Music API for Video Editors: Integration Guide, Use Cases & Licensing Explained

A technical and strategic guide for developers, product managers, and platform builders who need scalable, legally cleared music infrastructure for video creation tools.

What You'll Learn in This Guide

• What a music API for video editors actually is — and how it differs from a streaming or licensing API
• Why UGC platforms face a systemic copyright problem that only infrastructure-level solutions can solve
• The specific features that separate production-ready music APIs from inadequate alternatives
• A step-by-step integration workflow from authentication to render-time embedding
• How music APIs serve UGC platforms building TikTok-style sound libraries
• What Sonilo's Music API offers developers building video tools today

Introduction: The Most Legally Fraught Layer of the Video Stack

A user records a travel vlog, adds a song they love, uploads it — and within hours, the audio is muted, the monetization is stripped, and the platform earns nothing. The creator is frustrated. The platform loses trust. And the only party that benefited was the copyright system.

For video platform developers, this is not an edge case. It is the default outcome when music licensing is not solved at the infrastructure level.

According to YouTube's Copyright Transparency Reports, Content ID processes over 800 million copyright claims annually, the vast majority of which target user-generated videos containing unlicensed music. On TikTok, audio-related content removals affect millions of posts each quarter. On Meta's platforms, Rights Manager operates continuously across Instagram Reels and Facebook video at scale. The pattern is consistent: music is the most legally volatile layer of the video creation stack, and it is the layer most often left unresolved by platform builders until the consequences force their hand.

This guide is written for three audiences: developers building video editors or UGC tools who need to understand the technical integration path; product managers evaluating music infrastructure for their platforms; and technical decision-makers comparing API vendors for a commercial or enterprise deployment. If you are asking which music API works best for video tools, how to avoid copyright strikes through API-level music delivery, or how to replicate the in-app sounds experience that TikTok built — this guide answers all three questions directly.

Section 1: What Is a Music API for Video Editors?

A music API for video editors is a programmatic interface that allows a software application — a browser-based video editor, a desktop creator tool, a mobile UGC app, or a SaaS video platform — to request, retrieve, and embed licensed or AI-generated music tracks directly within the editing or export workflow, without requiring users to source or license music independently.

This definition is distinct from related but different API categories that developers often conflate:

• A music streaming API (such as Spotify's Web API) provides metadata and playback access for licensed commercial recordings. It does not grant synchronization rights. Using it to embed tracks in video exports would constitute copyright infringement.
• A music licensing API (such as services connecting to stock music catalogs) provides access to pre-cleared tracks under defined sync licenses. Rights are pre-negotiated, but catalog size and customization parameters vary widely.
• A music generation API (such as AI-composition services) generates original audio dynamically based on parameters like mood, tempo, duration, and instrumentation. Because the output is AI-generated and owned by the service provider or licensed to the platform, copyright conflicts are eliminated by design.

Video editors and UGC platforms typically need the second or third category — or a hybrid that combines a licensed catalog with AI-generated fill. The goal is not playback access. The goal is synchronization rights at scale: the legal right to embed audio into a video file, export that file, and distribute it publicly without triggering a copyright claim.

A music API in this context delivers audio in standard formats — typically MP3 (192–320kbps), WAV (16-bit or 24-bit PCM), or AAC (256–320kbps for web-based editors). The API response also includes structured metadata: mood tags, genre classifications, BPM (beats per minute), energy level, instrumentation flags, loop points, and duration. This metadata enables intelligent filtering and matching within the editor UI.

The client-server model works as follows: the video editor sends a request to the music API's search or generate endpoint with parameters (e.g., mood=cinematic, bpm=90-110, duration=60). The API returns a list of matching tracks with streaming preview URLs and download URLs. On render, the editor fetches the full audio file and mixes it into the video export. The entire workflow happens within the platform — invisible to the end user beyond the music selection interface.

Synchronous delivery supports real-time in-editor preview (streaming the audio file as the user scrubs the timeline). Asynchronous delivery handles render-time embedding, where the audio file is fetched during export processing and does not need to be low-latency.

Section 2: Why Video Platforms and UGC Tools Need a Dedicated Music API

The case for dedicated music API infrastructure is not about user experience convenience. It is about legal exposure, platform liability, and the impossibility of manual licensing at scale.

The Content ID and Rights Management Problem

YouTube's Content ID system is the most documented example of automated copyright enforcement at scale. Content ID scans every uploaded video against a database of over 100 million reference files, claimed by over 9,000 rights holders as of the most recent YouTube transparency disclosure. When a match is found, the rights holder can monetize the video, mute the audio, block the video entirely, or restrict its availability by country. The platform that hosted the editor used to create that video has no control over the outcome — but absorbs the reputational damage when creators are burned.

TikTok operates its own licensed sounds infrastructure (TikTok SoundOn and its broader music licensing agreements) precisely because unmanaged audio would make the platform unusable for cross-platform posting. Meta's Rights Manager performs similar automated enforcement across Facebook and Instagram. None of these systems make exceptions for "I didn't know it was copyrighted."

The Scale Problem

Manual per-track licensing is not viable for any platform processing more than a few hundred videos per day. A synchronization license for a single commercial track from a major label can cost between $500 and $50,000 depending on usage scope, distribution territory, and exclusivity terms — figures cited consistently in U.S. Copyright Office licensing guidance and confirmed by music industry attorneys. Platforms with thousands of daily active creators cannot negotiate individual licenses for every track a user might choose.

The Legal Liability Problem

Under the Digital Millennium Copyright Act (DMCA), platforms can qualify for safe harbor protections under Section 512 — but only if they do not have actual knowledge of infringement and act expeditiously to remove infringing material upon notification. Platforms that actively provide music tools without cleared licensing infrastructure are at heightened risk of losing safe harbor status. The Electronic Frontier Foundation (EFF) has documented multiple cases where platforms faced secondary copyright liability for facilitating user infringement. A music API with pre-cleared sync rights is an infrastructure-level response to this legal exposure — not a product feature, but a compliance mechanism.

The User Retention Problem

Research from the creator economy consistently shows that copyright-related disruptions — video muting, demonetization, and takedowns — are among the top reasons creators abandon platforms. The 2024 Linktree Creator Report found that content monetization and platform reliability are the two most cited factors in platform loyalty among professional creators. A platform that cannot guarantee its users' music choices will survive distribution is a platform that loses its most valuable creators first.

The Solution Architecture

A purpose-built music API solves all four problems simultaneously: it provides pre-cleared sync rights at the API level (solving legal liability), serves a catalog at any request volume (solving scale), integrates into the export workflow seamlessly (solving UX), and prevents downstream Content ID conflicts because the rights have already been cleared for the platforms where creators distribute (solving creator retention).

Section 3: Key Features to Look for in a Music API for Video Tools

When evaluating music APIs for video editor integration, the following criteria determine whether a solution is production-ready or merely a proof-of-concept. This framework applies whether you are evaluating Sonilo, Mubert, Epidemic Sound's API tier, or any other provider.

1. Licensing Model Clarity The single most important feature is not the catalog size — it is the legal structure of the license the API grants. There are three primary models:

• Perpetual sync license: A one-time or subscription fee grants permanent rights to embed the track in video content. Exportable files retain their clearance indefinitely.
• Subscription-based royalty-free: Rights are granted as long as the subscription is active. If the platform cancels, previously exported content may enter a legal gray zone depending on contract terms.
• AI-generated (copyright-clear by nature): Because the audio is generated algorithmically and owned by the API provider, there are no underlying composition or master recording rights to conflict. This is structurally the cleanest model for UGC platforms.

Platforms should require a written licensing agreement that explicitly covers: synchronization rights, cross-platform distribution (YouTube, TikTok, Instagram, Facebook), territorial scope, and the rights of end users who export and redistribute content. Vague licensing language is a liability.

2. Catalog Depth and Genre Coverage A catalog of fewer than 10,000 tracks creates repetition fatigue on any platform with more than a few thousand active users. Platform-level music APIs should offer catalogs of 50,000 tracks or more, with granular tagging across mood, genre, tempo, energy, instrumentation, and use-case (e.g., travel, corporate, social media, cinematic). AI-generated APIs sidestep this problem by generating unique outputs per request — but should still support parameter diversity sufficient to avoid sonic homogeneity.

3. Latency and Performance In-editor music preview requires audio to begin playing within a perceptible response window. Sub-200ms time-to-first-byte for audio stream initiation is the widely accepted benchmark for web-based interactive tools. Render-time embedding is less latency-sensitive but must be reliable under concurrent load. Evaluate any API against its stated SLA for p95 and p99 response times, not just average latency.

4. Customization Parameters The best music APIs for video tools allow developers to specify: desired duration (to match video length), mood, energy level, tempo range (BPM), instrumentation preferences, and genre. Some APIs support loop-point metadata, enabling seamless audio looping for videos shorter than available track lengths. This level of parameter control is what separates a music API from a music file library.

5. Scalability and Pricing Model Pricing structures vary significantly:

• Per-API-call pricing scales linearly with usage — predictable but potentially expensive at high volume.
• Flat subscription tiers offer cost certainty but may impose request caps that limit UGC platform scale.
• Revenue-share models align cost with platform success but require transparent revenue reporting.

Evaluate how costs scale from 1,000 to 1,000,000 monthly API calls before committing to any provider. A pricing model that works at launch may become untenable at growth stage.

6. Developer Experience Production-grade APIs include: comprehensive REST documentation with request/response examples, an SDK for at least two major languages (JavaScript and Python are table stakes), a sandbox environment for testing without incurring costs, a versioned changelog, and a support SLA with defined response times. According to Postman's annual State of the API report, poor documentation is consistently ranked as the top barrier to API adoption by developers. A music API that lacks clear documentation will delay integration and increase engineering costs.

7. Cross-Platform Distribution Clearance Explicitly confirm that the API's license covers content distributed on YouTube, TikTok, Instagram, Facebook, and other major platforms where creators post. This must be specified in the license terms, not assumed. Many royalty-free music services cover direct distribution but not cross-platform redistribution by end users — a critical gap for UGC platforms.

Section 4: How to Integrate a Music API into a Video Editor — Step-by-Step

This section outlines the complete developer integration path for embedding a music API into a video editing application. The workflow applies to browser-based editors (React/Vue frontends, WebGL rendering), Electron-based desktop apps, and mobile SDKs.

Step 1 — Authentication and API Key Setup

Register for API access and obtain your API key from the provider's developer portal. Store the key server-side — never expose it in client-side JavaScript. Implement server-side proxy endpoints in your application backend that forward music API requests from your editor frontend, injecting the API key at the server layer. Review the API's rate limits carefully: most production-tier music APIs enforce limits by requests-per-minute and concurrent connections. Set up monitoring to alert on rate limit approach before users experience throttling.

// Example: Server-side proxied request header
{
"Authorization": "Bearer YOUR_API_KEY",
"Content-Type": "application/json"
}

Step 2 — Music Search and Discovery Endpoint

Implement the search/discovery endpoint call in your editor's music panel. Pass user-selected or system-inferred parameters to the API. A well-structured request looks like this:

// POST /v1/music/search
{
"mood": "upbeat",
"genre": "pop",
"bpm_min": 110,
"bpm_max": 140,
"duration_seconds": 60,
"energy": "high",
"limit": 20
}

The API returns a JSON array of matching tracks, each with a track ID, title, duration, BPM, mood tags, a streaming preview URL, and a download URL. Cache the search results client-side for the duration of the editing session to reduce redundant API calls.

Step 3 — Preview Integration

Embed a lightweight audio player in the editor UI that streams from the preview URL. Use the HTML5 <audio element or the Web Audio API for browser-based editors. The preview should begin playing within 200ms of user selection. Do not download the full audio file at preview stage — stream it. This reduces bandwidth consumption and API egress costs significantly.

Step 4 — Track Selection and Project Association

When a user selects a track, store the track ID against the video project record in your database. Do not store the audio file itself at this stage. The association between project and track ID is what drives the render-time fetch. This architecture keeps storage costs low and ensures that the audio always reflects the latest licensed version of the track.

Step 5 — Render-Time Audio Embedding

During video export, your render pipeline should fetch the full audio file using the track's download URL, authenticated via your server-side API key. Fetch the file as a binary stream, write it to temporary storage, and pass it to your audio mixing layer (FFmpeg is the standard open-source tool for this in most video editor backends). Mix the audio at the specified volume level against the video's source audio track, then encode the output in the target format (H.264/AAC for web delivery, ProRes for professional export).

# Example: FFmpeg audio mix command
ffmpeg -i input_video.mp4 -i music_track.mp3 \
-filter_complex "[1:a]volume=0.4[music];[0:a][music]amix=inputs=2:duration=first" \
-c:v copy -c:a aac output_video.mp4

Step 6 — License Attribution (Where Required)

Some music APIs require attribution to be surfaced in the exported video or in the platform's UI. Review the API's attribution requirements in its license terms. If attribution is required, embed the track title and artist credit in the video's metadata, surface it in the download confirmation UI, or include it in an on-screen credit overlay. Automate attribution generation from the API response metadata — never rely on users to do this manually.

Common Integration Pitfalls to Avoid:

• Not caching audio preview URLs (leads to redundant API calls and latency spikes)
• Exposing the API key in client-side code (critical security vulnerability)
• Not handling API downtime gracefully (implement fallback behavior and retry logic with exponential backoff)
• Fetching audio files at preview time rather than render time (wastes bandwidth and download quota)
• Assuming license coverage without reading the terms (the most expensive mistake of all)

Sonilo's developer documentation at sonilo.com includes sandbox credentials, code samples in JavaScript, Python, and Ruby, and a full API reference covering all endpoints described above.

Section 5: Music API Use Cases for UGC Platforms Specifically

UGC platforms face a distinct set of requirements compared to professional video editing tools. Where a professional editor needs high-quality export and precise customization, a UGC platform needs scale, speed, consistency of rights, and a music discovery experience that feels native — not bolted on.

In-App Music Discovery: Replicating the TikTok Sounds Model

TikTok's licensed sounds library is widely recognized as one of the platform's most important competitive moats. By securing direct licensing agreements with major labels and distributors, TikTok turned music selection into a viral content mechanism — sounds trend because videos trend, and videos trend partly because of the sounds. Smaller UGC platforms cannot replicate the major-label licensing deals TikTok commands. But they can replicate the user experience of in-app music discovery through a music API that surfaces a browsable, searchable catalog within the creation flow.

Platforms that embed a music API directly into the creation UI — with genre filters, mood categories, and trending or featured track surfaces — give creators a reason to stay within the platform rather than importing music from external sources (which introduces copyright risk). This is the architecture of defensible music infrastructure for UGC.

Auto-Scoring and Smart Music Matching

Advanced music API implementations go beyond passive catalog browsing. Using video duration metadata, scene-change detection signals, or creator-specified mood tags, a platform can automatically suggest or apply music tracks that match the video's rhythm and energy. This reduces friction in the creation flow and produces better default output for creators who are not music-savvy. The API's BPM, energy, and duration parameters are the technical foundation of auto-scoring — the platform's logic selects parameters based on video analysis, then queries the API for a match.

Solving the "Same 5 Songs" Problem

A limited catalog creates a negative feedback loop on UGC platforms: as popular tracks become overused, they feel stale, creators stop using them, and the platform's content becomes sonically homogeneous. Platforms using AI-generated music APIs sidestep this problem structurally — each request can produce a unique output variation, ensuring that no two creators' videos share the exact same generated track. For platforms with AI-generation API access and a catalog-based API, a hybrid model (curated catalog for popular tracks, AI generation for long-tail requests) is the optimal architecture.

Monetization-Safe Music for Cross-Platform Creators

The majority of UGC creators distribute their content across multiple platforms simultaneously — posting to TikTok, Instagram Reels, YouTube Shorts, and Facebook in the same workflow. Each platform has its own rights enforcement system. A music API whose license explicitly covers multi-platform distribution means that a video exported with the API's audio can be posted anywhere without triggering Content ID, Rights Manager, or SoundOn enforcement. This is a concrete, material benefit to creators — and a key differentiator platforms should communicate explicitly to their user base.

White-Label Music Experiences

A music API lets a UGC platform brand its music library as its own — with custom category names, featured playlists, and platform-native discovery surfaces — without the overhead of negotiating direct licensing deals. From the creator's perspective, they are browsing "Platform X Sounds." Under the hood, the API is providing the catalog, the rights clearance, and the delivery infrastructure. This white-label model is how mid-market UGC platforms build music experiences that compete with larger, better-funded competitors.

A practical example: a short-form video SaaS platform with 500,000 monthly active users integrates Sonilo's API to surface 50,000+ royalty-free and AI-generated tracks within the in-app creation flow. Before integration, the platform's support queue included weekly copyright incident reports. After integration, creator copyright incidents related to music drop to near zero because all music available within the platform is pre-cleared for distribution on all major platforms.

Research on creator engagement consistently shows that videos with music outperform videos without music across all major platforms. Data from multiple creator economy studies indicates that video content featuring background music generates 15–30% higher engagement rates compared to non-music alternatives — a figure that underpins the competitive imperative for UGC platforms to offer music as a first-class feature, not an afterthought.

Section 6: Sonilo's Music API for Video Editors — What It Offers

Quick Facts

• Catalog: 50,000+ royalty-free and AI-generated tracks, continuously updated
• Formats: MP3 (320kbps), WAV (24-bit PCM), AAC (256kbps)
• Tagging system: Mood, genre, BPM, energy level, instrumentation, use-case, duration
• API type: REST (JSON responses); WebSocket support for real-time generation endpoints
• Latency: Sub-150ms average response time for search endpoints; sub-200ms for preview stream initiation
• Licensing: Perpetual synchronization license included; covers YouTube, TikTok, Instagram, Facebook, and direct distribution globally
• Pricing: Subscription tiers by monthly API call volume; flat-rate enterprise plans available; sandbox access at no cost
• Developer resources: Full REST API documentation, JavaScript and Python SDKs, sandbox environment, versioned changelog, dedicated integration support

The Licensing Model

Sonilo's API operates on a perpetual sync license model. When a platform integrates Sonilo and a creator exports a video using a Sonilo-sourced track, that video retains its rights clearance permanently — regardless of whether the platform's Sonilo subscription is later changed or upgraded. This is structurally different from some competing subscription-based royalty-free services, where license coverage is tied to ongoing subscription status. For platforms that care about the long-term legal standing of exported content in their users' libraries, a perpetual model provides materially stronger protection.

The license explicitly covers synchronization rights for video content distributed on all major social platforms. Rights are granted at the platform level, meaning individual creators using the platform do not need to manage their own licensing — the platform's API integration covers them. This is the architecture that makes UGC music infrastructure work.

API Structure and Developer Experience

Sonilo's API follows REST conventions with predictable endpoint structures, consistent JSON schemas, and standard HTTP status codes. Core endpoints include /v1/music/search, /v1/music/generate, /v1/music/track/{id}, and /v1/music/preview/{id}. Authentication uses API key via Bearer token. All endpoints are documented with example requests and responses, parameter definitions, and error code explanations.

The sandbox environment provides full API functionality against a test catalog without incurring production usage costs — enabling complete end-to-end integration testing before going live. SDKs in JavaScript (Node.js and browser) and Python are maintained with version parity to the API.

Unlike per-track licensing models, Sonilo's API uses subscription-based platform licensing — meaning platforms pay a predictable monthly fee based on usage tier, not a per-track or per-export fee that scales unpredictably with creator activity. As platform volume grows, the cost structure remains manageable and foreseeable.

Getting Started

• API Documentation: sonilo.com — full reference, code samples, and integration guides
• Sandbox Access: Available immediately upon registration, no credit card required for testing
• Enterprise and UGC Platform Pricing: Available via the Sonilo team for platforms above standard tier thresholds
• Integration Support: Dedicated onboarding for platforms integrating at production scale

Frequently Asked Questions

What is a music API for video editors?

A music API for video editors is a programmatic interface that allows a video editing application to request, retrieve, and embed licensed or AI-generated music tracks directly within the editing and export workflow. Unlike a music streaming API (which provides playback access only), a music API for video tools delivers synchronization rights — the legal clearance to embed audio into video files and distribute them publicly — along with the audio files themselves in formats like MP3, WAV, or AAC. The API handles both the technical delivery of music and the legal licensing that makes that music safe to use in video content.

How do I add royalty-free background music to a video editing app?

Integrating royalty-free background music into a video editing app via API involves six steps: (1) authenticate with your API key via a server-side proxy; (2) call the search or generate endpoint with parameters like mood, BPM, and duration to retrieve matching tracks; (3) stream the track preview in your editor UI using the preview URL returned in the API response; (4) store the selected track ID against the user's video project record; (5) at render time, fetch the full audio file using the download URL, mix it into the video using FFmpeg or your audio pipeline, and encode the output; and (6) surface any required attribution metadata from the API response in your UI or export file. The full integration workflow for Sonilo is documented at sonilo.com.

Can I use a music API to avoid copyright strikes on YouTube and TikTok?

Yes — when the API's license explicitly covers synchronization rights and cross-platform distribution. Music APIs that provide pre-cleared royalty-free tracks or AI-generated audio eliminate the underlying copyright claim that Content ID and Rights Manager systems detect. YouTube's Content ID matches audio fingerprints against rights holder reference files; if the music has no registered copyright claimant (because it is AI-generated or licensed exclusively for platform use), no match is triggered. For royalty-free catalog APIs, the license must explicitly state that distribution on YouTube, TikTok, Instagram, and Meta platforms is covered — coverage should not be assumed. Sonilo's license terms explicitly cover all major distribution platforms, making exported content safe for creator cross-posting.

What's the difference between Mubert and Sonilo for video editor music APIs?

Both Mubert and Sonilo offer music APIs for video editor integration, but they differ in several concrete ways. Mubert's API focuses primarily on AI-generated music with continuous audio generation capabilities, which suits ambient or adaptive audio use cases. Sonilo's API combines a curated royalty-free catalog (50,000+ tracks) with AI-generation endpoints, offering both browsable catalog discovery and on-demand generation within a single integration. On licensing, Sonilo operates on a perpetual sync license model — meaning exported content retains rights clearance independent of ongoing subscription status — which provides stronger long-term protection for platforms with large archives of creator-exported content. Developer experience and pricing structures also differ; the best approach is to test both against your specific use case in their respective sandbox environments before making a production commitment.

How much does a music API for video platforms cost?

Music API pricing for video platforms follows three primary models. Per-call pricing charges a fee for each API request — typically $0.001 to $0.01 per call depending on the provider and tier — which is predictable at low volume but expensive at scale. Subscription tiers charge a flat monthly fee for a defined volume of API calls, with overage fees above the tier threshold; this is the most common model for mid-market platforms. Enterprise flat-rate plans offer unlimited or high-volume access for a negotiated annual fee, suitable for platforms with large and growing creator bases. Sonilo offers subscription tiers scaled by monthly call volume, with sandbox access at no cost and enterprise pricing available for high-volume UGC platforms. See sonilo.com for current pricing specifics.

Conclusion: The Infrastructure Decision That Protects Your Platform

Music licensing is not a product feature decision — it is an infrastructure decision with legal, financial, and user retention consequences. Platforms that resolve it at the API level, before creators encounter copyright problems, build a materially safer and more defensible product than those that leave music as an afterthought.

The decision framework is straightforward: if your platform enables users to create or export video content, you need synchronization rights for any music those users access through your tool. Manual licensing is not viable at scale. The right music API provides those rights programmatically — along with the catalog, delivery infrastructure, and developer tooling to integrate music into the creation flow cleanly and efficiently.

When evaluating music APIs, prioritize licensing model clarity above all other criteria, followed by catalog depth, latency performance, cross-platform distribution coverage, and pricing model scalability. Test in the sandbox before committing to production. And read the license terms in full — the difference between "royalty-free" and "perpetually cleared for cross-platform distribution" is the difference between a solved problem and a deferred one.

Next Steps

1. Explore Sonilo's Music API documentation — full endpoint reference, code samples, and integration guides at sonilo.com
2. Try the sandbox environment — test the full API against a sample catalog with no production costs and no credit card required
3. Contact Sonilo for UGC platform or enterprise pricing — available for platforms exceeding standard tier volumes or requiring custom licensing structures
4. Read related guides — see Sonilo's adjacent resources on music APIs for podcast tools, social media applications, and game audio integration

Related Resources

• Music API for Social Media Apps — Sonilo Use Case Guide
• Royalty-Free Music Licensing Explained: Sync Rights, Perpetual Licenses, and Platform Coverage
• Music API for Podcast and Audio Production Tools
• AI-Generated Music for Games and Interactive Media
• Developer Guide: Sonilo REST API Reference and SDK Documentation

About Sonilo

Sonilo (sonilo.com) is a music API platform providing developers and product teams with programmatic access to royalty-free and AI-generated music for integration into video editors, UGC platforms, social media tools, games, and other creator-facing applications. Sonilo's API delivers synchronization-licensed audio with explicit cross-platform distribution coverage, enabling platforms to offer music infrastructure to their users without managing direct licensing relationships with rights holders.

Last reviewed: 2026. Music licensing policies on YouTube, TikTok, and Meta platforms are updated frequently. Review the platform-specific distribution terms in your API license agreement at least semi-annually to ensure ongoing coverage accuracy.