Apple TV App Development: tvOS Apps for the Living Room

An Apple TV app is used from across the room, with a remote that has a handful of buttons, often by several people sharing one screen. Apple TV app development is about making that setup feel effortless: content first, focus that is always obvious, and video that starts quickly and looks right on a large display.

Good looks like this: you always know which item is focused and where a swipe will take you, Back does what you expect, playback matches the TV’s frame rate and dynamic range, signing in never means typing an email address with a remote, and the app feels like part of tvOS rather than a phone app on a big screen.

What we build for Apple TV

• Streaming and media: video on demand, live channels and events, video podcasts, radio and music.
• Fitness and wellness classes, where the TV is the natural screen to follow along with.
• Education and kids’ content, designed with profiles and parental controls in mind.
• Shopping and lifestyle: catalogs, recipes, travel and shoppable video, with purchases often finished on the phone.
• Hospitality and business: hotel rooms, waiting areas, showrooms and signage, with the device supervised through MDM and locked to your app in Single App Mode.
• Second-screen experiences that pair the TV with an iPhone app, and casual games played with the remote or a controller.

We build new tvOS apps, improve existing ones, and bring iOS products into the living room.

Living-room UX and the focus engine

Designing for the couch

There is no touch and no pointer on Apple TV. The focus engine decides which element is active as people swipe and click on the remote, and the focused item lifts, scales and catches the light so it is visible from the sofa. Living-room UX follows from that:

• Layouts that match the platform: horizontal shelves of posters, clear rows and grids, generous spacing, and margins that keep content inside the safe area on every TV.
• Legibility at a distance: few words, large type, no thin weights, strong contrast, and a dark interface that suits a dimmed room.
• A predictable Back button: it always goes up one level, and at the top level it returns people to the Home Screen instead of trapping them in a confirmation dialog.
• Every kind of remote: different Siri Remote generations, the remote in the iPhone’s Control Center and game controllers all drive the same interface, so nothing should depend on a gesture only one of them supports.
• System search and keyboard, which support dictation, rather than a custom on-screen keyboard.
• Top Shelf: when people place your app in the top row of the Home Screen, a Top Shelf extension can show continue-watching items or new episodes there.

Engineering focus

On tvOS, many of the bugs people notice are focus bugs: focus lost after a data reload, focus jumping unpredictably between rows of different lengths, focus trapped inside a section, or a custom view that takes focus without showing it. The tools to prevent them are well known: focus guides that bridge gaps between elements that do not line up, preferred focus environments, remembering the last focused item in a collection, and in SwiftUI, focus sections, focus state and default focus. They only work if focus is designed on paper before it is coded, so we map where focus should go from every element and test it with a physical remote.

SwiftUI is Apple’s recommended way to build tvOS interfaces, and Apple has deprecated TVMLKit, its older template-and-JavaScript framework, in its favor. SwiftUI covers catalog layouts, lockups and shelves well. UIKit, with TVUIKit’s poster and lockup views, remains a good choice for highly customized focus behavior or for extending an existing UIKit codebase.

Two platform constraints catch teams coming from iOS. First, tvOS treats most local storage as a cache the system can purge when space runs low, so user data and progress live in iCloud or on your backend, with only small preferences kept on the device. Second, tvOS has no web views, so HTML screens and web-based login flows from a mobile app cannot be reused. Artwork also needs care: we prefetch images and downsample them to their display size, or scrolling suffers on older Apple TV models.

Streaming and playback done properly

For video, we start from the system player. It brings the transport controls, info panel, subtitle and audio track selection, Picture in Picture and Siri playback commands people already know, and it can be extended with contextual actions such as Skip Intro, custom info panel tabs and extra menu items. A fully custom player means rebuilding all of that, accessibility included, so we recommend one only when the product truly needs it.

• HLS is the native streaming format. A well-built bitrate ladder, I-frame playlists for fast scrubbing previews, and low-latency HLS for live events make the biggest difference to perceived quality.
• Display matching. A film shot at cinema frame rates or mastered in Dolby Vision should switch the TV into the matching mode. The system player does this when people enable content matching; a custom player has to request it itself.
• DRM. Premium content usually requires FairPlay Streaming, which needs credentials from Apple and a key server, often through a multi-DRM provider that also covers other platforms.
• Ads. Server-side ad insertion keeps playback smooth, and AVFoundation also supports HLS interstitials for client-driven ad breaks.
• Quality of experience. Startup time, rebuffering, bitrate switches and playback errors flow to your analytics from the player’s access and error logs, so problems show up in data before they show up in reviews.

Behind the app sit a catalog service, entitlements, signed CDN URLs and concurrent-stream limits; our backend development team builds that side too. Appearing in Apple’s own TV app, with Up Next and universal search, is a partnership with Apple under its video partner requirements rather than a switch in Xcode, so we raise it early if it matters to you.

Sign-in, subscriptions and the household

Typing with a remote is the worst moment in most TV apps, so we design around it:

• Sign in with Apple, and AutoFill from a nearby iPhone for existing passwords, set up through associated domains.
• A short code or QR code on screen that people confirm on their phone, for accounts managed on the web.
• Newer tvOS releases can also carry a sign-in over from the user’s other Apple devices for apps that adopt it.

Subscriptions sold in the app go through in-app purchase, and universal purchase lets one subscription cover your iPhone, iPad and Apple TV apps; if people also subscribe on the web, your backend grants access everywhere. Apple TV is a shared device, so we decide early whether the app follows the system’s current user, keeps its own profiles, or both, and how kids’ profiles behave.

SharePlay lets people watch together over FaceTime with synchronized playback. For second-screen features, Apple provides a framework that connects a tvOS app to your iPhone app over the local network on Apple TV 4K models. And for some products, solid AirPlay support in a well-built iPhone app is all the big screen needs.

How we approach Apple TV app development

Discovery covers the content model, catalog size, rights and DRM obligations, monetization, and which other screens you need, because tvOS rarely ships alone. Designers work in true TV proportions, and we review designs on an actual television from the sofa, never only on a desk monitor. The app shares Swift packages with your iOS app for models, networking and player logic, with the tvOS interface in SwiftUI; for the wider engineering practice, see our guide to iOS app development.

QA runs on real Apple TV hardware across older and newer models, on SDR and HDR televisions, with each remote type, on throttled networks, and through long playback sessions that catch memory growth. Captions, audio descriptions and VoiceOver are tested like any other feature. For launch we prepare tvOS screenshots, Top Shelf artwork and the layered app icon that tilts under focus. Each short iteration ends with a TestFlight build you can install on your own Apple TV, plus a written update.

When Apple TV is the right choice

Apple TV is a strong choice for lean-back content, long sessions and shared viewing, especially when your audience already owns the hardware. Fitness, education and premium streaming all fit well.

It is not the whole living room, though. If your audience is spread across smart TVs and other streaming devices, tvOS covers only part of it, and the strategy should be a shared backend and player logic with a native app per major platform. If the experience is short-form or social, the phone may be the better primary screen, with AirPlay covering the TV. And because tvOS has no web views, an HTML-based TV app from another platform will not port; it needs a native rebuild.

Frequently asked questions

Can we reuse our iOS app’s code for Apple TV?

Much of the non-UI code, yes: models, networking, player logic and business rules in shared Swift packages. The interface needs its own design for focus and distance, though SwiftUI lets you reuse some components.

Do we need DRM?

If your content licenses require it, yes, and premium licenses usually do. On Apple devices that means FairPlay Streaming; other platforms use different systems, which is why a multi-DRM provider is common.

Can our app appear in Apple’s TV app?

Possibly. It means joining Apple’s video partner program and meeting its technical requirements, which is a business conversation as much as an engineering one.

How do people sign in without typing?

With Sign in with Apple, AutoFill from their iPhone, or a code confirmed on the phone. Offering more than one gives every household an easy path.

We have an old TVML app. What now?

Apple has deprecated TVMLKit and recommends SwiftUI. It still runs, but it will not gain new features, so we plan a migration that reuses your backend and catalog feeds.

If you are bringing content, classes or a service to the living room, tell us about your product and the screens your audience already uses.