calling during business hours — resolving in seconds what would have been a support call and a missed slot.
Gives existing customers a mobile front door to their own data, documents, and transactions, mirrored from your back-office platform. Benefit — lower support contact and higher engagement with the core product.
Example: a member checks a balance, downloads a statement, and updates a payment method at midnight instead of waiting for the call center to open.
Acts as the mobile interface to hardware, sensors, or a data-collection workflow — reading, configuring, and reporting in the field. Benefit — faster, more accurate capture and fewer errors than paper or memory.
Example: an inspector records readings against a structured checklist on the phone, with validation that catches a missed field at the point of entry rather than on review a week later.
The scope below is what separates an app that’s kept from one that’s deleted. The first decision is how to build it, and we make that call against your product, not a framework preference.
We choose the build for the product, not for fashion: native iOS (Swift) and Android (Kotlin) for the deepest integration and peak performance; React Native when most of the app is shared and your team lives in JS; Flutter when pixel-consistent UI and animation matter; progressive web / hybrid when you don’t need a store app at all. We recommend the simplest approach that meets the requirement.
This is where mobile apps live or die, and it’s our core strength. We build (or harden) the API and services layer the app depends on — auth, data, sync, push, payments — so the app is fast and reliable on a real network, not just on office Wi-Fi.
Where the use case demands it (field, transit, low-connectivity), we design for offline: local storage, conflict-safe sync, and graceful behavior on a flaky connection — so the app keeps working when the signal doesn’t.
Cold-start and load-time optimization, crash-free-session engineering, battery and memory profiling, and getting the build through App Store and Play Store review and into a staged release.
Secure storage, certificate pinning, scoped authentication, and data handling mapped to the regime you answer to — engineered in from the first commit, the same discipline as our DevSecOps practice, not a pre-submission scramble.
OS-version upkeep, crash and performance monitoring, and training your team to read the dashboards and ship updates — so the app doesn’t decay the moment we step back.
What you get when you hire us — all assigned to you under full work-for-hire IP
One accountable lead, fixed scope, no handoffs — the same delivery model behind all our work, tuned for the platform choices and store realities a mobile build adds.
Scope the use case, the audience, the platforms that matter, and the systems the app must talk to.
Output: a ranked plan & the success metrics
Choose native, React Native, Flutter, or web against your real requirements and team, with the trade-off written down.
Output: an architecture & the platform decision, justified
Develop the app and the backend it depends on in your own infrastructure, instrumented for crashes and performance, with offline and security designed in.
Output: a working app behind your access controls
Store submission, a staged release (internal, then beta, then wide), metrics watched against the kickoff targets, your team trained to operate and update it.
Output: a published app & a team that owns it
Most engagements reach steady state in 4–8 weeks, with full work-for-hire IP signed at kickoff and payment structured around the ROI we agree to deliver.
Here’s the straight version, because it’s the version that should make you trust us with the work.
We are a software and AI engineering lab, and our public, named record is in production web platforms, marketplaces, and AI delivery — not a wall of consumer app-store icons. We’re not going to show you a stock portfolio of mobile screenshots we didn’t build.
What we do bring is the part of mobile app development that decides whether an app survives — product and backend engineering with a long track record of staying in production. We built Bridge Athletic as a 2012 startup and carried it through 12+ years of modernization, re-platforming, and performance work without the product going offline — now used by USC, the LA Rams, and MLB and MLS teams.
That is the relevant capability for a mobile build: a product engineered to be fast, reliable, and maintained for the long haul, on the API and data layer your app stands on. (An adjacent product-engineering engagement, named honestly — not a claim that we built that app for the phone.)
If a native app isn’t the right answer for your problem — if a fast mobile web experience or a thinner build serves you for less — the person who scopes the work will tell you so, because the same person answers for whether it ships.
Silicon Prime is a Stanford-rooted Responsible AI lab, founded in 2011, run by founder Kelvin Tran — 20+ years of production engineering, including multimillion-dollar systems for one of the world’s largest automobile manufacturers, personally accountable for every engagement.
We engineer the part that actually breaks. Most app failures are backend, performance, and reliability failures — our core strength — not UI problems. We build from the data layer up.
Approach chosen for your product, not our convenience. Native, React Native, or Flutter is a decision we justify against your requirements — including recommending you skip a native app when the use case doesn’t need one.
One accountable lead, not an account team. No handoffs between sales and delivery — the engineer who scopes it answers for the rollout and the crash-free rate.
Built to transfer. App source for every platform, the backend services, and the release pipeline are assigned to you under full work-for-hire IP, and your team is trained to run and extend it — you own the asset, not a dependency.
AI where it earns its place. When the app genuinely benefits from intelligence — search, recommendations, an on-device or in-app assistant — our enterprise AI development brings the same governed, production-first discipline, and we say so plainly when it doesn’t.
Patient-engagement, intake, and clinician companion apps inside HIPAA-compliant architectures, every data path logged and secured. Healthcare software →
Servicing and payment apps where authentication, secure storage, and an audit trail are engineered in from the first commit. Fintech software →
Apps for technicians, drivers, and store staff that work offline and sync, putting a consistent process in the hands of a distributed workforce — wired to the kind of operations platform a large, multi-location business runs on.
What teams want to know before they commission a mobile build.
It depends on your product, and we’ll tell you which before we quote it. Native (Swift/Kotlin) when you need peak performance or deep hardware and platform integration; React Native when most of the app is shared and your team lives in JavaScript; Flutter when pixel-consistent UI and animation across both platforms matter.
A single cross-platform codebase ships faster and is cheaper to maintain — which is the structural answer to enterprise app demand outrunning delivery capacity five to one (Gartner) — but we won’t force one codebase onto a product that genuinely needs native.
Both. We build native iOS (Swift) and native Android (Kotlin) when the product calls for it, and cross-platform with React Native or Flutter when one codebase serves you better. The choice is made per project against your requirements, not a house framework — that’s why this is one mobile app development page, not a separate pitch for each technology.
By engineering the part users feel: load time, crash-free sessions, and reliable behavior on a weak or absent connection. With a 46.1% 30-day uninstall rate across the market (AppsFlyer, 2025 edition), retention is won in the backend and performance work, not the store listing — so we instrument crashes and load time from day one and tune against them, and design offline behavior where the use case demands it.
We are a software and AI engineering lab whose public, named record is in production web platforms, marketplaces, and AI delivery rather than a large consumer app-store portfolio — and we’d rather say that plainly than overstate it. What we bring to a mobile build is the product and backend engineering it depends on: we carried Bridge Athletic through 12+ years in production without downtime (Bridge Athletic), which is exactly the reliability discipline a kept app requires.
In scoping we’ll be candid about what we’ll build ourselves and where we’d bring in specialist mobile help, so you’re never sold a capability we don’t hold.
Secure local storage, certificate pinning, scoped authentication, and data handling mapped to your compliance regime (HIPAA, PCI, SOC 2, and similar) are engineered in from the first commit. The app talks to a backend in your own infrastructure under your access controls, every engagement starts with an NDA and a security review, and pipeline hardening runs as our DevSecOps practice rather than a pre-submission scramble.
You do — completely. The app source for every platform, the backend and API services, the store listings, and the release pipeline transfer under full work-for-hire IP assignment signed at kickoff, and your team is trained to operate and update it. Keep us on a reduced retainer or take the keys entirely; the engagement is built around the handover, not around locking you in.
Most apps reach a shippable state in 4–8 weeks under a fixed-scope engagement with payment tied to the ROI we agree to deliver — a single cross-platform codebase is typically faster and cheaper than two native builds. Total cost depends on scope, platforms, and backend surface; our AI development cost guide gives real ranges and how we estimate, and we model the run and maintenance cost before building so the first invoice is a forecast you’ve already approved.
Related but distinct. Enterprise application development is the multi-team platform wired into your systems of record; a mobile app is often a front door to that platform. The two share a backend and the same delivery discipline, and we frequently build the mobile layer on top of the platform — but the mobile-specific engineering (offline, store review, device performance, load-time optimization) is the work this page is about.
Thirty minutes · No pitch deck
Bring the use case and the systems it has to talk to — we’ll tell you honestly which approach fits (native, cross-platform, or no app at all), where the reliability risk sits, what it takes to build, and what it costs to run.