AI Crate Digging for Beats & Vocal Isolation with Lalal.AI

TL;DR

This video explores the process of using AI music generators to create original music by combining AI-generated samples and AI-generated stems.

Transcript

hey everybody so I've been wanting to dive back into the AI music side of things but I really wasn't sure what I wanted to cover as luck would have it today's sponsor lalal.ai reached out that's something I did have an idea could we go crate digging with an AI music generator So today we're going to take a look at suno's latest update as a music ge... Read More

Key Insights

• 🎵 Suno's latest update in music generation is impressive, allowing users to enter lyrics and specify genres and vocal types for generated music. It even responds to prompts for choruses and verses.
• 🎶 The generated music by Suno has a vintage and fuzzy vibe, perfect for those aiming for a dusty, old-school sound. It may take a few prompts to find the desired sound.
• 📻 Lalal.ai is a website that allows users to upload songs and isolate audio tracks like vocals, instruments, and more. The quality of extraction, especially for bass, is impressive.
• 🪕 Lalal.ai works well with traditionally recorded songs and provides good results when isolating individual tracks, including wind instruments in a jazz trio.
• 🎹 Using Ableton and NPC pads, users can have fun with the isolated instrumental tracks from Lalal.ai. The instrumental tracks can be loaded into Ableton's Sampler, allowing for further manipulation and creativity.
• 🎤 The isolated vocal track can also be used in Ableton's Sampler, providing flexibility in creating a unique music composition.
• 📀 The process of using AI music generation and audio track isolation demonstrates that AI can save time and effort in crate digging for sampled material, but vinyl enthusiasts should still support their local record stores.
• 🎧 The process of using AI music generation and audio track isolation can be a fun and creative way to experiment with different sounds and genres, showcasing the possibilities of AI in music production.

Questions & Answers

Q: How does the process of crate digging relate to AI music generation?

Crate digging is a term used to describe searching for vinyl records with unique samples, and AI music generation eliminates the need for physical records by creating digital samples and stems.

Q: What are some examples of AI-generated music prompts and their results?

Examples include prompts for 1960s Soul female lead vocals and Native American Metal, which produced AI-generated music with unique stylistic qualities based on the given prompts.

Q: What is the purpose of using Lalal.ai in conjunction with AI music generation?

Lalal.ai allows users to isolate and extract specific elements from a song, such as vocals or instrumentals, which can then be further manipulated and incorporated into the creation of original music using AI-generated samples.

Q: How can AI music generation be used by musicians and producers in their creative process?

AI music generation provides musicians and producers with a vast array of AI-generated samples and stems that can serve as a starting point or inspiration for their own original compositions and productions.

Q: What are the advantages and limitations of using AI music generation in the creation of original music?

The advantages include the ability to quickly access a wide variety of AI-generated samples and stems, while the limitations include the need for experimentation and multiple prompts to find a desired result, as well as potential artifacting or quality issues in the AI-generated music.

Summary & Key Takeaways

• The video discusses the concept of "crate digging" and its relevance to beat makers in the past.

• The video showcases the use of the AI music generator Suno to generate samples and prompts in various genres and styles.

• The video then demonstrates how the AI platform Lalal.ai can be used to isolate and extract specific elements from a song, such as vocals or instrumentals, to create stems for further manipulation in a digital audio workstation.