Top40-Charts.com
Support our efforts,
sign up for our $5 membership!
(Start for free)
Register or login with just your e-mail address

Varidada Launches Soundwhich, An Algorithm-Driven Approach To Songwriting

Hot Songs Around The World

APT.
Rose & Bruno Mars
510 entries in 29 charts
Not Like Us
Kendrick Lamar
389 entries in 26 charts
Birds Of A Feather
Billie Eilish
884 entries in 25 charts
Die With A Smile
Lady Gaga & Bruno Mars
736 entries in 30 charts
That's So True
Gracie Abrams
374 entries in 22 charts
Messy
Lola Young
220 entries in 23 charts
A Bar Song (Tipsy)
Shaboozey
805 entries in 22 charts
Stargazing
Myles Smith
475 entries in 20 charts
Camino Por La Selva
Luli Pampin
173 entries in 3 charts
Tu Falta De Querer
Mon Laferte
213 entries in 3 charts
Bad Dreams
Teddy Swims
263 entries in 19 charts
Si Antes Te Hubiera Conocido
Karol G
317 entries in 13 charts
Abracadabra
Lady Gaga
100 entries in 25 charts
The Emptiness Machine
Linkin Park
241 entries in 21 charts
Varidada Launches Soundwhich, An Algorithm-Driven Approach To Songwriting
New York, NY (Top40 Charts) By converting the formulas of pop songwriting into algorithms, Soundwhich makes it easy for anyone to create exciting new songs in a matter of seconds.
With Soundwhich, anyone can combine these ingredients in any way they like to create a fully-realized piece of music, just like using meat, veggies and condiments to make a sandwich.
Music is math that moves people. That's the conceit behind Soundwhich, an online platform that allows users to access, combine and share the basic "ingredients" of music to create their own songs, all without preexisting musical knowledge.

"It's well-known that musicians use widely-accepted formulas to compose the bulk of the music we hear every day," says Soundwhich tech lead Roger Chen of San Francisco-based Varidada Inc. These formulas specify tempo, chords and song structure. This is the minimum information a musician needs to know to compose an "ingredient" such as a bass line or a vocal harmonic that can be mixed with musical elements by other musicians using the same formula.

Soundwhich's innovation is to transform these formulas into algorithms called "musical guidelines." Using these common guidelines, musicians can create "ingredients" (divided into melody, harmony, bass and drums) that can be combined in nearly infinite variations. Soundwhich collaborated with hundreds of vocalists, guitarists, pianists, drummers and electronic producers around the world to source these ingredients.

"When you talk about sampling, whether that's digging in the crates at the record store or using a program to remix digital files, you're talking about composition as assemblage," says Chen. "The existing elements have their own meaning and context, but it's the distinctive way you put them together that makes the song new. We're trying to make that process more accessible to those with no previous musical knowledge. With Soundwhich, anyone can combine these ingredients in any way they like to create a fully-realized piece of music, just like using meat, veggies and condiments to make a sandwich."

Using the platform to create songs is simple and intuitive. Once a user has selected their formula, they can search for ingredients by category and tag, adding and dropping elements from the mix in real time. Stick to ingredients within a single "genre" to snap together a jazzy instrumental, or wander further afield to create a heretofore-unknown fusion of house, latin and metal. Without human intervention, Soundwhich has produced over 150 billion songs by using every possible combination of the samples in its database—but the one thing software can't yet do is immediately recognize when it's scored a hit like a human can.

Users are able to purchase their best creations directly from Soundwhich under royalty free music terms. Custom music from Soundwhich can be used to soundtrack films, corporate videos, podcasts, games and advertisements.






Most read news of the week


© 2001-2025
top40-charts.com (S6)
about | site map
contact | privacy
Page gen. in 0.2392149 secs // 5 () queries in 0.0049111843109131 secs