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Music Distribution API: The Complete Developer Guide to Spotify, Apple Music & DSP Delivery in 2026

Sonentra EditorialUpdated October 6, 202617 min read

Music Distribution API: The Complete Developer Guide to Spotify, Apple Music & DSP Delivery in 2026

Updated October 2026

Building a music distribution product creates an unusual technical problem.

Developers can use APIs from streaming platforms such as Spotify and Apple Music to access catalog information, playlists, libraries and other consumer-facing functionality.

But those APIs are not the same thing as the infrastructure used by labels and distributors to deliver new commercial releases to digital service providers (DSPs).

If you are building a record-label platform, distributor, music SaaS application or white-label music business, you need a different layer of infrastructure.

That is where a music distribution API comes in.

A distribution API can allow your software to programmatically create artists, build releases, manage tracks and assets, validate metadata, choose destinations, submit releases and monitor delivery without forcing your users to leave your application.

This guide explains how that architecture works, what developers should look for, how DSP delivery differs from consumer music APIs, and how a platform such as Sonentra can fit into your application.

What is a music distribution API?

A music distribution API is an application programming interface that exposes part or all of the digital music distribution workflow to software developers.

Instead of an employee manually entering every release into a distributor’s dashboard, your own application can communicate with the distribution infrastructure programmatically.

A simplified workflow looks like this:

Your Application → Distribution API → Validation → Distribution Infrastructure → DSPs

Your application remains responsible for the customer experience.

The distribution infrastructure handles the specialized workflow required to prepare and process releases.

Depending on the provider, an API may expose:

artists;
labels;
releases;
tracks;
audio assets;
artwork;
metadata;
territories;
DSP selection;
release validation;
submission;
delivery status;
takedowns;
webhooks;
analytics;
royalty data;
and other operational functionality.

This makes it possible to build distribution directly into an existing SaaS product or create an entirely new branded distributor.

Can I upload music directly through the Spotify API?

This is one of the most important distinctions for developers to understand.

Spotify has a public Web API, but its documented functionality focuses on interacting with Spotify’s existing service and catalog.

Developers can use it for functionality such as:

retrieving artist information;
retrieving album and track metadata;
searching Spotify;
working with playlists;
interacting with a user’s library;
and playback-related experiences.

That is different from delivering a new commercial master recording into Spotify’s catalog as a label or distributor.

If your goal is:

“My application has a WAV file and release metadata. I want to deliver this as a new commercial release to Spotify.”

you are dealing with music supply-chain infrastructure, not the ordinary Spotify Web API.

That distinction prevents a common architectural mistake.

What about the Apple Music API?

A similar distinction applies to Apple’s public developer tools.

MusicKit and the Apple Music API allow applications to work with Apple’s existing music catalog and, with appropriate user authorization, functionality such as libraries, playlists, favorites and playback.

That does not mean an ordinary developer API call can be used to onboard a new commercial master into Apple Music as a distributor.

Release delivery belongs to a different music-industry workflow.

Therefore:

Spotify Web API ≠ Spotify distribution delivery

and

Apple Music API ≠ Apple Music distribution delivery

The words “music API” can describe very different products.

How are releases actually delivered to DSPs?

The music industry has specialized supply-chain standards and delivery relationships.

One of the most important standards organizations in this area is DDEX — Digital Data Exchange.

DDEX maintains standards for exchanging music-industry data between companies.

For release delivery, one particularly important standard is the:

Electronic Release Notification Message Suite — ERN

DDEX describes ERN as the standard used by record companies and distributors to communicate release information and availability terms to digital music service providers.

An ERN message can contain information about:

the release;
recordings and other resources;
artists;
identifiers;
contributors;
territories;
release dates;
commercial availability;
and the conditions under which a DSP may make the release available.

As of October 2026, the latest published ERN version is ERN 4.3.2.

This is very different from sending a simple request such as:

POST /spotify/upload

The real distribution supply chain is considerably more sophisticated.

Why use a distribution API instead of integrating every DSP yourself?

At first, direct integrations may sound attractive.

Your architecture might appear to be:

Your App
   │
   ├── Spotify
   ├── Apple Music
   ├── Amazon Music
   ├── YouTube Music
   ├── Deezer
   ├── TIDAL
   ├── TikTok
   └── Other DSPs

But your company would then need to manage multiple commercial and technical relationships, differing metadata requirements, delivery formats, status systems and changes in platform requirements.

A distribution infrastructure layer changes the architecture:

Your Application
       │
       ▼
Distribution API
       │
       ▼
Catalog + Metadata
       │
       ▼
Validation / QC
       │
       ▼
Distribution Infrastructure
       │
       ├── DSP A
       ├── DSP B
       ├── DSP C
       ├── DSP D
       └── ...

Your engineering team integrates once with the distribution infrastructure rather than attempting to reinvent the entire supply chain.

How the Sonentra API workflow works

Sonentra provides a REST-oriented developer workflow designed around the lifecycle of a release.

At a high level:

YOUR APPLICATION
       │
       ▼
SONENTRA API
       │
       ├── Authentication
       │
       ├── DSP Discovery
       │
       ├── Artists
       │
       ├── Releases
       │
       ├── Tracks & Assets
       │
       ├── Store Selection
       │
       ├── Validation
       │
       ├── Submission
       │
       ├── Delivery Status
       │
       └── Webhooks
       │
       ▼
DISTRIBUTION WORKFLOW
       │
       ▼
DIGITAL MUSIC SERVICES

The recommended release lifecycle is:

Authenticate → Fetch Stores → Create Artist → Create Release → Add Tracks → Select Stores → Validate → Submit → Track Delivery

This order matters.

Distribution is a stateful business workflow rather than one upload request.

Sandbox vs Production

A distribution API should allow developers to build without accidentally initiating real commercial deliveries.

Sonentra therefore separates test and production credentials.

Sandbox credentials use the prefix:

sn_test_

Production credentials use:

sn_live_

The principle is straightforward:

Development
     │
     ▼
Sandbox API Key
sn_test_...
     │
     ▼
Build Integration
     │
     ▼
Test Releases
     │
     ▼
Validate Workflow
     │
     ▼
Production Approval / Activation
     │
     ▼
Production API Key
sn_live_...

Developers should build and test against Sandbox first.

Production credentials should never be placed inside public browser JavaScript, mobile application source code or public repositories.

Keep them on your backend.

Step 1: Authentication

API authentication establishes which organization or application is making a request.

A typical bearer-token request looks conceptually like:

curl https://api.sonentra.com/v1/example \
  -H "Authorization: Bearer sn_test_YOUR_KEY"

Your API key is a credential.

Treat it like a password.

Do not:

commit it to Git;
place it inside frontend JavaScript;
expose it in screenshots;
send it through public support channels;
or hard-code it into distributed applications.

Instead, use environment variables or a secrets-management system.

For example:

SONENTRA_API_KEY=sn_test_xxxxxxxxx

Your backend reads the credential and communicates with Sonentra.

Step 2: Discover available DSPs

Do not hard-code your entire store list if the API provides destination discovery.

Distribution platforms evolve.

A destination can have different:

metadata requirements;
territories;
release capabilities;
content restrictions;
delivery states;
or validation rules.

A better application architecture retrieves the available destination information from the distribution infrastructure.

Your UI can then display destinations dynamically.

For example:

Distribution Destinations

☑ Spotify
☑ Apple Music
☑ YouTube Music
☑ Amazon Music
☑ Deezer
☑ TIDAL
☑ TikTok
...

The API—not your frontend code—should remain the source of truth.

Step 3: Create or identify the artist

Before building a release, your system needs an artist entity.

An artist record can become the relationship point between:

releases;
tracks;
DSP identities;
catalog data;
analytics;
and future updates.

A simplified conceptual request could look like:

{
  "name": "Example Artist"
}

Your application stores the returned Sonentra artist identifier.

For example:

art_123456

You can then associate future releases with that artist.

Step 4: Create the release

A release is not merely an audio file.

It is a structured product.

Depending on release type and destination requirements, metadata can include:

release title;
version;
primary artist;
featuring artists;
label;
copyright information;
release date;
original release date;
language;
genre;
UPC/EAN;
territories;
explicit-content status;
artwork;
and other fields.

Conceptually:

{
  "title": "Midnight Drive",
  "artist_id": "art_123456",
  "release_date": "2026-11-20",
  "genre": "Electronic"
}

Your application should save the returned release ID.

For example:

rel_789012

That identifier becomes the anchor for tracks, store selections, validation and delivery status.

Step 5: Add tracks and assets

A release contains one or more tracks.

Track metadata may include:

title;
version;
ISRC;
primary artist;
featured artist;
composer;
lyricist;
producer;
explicit status;
language;
audio asset;
and sequencing information.

A conceptual representation:

{
  "release_id": "rel_789012",
  "title": "Neon Lights",
  "artist_id": "art_123456",
  "isrc": "XXABC2600001",
  "explicit": false
}

The audio master and artwork are also part of the release workflow.

Your application should validate basic file requirements before upload where possible.

That improves user experience because obvious errors can be caught immediately.

Step 6: Select distribution destinations

Not every release necessarily needs to go everywhere.

Your application may allow customers to choose destinations.

For example:

SELECT STORES

Spotify             ✓
Apple Music         ✓
YouTube Music       ✓
Amazon Music        ✓
Deezer              ✓
TIDAL               ✓
TikTok              ✓

Store selection should occur before final submission because validation requirements can depend on the destinations selected.

Step 7: Validate before submitting

This is one of the most important stages of a professional distribution workflow.

Do not treat API acceptance as DSP acceptance.

A syntactically valid JSON request can still describe a release that is not ready for distribution.

Potential problems include:

missing metadata;
invalid identifiers;
incomplete contributor information;
invalid artwork;
missing audio;
release-date conflicts;
unsupported values;
missing rights information;
or DSP-specific requirements.

A good integration should therefore implement a dedicated validation step.

Conceptually:

Release Validation

✓ Release metadata complete
✓ Artwork accepted
✓ Audio asset present
✓ Track metadata complete
✓ Store requirements satisfied

READY FOR SUBMISSION

If validation fails, your application should show the user exactly what needs to be corrected.

Bad experience:

Release failed.

Better experience:

Apple Music requires composer information for Track 2.

Actionable errors reduce support tickets dramatically.

Step 8: Submit the release

Submission should be treated as a deliberate state transition.

Before submission:

draft

After successful validation:

ready

After submission:

submitted

Then processing may progress through additional states.

Your UI should prevent accidental duplicate submissions.

This is also where developers should think carefully about idempotency.

If a network request times out, your application should not blindly create or submit the same release again.

Where supported, use idempotency controls.

Otherwise, store request and release identifiers carefully and query state before retrying destructive or state-changing operations.

Step 9: Track delivery status

Submitting a release does not mean every DSP has made it live.

Your application should distinguish:

Submission status

from

DSP delivery status

A release might look like:

Release: Midnight Drive

Overall status:
PROCESSING

Spotify
DELIVERED

Apple Music
DELIVERED

Amazon Music
PROCESSING

Deezer
DELIVERED

TIDAL
PROCESSING

This is far more useful than a single global “sent” flag.

Per-DSP visibility is important because destinations process deliveries independently.

Step 10: Use webhooks instead of constant polling

You could repeatedly ask:

Is the release delivered yet?
Is the release delivered yet?
Is the release delivered yet?

But that is inefficient.

Webhooks allow the infrastructure provider to notify your backend when something changes.

The architecture becomes:

SONENTRA
    │
    │ POST webhook
    ▼
YOUR BACKEND
    │
    ├── Verify event
    ├── Update database
    ├── Update dashboard
    └── Notify customer

A conceptual event might contain:

{
  "event": "delivery.updated",
  "release_id": "rel_789012",
  "store": "spotify",
  "status": "delivered"
}

Your system could then automatically update the customer’s dashboard.

Webhook security

Never trust an incoming webhook simply because it contains JSON that looks correct.

A secure webhook implementation should verify authenticity according to the provider’s documented signing mechanism.

Your handler should also be:

idempotent;
fast;
retry-safe;
logged;
and tolerant of events arriving more than once.

A common architecture is:

Webhook arrives
      │
      ▼
Verify signature
      │
      ▼
Store event ID
      │
      ▼
Already processed?
   │          │
  YES        NO
   │          │
 Ignore     Process
              │
              ▼
       Return success

Do not perform long-running work before acknowledging the webhook if it can be queued safely.

Build the integration on your backend

Your browser should generally communicate with your backend, not directly with privileged distribution credentials.

Recommended architecture:

USER
 │
 ▼
YOUR FRONTEND
 │
 ▼
YOUR BACKEND
 │
 │  Sonentra credential
 ▼
SONENTRA API
 │
 ▼
DISTRIBUTION INFRASTRUCTURE

Avoid:

USER
 │
 ▼
BROWSER
 │
 │ sn_live_SECRET_KEY
 ▼
SONENTRA API

Anything shipped to a browser should be treated as discoverable.

Production secrets belong server-side.

Error handling matters

Music distribution workflows generate several categories of errors.

Your integration should distinguish between them.

Authentication errors

Examples:

missing credential;
invalid API key;
revoked credential;
wrong environment.

Validation errors

Examples:

missing artist;
invalid metadata;
missing artwork;
unsupported store requirement.

State errors

Examples:

attempting to submit an already submitted release;
editing a locked release;
requesting an invalid transition.

Rate-limit errors

Your application should respect documented rate limits and retry policies.

Temporary infrastructure errors

Use controlled retries with exponential backoff rather than immediately hammering the API again.

Sandbox should behave like production

A useful Sandbox is not merely an endpoint that always returns success.

Developers need to test realistic scenarios:

successful release creation;
validation failures;
invalid metadata;
authentication errors;
submission workflows;
status transitions;
webhook handling;
and retry behavior.

Your goal before Production should be to know exactly how your application behaves when something goes wrong.

Happy-path testing alone is not enough.

Distribution API vs Spotify API vs Apple Music API

These APIs solve different problems.

Capability	Distribution API	Spotify Web API	Apple Music API / MusicKit
Create distributor-side release workflow	✓	No	No
Manage distribution metadata	✓	No	No
Submit new commercial releases for distribution	✓	No	No
Track distributor delivery workflow	✓	No	No
Search existing music catalog	Provider-dependent	✓	✓
Manage user playlists	No / not primary purpose	✓	✓
Playback integration	No / not primary purpose	✓	✓
User music-library functionality	No / not primary purpose	✓	✓

This is why searching for “Spotify upload API” can lead developers in the wrong direction.

You need to identify which layer of the music ecosystem you are building for.

What can you build with a music distribution API?

The possibilities go beyond creating another generic distributor.

1. Your own music distribution company

Build:

YOUR BRAND
   │
   ├── Artist Signup
   ├── Subscription
   ├── Release Upload
   ├── Distribution
   ├── Analytics
   └── Royalties

while using infrastructure underneath for the specialized distribution workflow.

2. Record-label operating software

A label could manage:

artists;
releases;
metadata;
approvals;
delivery;
catalog;
and reporting

from one internal application.

3. Music SaaS products

Distribution can become one feature inside a larger product.

For example:

Music SaaS

Creation
   +
Collaboration
   +
Rights
   +
Distribution
   +
Analytics

Instead of forcing customers to export their work and use another service, your application could connect distribution into the workflow.

4. White-label distribution platforms

You can build a platform that appears entirely under your company’s brand while using a distribution API underneath.

Your users interact with:

music.yourcompany.com

not necessarily the infrastructure provider.

This is particularly useful for:

labels;
artist-management companies;
regional distributors;
creator platforms;
media companies;
and music-tech startups.

5. Catalog migration and automation tools

APIs are also useful for internal infrastructure.

You might build systems that:

migrate catalogs;
validate large metadata sets;
synchronize internal databases;
monitor delivery status;
automate release scheduling;
or connect distribution with accounting systems.

Not every API integration needs a public frontend.

REST API or dashboard?

These are not mutually exclusive.

There are three common approaches.

Hosted

Use the provider’s user interface.

Best for businesses that want to launch quickly.

Headless

Build your own frontend and communicate with the provider entirely through APIs.

Best for technology companies requiring complete UX control.

Hybrid

Use hosted infrastructure for some workflows and APIs for others.

For many growing companies, hybrid architecture is particularly practical because you can launch before rebuilding every administrative interface yourself.

What should you look for in a music distribution API?

Before choosing a provider, evaluate more than the endpoint count.

Public documentation

Can your engineering team understand the API before signing a contract?

Sandbox

Can you test without sending real releases?

Authentication

Is credential management clear and secure?

Release lifecycle

Can you create, modify, validate, submit and monitor releases?

DSP discovery

Can destinations and requirements be retrieved programmatically?

Validation

Can you identify problems before submission?

Delivery status

Can you see what happened at individual DSPs?

Webhooks

Can your system react to changes automatically?

Errors

Are errors structured and actionable?

Security

Does the provider document credential and webhook security?

Versioning

What happens when endpoints or requirements change?

Scalability

Can the API support your expected catalog and request volume?

Royalties and analytics

Can downstream business information eventually flow back through the same infrastructure?

Those questions reveal considerably more than “Do you have an API?”

What about DDEX?

Developers entering music distribution will eventually encounter DDEX.

DDEX standards exist because music metadata must move reliably between different organizations and systems.

For release delivery, ERN is particularly important.

As of October 2026, DDEX lists ERN 4.3.2 as the current baseline XML schema version.

However, this does not mean every startup needs to build an ERN implementation before launching a product.

One of the reasons to use distribution infrastructure is to abstract specialized industry workflows behind a developer-friendly interface.

Instead of forcing your application to construct complex music-industry messages directly, your application can work with resources that make sense to your product:

Artist
Release
Track
Asset
Store
Validation
Submission
Delivery

The infrastructure layer can then handle the deeper supply-chain implementation appropriate to its integrations.

Always verify a provider’s actual DDEX implementation and DSP relationships rather than assuming them merely because the provider offers an API.

Distribution APIs are not all equal

Several companies now expose music-business infrastructure programmatically.

For example, Revelator documents APIs covering content ingestion, user management, accounting and distribution.

LabelGrid publicly documents a REST distribution API with catalog management, validation, delivery, analytics, royalties and webhooks.

The competitive direction is clear:

Music distribution is moving toward programmable infrastructure.

That is good for developers.

But it also means evaluating API quality is becoming as important as evaluating the distributor’s dashboard.

Build vs buy: should you build distribution infrastructure yourself?

Suppose you build everything internally.

Your engineering and operations roadmap could eventually include:

catalog database;
metadata schemas;
file storage;
artwork processing;
audio processing;
identifier management;
validation engine;
DSP requirements;
delivery infrastructure;
status synchronization;
update workflows;
takedowns;
webhooks;
royalty ingestion;
reconciliation;
security;
fraud controls;
permissions;
audit logs;
and support tooling.

For some very large companies, owning that entire stack may make strategic sense.

For most startups, it can distract engineering resources from the part of the product customers actually see.

An API-first infrastructure model lets your team focus on:

your brand + your customer experience + your business model

while integrating specialized distribution capabilities underneath.

A recommended production architecture

A serious implementation could look like this:

                         ┌─────────────────┐
                         │     CUSTOMER    │
                         └────────┬────────┘
                                  │
                                  ▼
                         ┌─────────────────┐
                         │    FRONTEND     │
                         │ Web / Mobile    │
                         └────────┬────────┘
                                  │
                                  ▼
                    ┌──────────────────────────┐
                    │       YOUR BACKEND       │
                    │                          │
                    │ Authentication           │
                    │ Billing                  │
                    │ Customer database        │
                    │ Business rules           │
                    │ Sonentra integration     │
                    └────────────┬─────────────┘
                                 │
                                 ▼
                       ┌──────────────────┐
                       │   SONENTRA API   │
                       └────────┬─────────┘
                                │
              ┌─────────────────┼─────────────────┐
              ▼                 ▼                 ▼
          Catalog           Validation        Delivery
              │                 │                 │
              └─────────────────┼─────────────────┘
                                │
                                ▼
                         DSP WORKFLOW
                                │
                ┌───────────────┼───────────────┐
                ▼               ▼               ▼
             DSP A            DSP B            DSP C


SONENTRA WEBHOOKS
        │
        ▼
YOUR WEBHOOK ENDPOINT
        │
        ▼
QUEUE / WORKER
        │
        ▼
DATABASE
        │
        ▼
CUSTOMER DASHBOARD

This separation gives you control over your product without exposing privileged infrastructure credentials.

Production checklist

Before switching from Sandbox to Production, verify:

API secrets are stored server-side;
no production credentials exist in Git history;
validation errors are shown clearly;
duplicate submissions are prevented;
database IDs map correctly to provider IDs;
webhook authenticity is verified;
webhook handlers are idempotent;
failed events are logged;
retries use controlled backoff;
user permissions are enforced;
release state changes are audited;
your application handles partial DSP delivery;
customers understand that submission is not the same as going live;
and your support team can trace a release from creation through delivery.

Distribution is financial and rights-sensitive infrastructure.

Production engineering should reflect that.

Frequently asked questions

Is there a Spotify API for uploading music?

Spotify provides a public Web API for interacting with Spotify’s service and catalog, including metadata, search, playlists, libraries and playback-related functionality. That should not be confused with the supply-chain process distributors use to deliver new commercial releases.

Can I distribute directly to Apple Music using MusicKit?

MusicKit and the Apple Music API are designed for applications interacting with Apple Music’s catalog and user experiences such as playback, libraries and playlists. Commercial release delivery is a separate distributor/content-provider workflow.

What is a music distribution API?

It is an API that exposes music-distribution workflows such as catalog creation, metadata management, asset ingestion, validation, submission and delivery monitoring to software applications.

Do I need DDEX knowledge to build a distribution app?

Understanding DDEX is useful, particularly as your company becomes more sophisticated. But an infrastructure API can abstract much of the underlying supply-chain complexity behind simpler application resources.

Can I build my own music distributor with an API?

Yes. A distribution API can form part of the backend infrastructure while your company builds its own branding, frontend, onboarding, billing and customer experience.

Should I use Sandbox before Production?

Yes. Build, test failure scenarios and verify your complete workflow before using Production credentials.

Where should I store my production API key?

On your server or in an appropriate secret-management system. Never expose privileged production credentials in public frontend code.

Start building music distribution with Sonentra

Sonentra is building infrastructure for businesses that want to create their own music distribution experiences.

Instead of forcing customers into a generic consumer distributor, businesses can build around their own brand and software.

The Sonentra developer workflow is designed around:

Sandbox → Artists → Releases → Tracks → Stores → Validation → Submission → Delivery Status → Webhooks

Use the Sandbox to build and test your integration before moving to Production.

Build your own frontend

Keep control of your user experience while connecting your backend to Sonentra.

Validate before distribution

Check release and DSP requirements before submission.

Monitor delivery

Track the distribution lifecycle rather than treating submission as the final state.

Automate with webhooks

Synchronize delivery changes back into your application.

Explore the Sonentra API Documentation →

Start Building in Sandbox →

Explore Sonentra White Label →

Music Distribution API: The Complete Developer Guide to Spotify, Apple Music & DSP Delivery in 2026

What is a music distribution API?

Can I upload music directly through the Spotify API?

What about the Apple Music API?

How are releases actually delivered to DSPs?

Why use a distribution API instead of integrating every DSP yourself?

How the Sonentra API workflow works

Sandbox vs Production

Step 1: Authentication

Step 2: Discover available DSPs

Step 3: Create or identify the artist

Step 4: Create the release

Step 5: Add tracks and assets

Step 6: Select distribution destinations

Step 7: Validate before submitting

Step 8: Submit the release

Step 9: Track delivery status

Step 10: Use webhooks instead of constant polling

Webhook security

Build the integration on your backend

Error handling matters

Authentication errors

Validation errors

State errors

Rate-limit errors

Temporary infrastructure errors

Sandbox should behave like production

Distribution API vs Spotify API vs Apple Music API

What can you build with a music distribution API?

1. Your own music distribution company

2. Record-label operating software

3. Music SaaS products

4. White-label distribution platforms

5. Catalog migration and automation tools

REST API or dashboard?

Hosted

Headless

Hybrid

What should you look for in a music distribution API?

Public documentation

Sandbox

Authentication

Release lifecycle

DSP discovery

Validation

Delivery status

Webhooks

Errors

Security

Versioning

Scalability

Royalties and analytics

What about DDEX?

Distribution APIs are not all equal

Build vs buy: should you build distribution infrastructure yourself?

A recommended production architecture

Production checklist

Frequently asked questions

Is there a Spotify API for uploading music?

Can I distribute directly to Apple Music using MusicKit?

What is a music distribution API?

Do I need DDEX knowledge to build a distribution app?

Can I build my own music distributor with an API?

Should I use Sandbox before Production?

Where should I store my production API key?

Start building music distribution with Sonentra

Build your own frontend

Validate before distribution

Monitor delivery

Automate with webhooks

Continue learning

Build your music business on Sonentra.

Related resources

Best White-Label Music Distribution Platforms in 2027: Complete Buyer’s Guide

Best Music Distribution APIs in 2026: Sonentra vs Revelator vs LabelGrid & Enterprise Alternatives

DDEX Explained: The Complete Guide to Digital Music Delivery in 2026