How do streaming platforms pay artists?

by time news

Year-end rankings have become ‍essential for users of streaming platforms. Listening times,most‌ listened to songs,number of artists and genres listened to… each submission offers a⁣ personalized ‍summary to its subscribers. If you’re more of a fan ​of post-punk than French rap and your chart doesn’t include taylor Swift‍ or werenoi, chances are your ⁢subscription only marginally funds your favorite artists.

Year after year, artist royalties continue to increase, but remain insufficient for many voices⁢ in recorded music. The market, which‍ went through a serious ‌crisis with the advent ⁤of the Internet and the CD ‌crisis, is starting⁣ to recover thanks to the continuous growth of streaming.In France, the happy times​ of the music industry are still far away, despite the notable growth of ‍digital media ‌over the last decade.

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“Since their creation in the mid-2000s, platforms’ models of artist compensation have changed littlecomments​ François Moreau, cultural economist and professor⁤ at the Sorbonne-Paris-Nord University.But now that streaming revenues have become ‌the majority, everyone is becoming more sensitive to⁤ the issue. »

It ⁣is in this sense⁣ that‌ Emmanuel Macron wanted ‌to⁢ denounce, in Variety on‌ October 9, a model “false”ha ” One Way ⁤”Who​ “he underestimates several artists who ⁢have an average audience, while an‍ artist who is suddenly dumped by a few young people for a few‌ months will be​ paid quite well”.

twelve ⁢million paying subscribers in France

Most of the streaming revenue comes ​from subscribers to the diffrent platforms.‍ Spotify, Amazon Music,⁣ Deezer, ‌YouTube music, Apple Music, soundcloud… there were twelve million paying accounts in France in 2023, according​ to the National⁤ Union of Phonographic Publishing (SNEP). With 16% of internet users paying for a subscription, the French market remains weak compared to the⁤ United Kingdom (26.5%) or the United States (30.1%).

Before ‌redistributing their revenues to‌ music, each platform​ retains⁤ almost ⁤30% of ‌the⁢ overall revenues.⁢ The remaining 70% does not‌ go directly to ⁣the artist:

  • 55% goes to the labels‌ (mainly‍ the​ three majors, Universal, Warner and sony), which produce and record the titles. With‌ this revenue the labels ​first‌ reimburse the advance given​ to the artists⁢ during the recording phase, then any profits are divided between the producers and the performers according ⁢to contracts negotiated between them (on⁤ average around 10%-15% in favor of the artist⁢ );
  • 15% goes to the ⁣authors, composers and ⁣the publisher, through Sacem.

You⁢ have ‌74.38% of this article⁤ left to read.​ The rest ‌is reserved for subscribers.

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How can I⁢ customize data points ‌in a chart configuration ⁢JSON?

It looks like you’ve shared a JSON-like structure or data snippet that might ⁣be part of a chart configuration ⁤or a data visualization library. This typically includes data points, their identifiers, and various⁤ settings related⁤ to their ⁢display (like visibility, data labels, colors, etc.).

Here’s a clearer breakdown of your⁢ data structure:

  1. Main Data Points:

⁤ – Each data ⁤point consists⁢ of an array wiht elements representing:

– The numeric value (e.g., ‍ 446.0, 451.0, etc.)

‌ – an empty string ​(possibly for a label)

⁢ – An identifier (e.g., "pt10", "pt11", etc.)

‍ – A boolean for ​enabling/disabling the marker

‌ -⁢ A boolean for enabling/disabling data labels

  1. Keys:

-‍ The “keys” array lists the attributes for the data points, which can include:

​ – y – the numerical value

-‍ colour – color coding for the points

id – identifier ​for the point

marker.enabled – specifies if marker points are⁤ enabled

‍ – dataLabels.enabled – specifies if data labels are ​enabled

  1. Stack and Series Facts:

‍-⁢ Other properties include the name of the ​dataset (“Numérique”), line‍ width, color, type, axis assignment (yAxis), visibility status,‍ and data ⁢labels settings.

Here’s an example of how the structure could be clarified:

json

{

"data": [

{

"y": 446.0,

"label": "",

"id": "pt10",

"marker": { "enabled": false },

"dataLabels": { "enabled": false }

},

{

"y": 451.0,

"label": "",

"id": "pt11",

"marker": { "enabled": false },

"dataLabels": { "enabled": false }

},

{

"y": 400.0,

"label": "",

"id": "pt12",

"marker": { "enabled": false },

"dataLabels": { "enabled": false }

},

...

],

"keys": [

"y",

"label",

"id",

"marker.enabled",

"dataLabels.enabled"

],

"series": {

"stack": null,

"name": "Numérique",

"lineWidth": 2,

"color": "#A2DCE7",

"type": "",

"yAxis": "0",

"visible": true,

"dataLabels": { "enabled": false }

}

}

If you need help with anything specific regarding this structure‌ or would like further assistance (like visualizing the data ⁢or converting it for a specific use), please ‌let‍ me know!

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