6 Video Editing API Options Compared by Where the Render Runs (2026)

A video editing API either renders on a server you call, renders on the phone in your user’s hands, or hands you raw frames and expects you to build the editor yourself.

Those three are not substitutes, so picking the wrong one burns a release cycle before anyone notices.

In this guide we group six options by that single question and name what each one gives up.

Banuba Video Editor SDK is a production-ready mobile video editing engine for iOS, Android, Flutter and React Native, and Banuba’s Video Editing API is one of the six below. We published this comparison, so the five other entries are described from their own documentation rather than from any test we ran against them.

What does “video editing API” mean to three different buyers?

The phrase covers three products that share almost nothing operationally.

A cloud rendering service takes a description of an edit, usually JSON, renders it on the vendor’s infrastructure, and returns a file. There is no camera and no live preview, and you pay per render. It suits video produced with no user present.

A client-side editing engine ships inside your app binary, drives the camera, applies effects to the live preview, and exports on the user’s own device. There is no render farm, so there is no per-render fee, and the media does not leave the handset.

A media framework gives you decoders, encoders and frames, and no editor. The timeline, the preview and the export pipeline are all code you write.

Renders on the vendor’s servers

Shotstack

A cloud render platform with a REST API and JSON edit templates, plus server-side SDKs for Node.js, Python, PHP and Ruby. Shotstack also sells a separate white-label editor SDK for embedding an editor in a web product, so treating it as server-only is wrong. Sign-up is self-serve, with a free tier to start.

Renders on your user’s device

Banuba Video Editing API

The same engine as our Video Editor SDK with the interface removed, so your screens and user flow stay yours. Recording, editing and export all run on the device, and our video editing API page states that user media is processed locally and is not uploaded to Banuba.

That page puts integration at 1 to 2 days on a supported platform and says the API runs smoothly on 90% of mobile phones. Platform floors are iOS 15 with Swift 5.9 and Xcode 26.0, and Android 8.0 with Kotlin 2.1 or Java 17, the Camera 2 API and OpenGL ES 3.0, rising to 3.1 when neural networks run on the GPU.

Hands you frames, not an editor

AVFoundation

Apple’s own media framework, and the foundation under most creative tools on iOS and macOS. It reaches formats nothing else on this list touches, including HDR, Dolby Vision and ProRes. It is free with the platform and needs an Apple Developer Program membership to ship. It exists only on Apple hardware, and concepts like AVMutableComposition make it specialist work.

Jetpack Media3 Transformer

Google’s answer to Android encoder fragmentation, open source and part of the standard Jetpack suite. It prioritizes transmuxing, so trims and rotations skip a full re-encode and finish fast. No sign-up and no license fee. Android only, and it carries no AI effects layer.

FFmpeg

An open-source command-line engine that decodes, encodes, muxes and filters effectively any audio or video format, on servers and on mobile alike. Its format coverage is why our own comparison names it the right tool for server-side batch work. There is no UI and no sign-up, and commercial builds need care over how codecs are compiled.

WebCodecs

A standardized browser API, free, that exposes the device’s hardware encoders and decoders to web code. It brought near-native frame handling into the browser. It returns raw frames and nothing more, which leaves the trimming, the stitching and the timeline to you.

Which option wins which criterion?

Each winner below is that vendor’s own published positioning, read in November 2026, not a measurement we ran against them. Vendor documentation changes without notice, so any figure that decides a build should come from the vendor in writing before you commit.

Criterion by criterion, since the table above is an image:

• Where the render runs. Shotstack renders on the vendor’s servers, Banuba renders on the user’s device. This is a category choice rather than a quality judgment, and answering it first removes most of the rest of the table.
• Bulk video with no user present: Shotstack, because it renders from a JSON description on demand and no client-side engine does that.
• Server-side batch transcoding: FFmpeg, on format and codec coverage. No client-side SDK replaces it for this work, ours included.
• In-app creator experience across platforms: Banuba, because one integration covers iOS, Android, Flutter and React Native instead of two native media stacks.
• iOS-only precision formats: AVFoundation, because HDR, Dolby Vision and ProRes are reachable there and not through a cross-platform engine.
• Fast trims on Android at zero license cost: Jetpack Media3, because transmuxing avoids re-encoding and the library ships with Android.
• Editing inside a browser: WebCodecs, and it is not close, because our editor does not run on the web at all.
• Published performance figures: Banuba, as the only entry here that publishes export time and preview frame rate by device tier, measured in its own lab.
• Availability: FFmpeg, Jetpack Media3 and WebCodecs are free and open with no sign-up. Shotstack is self-serve with a free tier. Banuba needs a trial token and then a contract. AVFoundation needs an Apple Developer Program membership.

What performance figures does anyone actually publish?

Almost none, which is the honest state of this category. Four of the six are frameworks with no editor, so there is nothing to benchmark until you have built something, and a cloud render service’s speed is a function of your template and their queue rather than a number they can print.

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We publish ours, and they are our own lab rather than an independent test. Our video editor SDK performance benchmark gives an export of about 3 seconds for an 8-second near-4K clip, 30 or more frames per second in preview on mid-range devices with AR effects, segmentation and beautification enabled, and a tier split where mid-range devices record and export at 720p30 while high-end devices reach 1080p30.

Treat those as a starting point and not a guarantee. The page names a tested configuration rather than specific handsets, so the number that matters to you is the one you measure on the slowest phone in your own support matrix.

How much does a video editing API cost to license?

FFmpeg, Jetpack Media3 and WebCodecs cost nothing to use and bill you in specialist hours instead, because you own whatever editor you build on them. AVFoundation is the same trade with an Apple Developer Program membership attached.

Shotstack publishes its pricing on its own pricing page, which is where that figure should come from.

Our own licensing has two inputs: monthly active users, and the platforms you ship on. It is a yearly per-app license covering every platform inside one agreement, with no per-developer seat fee, and a 14-day free trial with the full feature set and no credit card.

There is no free production tier, and SDK customization, white-label branding, integration assistance and custom AR assets are quoted on top rather than included. The Video Editor SDK pricing guide sets out how the bands work.

Why teams pick Banuba, and where we are the wrong answer

Banuba’s Video Editing API is a client-side mobile editing engine. It is not a cloud rendering service, it does not run in a browser, and it does not do server-side batch work with no user present. Those are separate categories, and FFmpeg or a hosted render API serves them properly.

Inside its own category the argument is platform reach and elapsed time. One integration covers iOS, Android, Flutter and React Native, which is the reason teams choose it over writing AVFoundation and Jetpack Media3 code twice and maintaining both.

Weat, a US social commerce platform, built its video-native app on our engine and reported saving 50% of its product development time against building the editor in-house. That is the customer’s own measurement of their own project, not a controlled test, and your number will differ.

One more distinction is worth knowing before you ask us for the wrong product. The API exposes the engine without an interface, while the Video Editor SDK ships a finished editor instead. The SDK cannot reorder its screens after the entry point, which is the specific reason the API exists. Our 7 best mobile video editing SDKs comparison covers that embeddable-editor category feature by feature.

Choosing in one pass

Answer where the render has to happen and five of the six options disappear.

If a server renders video with no user present, you want a cloud API or FFmpeg, and the deciding factor is whether you would rather operate the infrastructure or pay someone else to. If a user records and edits inside your app on more than one platform, you want a client-side engine, and the deciding factor is how much of the editor you intend to write.

If the editing happens in a browser, WebCodecs is the route and you are building the editor on top of it. If you ship on Apple only and need professional formats, AVFoundation repays the specialist hiring.

Getting the vendor wrong inside the right category costs a feature you can add later. Getting the category wrong means rewriting the integration, so the render location belongs at the start of the evaluation rather than the end of it.

FAQ

Does a video editing API like Banuba’s run on my server or inside my app?

Both kinds exist and they are not interchangeable. A cloud rendering API runs on the vendor’s servers and returns a finished file, which suits automated production. Banuba’s Video Editing API runs inside your iOS, Android, Flutter or React Native app, drives the camera and live preview, and keeps user media on the device.

Can Banuba replace FFmpeg on our backend?

No. Banuba’s engine is client-side, so it does not transcode files on a server with no user present. FFmpeg is the right tool for that work and we say so on our own comparison page.

Does Banuba’s Video Editing API work on the web?

Not for the editor. Our editor supports iOS, Android, Flutter and React Native, and web is not a supported platform for it. A browser-based editor is a WebCodecs or WebAssembly project.

How fast does Banuba’s Video Editing API export a video?

Our own benchmark puts an 8-second near-4K export at about 3 seconds, with preview holding 30 or more frames per second on mid-range devices with AR effects, segmentation and beautification enabled. Those figures come from our lab on a stated test configuration rather than from an independent test, so measure the export on the slowest phone you intend to support.

Can an AI coding assistant integrate Banuba’s Video Editing API?

Partly. We publish Agent Skills that Claude Code, Codex and Qwen Code read directly instead of inferring the API surface, and the human engineer still owns the architecture and the release.

What are the minimum platform versions for Banuba’s Video Editing API?

iOS 15 with Swift 5.9 and Xcode 26.0, and Android 8.0 with Kotlin 2.1 or Java 17, the Camera 2 API and OpenGL ES 3.0, which becomes 3.1 when neural networks run on the GPU. The current per-platform requirements are in our documentation.