LALAL.AI: AI-Powered Vocal Removal and Music Source Separation Service

LALAL.AI

Tags
Pricing model
Freemium
Upvote 0
LALAL.AI is an advanced service for vocal removal and music source separation, enabling users to isolate vocals, accompaniment, and a variety of instruments from any audio or video file through high-quality stem splitting driven by AI technology. Users can buy packages with varying minute allocations for file splitting and download complete stems. Additionally, the service provides an API for businesses to incorporate the technology into their projects.

Similar neural networks:

Freemium
Upvote 0
0
AIVA is an AI platform designed to assist individuals in composing music swiftly and effortlessly for their projects. It provides preset algorithms enabling users to generate music across various genres, including Modern Cinematic, Electronic, Pop, Ambient Rock, Fantasy, Jazz, Sea Shanty, 20th Century Cinematic, Tango, and Chinese. The Pro Plan offers users complete copyright ownership of their creations with AIVA, allowing for commercial use.
Freemium
Upvote 0
0
Mubert is a tool for developers, brands, and creators to produce, design, and utilize royalty-free music. It provides services like Mubert Render, Mubert Studio, Mubert API, Mubert Play, and Mubert for Streamers, allowing users to generate, share, and enjoy music.
Paid
Upvote 0
0
Vocalist.ai is a tool driven by AI that converts vocal recordings into high-quality singing and rapping performances through custom vocal models, enabling users to generate studio-standard vocals from simple recordings. This service is especially beneficial for music producers, songwriters, and composers in TV and film, aiming to improve their tracks with top-notch vocals swiftly and effectively. Its main attraction is the provision of royalty-free, ethically sourced AI vocals, featuring an array of world-class vocalist and rapper models for creative exploration and production, all while guaranteeing fair compensation for the original artists whose voices are used as models.