StreamVerse — Video Streaming Platform

Overview

StreamVerse is a subscription video streaming app we designed and built as a product. It serves viewers who want a catalogue on their phone and a business that needs those viewers to become and remain paying subscribers. A good share of the design effort went into the moment a visitor decides whether to subscribe.

The Challenge

A streaming service rises or falls on its subscription funnel. Visitors arrive curious, meet a paywall, and leave if the plans are confusing or signing up feels risky. Behind the paywall, viewers expect the conveniences of modern streaming, especially the ability to watch without a connection. The build needed a paywall that explains its options clearly, a subscription flow that does not shed people on the way, and a complete viewing experience behind it.

Who Uses It and How

A new visitor browses artwork, picks a title, hits the paywall and compares plans. A subscriber watches on the sofa, on a commute, or on a flight with downloaded episodes, and expects playback to resume where they stopped. A content manager on the business side uploads titles and metadata, sets availability and organises rows on the home screen. A support or finance role checks subscription status when a viewer reports a problem.

Our Approach

We treated the paywall as a product screen in its own right. It shows three pricing tiers with one plan highlighted as best value, guiding the choice without hiding alternatives.

Behind it sits an auto-renewing subscription flow that keeps each step short and its terms visible. The paywall screens use content-forward hero art, so the visitor sees what they are paying for instead of an abstract price table. React Native shares a codebase across platforms, Node.js supplies the service layer and AWS provides infrastructure suited to storing and delivering media.

What We Built

The app contains the three-tier paywall, the subscription journey, and viewing screens built around artwork. Offline downloads let subscribers save titles to the device for later. The Node.js backend manages accounts, plans, entitlements and content metadata, while AWS underpins storage and delivery.

Architecture and Data

Entities are users, plans, subscriptions, titles, episodes, playback progress and downloads. Video is typically encoded into several quality levels and delivered as adaptive streams, so playback adjusts to the viewer's connection, and distributed delivery keeps start times short across regions. Subscription state must be authoritative on the server: store billing events from Apple or Google update the backend, which decides what a user may watch. Downloaded files are saved in an app-private location and tied to licence rules such as expiry, so content owners retain control of offline copies.

Security, Privacy and Quality

Premium video has commercial value, so access is checked against subscription status, media URLs are short-lived and signed, and content protection technology can be added where studios require it. In-app subscriptions on iOS and Android generally have to use the platform's own billing, with its rules on renewal disclosures, cancellation and receipts, and the paywall should state terms plainly. Testing spans playback on patchy networks, interrupted downloads, renewal and expiry transitions, restored purchases and different screen sizes.

Technology

AWS is in the stack because video needs storage and distribution that scale with catalogue and audience. Node.js keeps account and subscription logic lightweight, and React Native ships the same interface on both major platforms with one team.

Outcome

StreamVerse gives a streaming business a complete subscriber experience, from a clear paywall to offline viewing. The plan structure is easy to grasp, the subscription flow is designed to keep people moving, and the platform can be extended with more content, further plans or new regions.

Frequently asked questions

How much does it cost to build a video streaming app?

The largest drivers are video infrastructure (encoding, storage and delivery, which also create ongoing running costs), content protection, subscription billing on both app stores, offline downloads, and the volume of catalogue management tools. Supporting smart TVs or web players adds further scope on top of the mobile app.

How do subscriptions work in a streaming app?

The app store handles the purchase and renewal, then notifies your backend of the result. The server records the subscription and decides which content the account can watch, so access stays correct if a payment fails or a user cancels.

How do offline downloads work in a streaming app?

The app saves an encrypted copy of a title in private storage on the device, together with an expiry or licence rule. Playback checks those rules, and the file is removed when it expires or the subscription ends.