App Development

It depends on how much the app leans on the device. Heavy camera, sensor, background or offline work usually argues for native, built to Apple and Google platform standards. A product that is mostly screens and data over a network is often better served by a shared codebase, for one release cycle and one set of fixes. We recommend, explain the trade-off in writing, and you decide.

Plenty of products do not need a store presence. If people reach you through search and use the product occasionally, a fast responsive site usually serves them better, and an installable progressive web app can still give app-like speed and offline resilience without a review queue. Apps earn their place when there is a reason to return, or a device capability the browser cannot reach.

That is decided in design rather than discovered in testing. Field and delivery apps are the clear case: a technician records the job, the checklist, the photos and the status on site, the app holds it locally, and it syncs when signal returns. So we settle up front what can be edited offline, which side wins when two edits collide, and what the screen shows while the device is behind. Consumer apps need less of this, but they still get proper empty, slow and failed states instead of a spinner.

Agreed early and written into the plan, because it sets what we can build with and what we have to test. Android is the harder side: screen sizes, manufacturer variations and older releases get tested on real hardware, not only an emulator. On iOS we track Apple’s platform requirements, which move with each release and are enforced at review. We also agree a minimum OS version and revisit it, so the product is not held back by a handset almost nobody still carries.

Yes, and each of those is more than its feature name. Booking means availability, confirmation, reminders and the payment at the end, not just a date picker. Commerce means catalogue, cart, checkout and order tracking, plus the store rules about how digital goods have to be paid for. Notifications are wired to something worth interrupting someone for, with permission asked in context and preferences the user can change. Loyalty, points and offers run on the same account as your website rather than living only inside the app.

Yes. Employee and field apps are a large part of this work: approvals, internal tools, HR self-service, job dispatch and status reported from site. They get judged differently from consumer apps, because the person opening one has no choice about it, so speed on modest hardware and short task paths matter more than novelty. Distribution can run through the public stores or through your own device management, and access follows your existing sign-in rather than another password for people to forget.

Yes, end to end: listing copy and assets, the privacy and data declarations both stores now require, submission through Apple and Google review, and answers to whatever review comes back with. Releases go out staged rather than to everyone at once, with crash reporting live before the first users arrive. Apps are published under your developer accounts, so the listing, its ratings and its history belong to you.

Often, but not blindly. We start with a review of the code, the dependencies, the build pipeline and whatever store access exists, then tell you honestly whether continuing on that base or rebuilding parts of it is the better use of your money. An ageing app is frequently worth a UX and technical refresh that keeps the product value it already has, rather than a rewrite that throws that away. Sometimes the answer is the one that wins us less work.

Through a release cadence agreed with you, with crash and error reporting feeding the backlog. Urgent fixes go out on their own; everything else is batched, so your users are not being asked to update constantly. Maintenance also covers the unglamorous part: new OS releases, dependency and SDK upgrades, and store policy changes that would otherwise block a submission at the worst possible moment.