Updated
Coffict and TrendinChat’s published cases include React Native mobile work. For a new iOS and Android project, identify the shared journey and the device-specific features before assuming one implementation will cover every requirement. Store release scope and platform checks still need agreement.
Cross-platform is not the right decision for every product. This page covers where it pays off and where we send clients toward native development instead, along with the parts of a mobile project that people tend to underestimate.
Coffict’s case documents ordering, loyalty cards and cafe campaigns in React Native, with Next.js in the web stack. It does not establish synchronized releases or that every platform change happens in one place. Compare shared screens and data contracts with the device-specific work and release checks your product needs.
Evaluate a representative device workflow before choosing cross-platform or separate native implementation. Camera, graphics, background work and connected devices should be assessed against the actual requirements and target devices; they are not an automatic rule against React Native. Agree a prototype or acceptance check where a critical requirement is uncertain.
Finishing the app is half the work. App Store and Google Play submission, certificates, privacy declarations and the correction loop when something gets rejected are all a separate line item. We include this in scope from the start, because bolting it on later pushes the launch date. We also recommend the store accounts are opened in your name: ownership of the app should stay with you, not with the studio that built it.
TrendinChat’s case establishes real-time topic chat on React and React Native, not a particular offline queue or recovery implementation. For a new app, specify what happens when a request is interrupted, the app returns from the background or a message arrives twice. Test those agreed cases on representative devices instead of assuming a technology prevents every connectivity error.
Start with the task you need to improve. These pages connect a published delivery example to discovery questions for a new engagement.
For US food hall operators coordinating separate vendor order requests, partial acceptance and distinct pickup instructions in one guest experience.
Explore the scope and discovery questions →For Tupelo uniform retailers connecting wearer-specific garment selections, approved size options and reviewed pickup summaries in a mobile ordering product.
Explore the scope and discovery questions →For Framingham workshop teams connecting live session questions, host review and follow-up context across a real-time participant interface.
Explore the scope and discovery questions →For Davenport specialty grocers connecting packaged quantities, requested weights and customer-reviewed alternatives in a mobile pickup-ordering product.
Explore the scope and discovery questions →For Schenectady cooperative teams connecting member discussion rooms to proposal editions and explicit participation rules.
Explore the scope and discovery questions →For Auburn student-club product teams connecting current membership, term-specific discussion rooms and deliberate archive access.
Explore the scope and discovery questions →For independent grocers assessing how an existing purchase source updates a customer loyalty card and how staff confirm or correct reward usage, before commissioning a custom integration.
Explore the scope and discovery questions →For Fayetteville florist teams connecting bouquet options, customer-approved substitutions and pickup requests in a mobile ordering product.
Explore the scope and discovery questions →For Lancaster farm-shop teams connecting seasonal basket selection to a clearly identified collection date, location and pickup window.
Explore the scope and discovery questions →For Evanston reading-community teams developing book discussion rooms with explicit book identity, reading-section boundaries and shared web and mobile context.
Explore the scope and discovery questions →For Memphis community-product teams returning a disconnected participant to the intended topic room with understandable pending-message behavior.
Explore the scope and discovery questions →For Orlando cafe-product teams connecting a discovered campaign to its intended location, approved conditions and next customer action.
Explore the scope and discovery questions →For Birmingham café teams connecting mobile order-ahead to an explicitly scoped acceptance and pickup workflow.
Explore the scope and discovery questions →For Pittsburgh community-product teams connecting topic discovery and a shared live conversation across web and mobile.
Explore the scope and discovery questions →For café operators scoping how returning guests find an active offer at the selected branch and how staff preview, publish and retire local campaigns.
Explore the scope and discovery questions →For Los Angeles media and community teams connecting topic discovery to shareable live chat rooms across web and mobile clients.
Explore the scope and discovery questions →For California restaurant and cafe teams connecting pickup orders, loyalty rewards and repeat visits in a mobile product.
Explore the scope and discovery questions →Service scopes for teams serving Sweden, Norway, Denmark and Finland, grounded in published work and proposed first-release checks.
A React Native product combining order-ahead, loyalty cards and local cafe campaigns, alongside a Next.js web presence.
Read the case study →A real-time chat product that opens a room for each trending topic, built with React, React Native, Supabase and WebSockets, with Grok AI integration.
Read the case study →Senior engineers building your product with AI coding agents: web, mobile, SaaS or browser extension, reviewed before anything ships.
AI-accelerated development, billed monthly. We confirm scope, capacity and start date in writing before checkout.
Yes, that is our standard approach. Platform-specific behaviour can still be written separately where it is genuinely needed, but the bulk of the screens stay shared. Work runs as AI-accelerated development, starting from $2,000 per month, with scope agreed in writing.
A shared account system can be part of the integration scope. Define the existing authentication and data services, the operations each client needs and the access checks. Coffict’s case describes ordering and loyalty features; it does not document where balances are calculated.
Review times vary by platform and are outside our control. That is why we try to design urgent fixes so they do not require a store update at all, which keeps your recovery time out of someone else's review queue.
Yes. Operating system versions and store rules keep changing, so the app needs updating to match. Work runs as AI-accelerated development, starting from $2,000 per month, with scope agreed in writing.
One paragraph on what you are building, roughly when you need it, and who it is for. No brief, no form with fifteen fields.
From the engineer who would do the work, not a sales team. If we are not the right fit we say so, and where possible we point you somewhere better.
Scope, price and timeline in writing before anything is committed. You decide with the numbers in front of you.
No long contract to begin, no lock-in to our tooling, and the code is yours from the first commit.
Start a conversationA short note about the product, the timeline and who it is for is enough to start. You will hear back from the engineer who would do the work, not a sales team.
Ankara / Türkiye · Working across European and US time zones
