The AI-powered co-pilot for professional songwriting and melodic composition.
Audoir is an advanced AI-driven songwriting platform designed to assist producers and lyricists in bridging the gap between inspiration and production. By 2026, Audoir has transitioned into a highly technical suite that leverages specialized Large Language Models (LLMs) trained specifically on musical structures, meter, and phonetics. Unlike generic text generators, Audoir's architecture understands the nuances of rhyme schemes (AABB, ABAB, etc.) and syllabic constraints, making it a critical tool for commercial music production. Its melodic engine provides MIDI-based chord and melody suggestions that are harmonically aligned with the generated lyrics. Positioned as a 'human-in-the-loop' assistant, it focuses on providing high-utility exports for Digital Audio Workstations (DAWs) rather than finished audio files, catering specifically to the professional music creator market. The 2026 iteration features enhanced 'Style Transfer' capabilities, allowing users to influence composition based on decade-specific harmonic patterns and linguistic styles, while maintaining a low-latency environment for real-time brainstorming sessions.
Uses phoneme-based vector embeddings to suggest rhymes that go beyond simple spelling, including slant and mosaic rhymes.
The premier AI music composition engine for unique, emotional soundtracks and MIDI-level creative control.
Architecting studio-grade MIDI and audio compositions through advanced algorithmic music theory.
Cloud-native DAW with integrated AI-driven orchestration and stem isolation.
AI-powered songwriting assistant for data-driven melody and chord progression generation.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Analyzes the syllable count of generated lyrics to create MIDI notes with corresponding durations and rhythms.
Translates emotional sentiment scores (Valence/Arousal) into harmonic chord progressions.
A fine-tuned transformer model that generates non-literal comparisons based on the user's core theme.
Supports lyrical generation in 10+ languages with respect to the unique stress patterns of each language.
Allows users to create 'snapshots' of a song to experiment with different directions without losing progress.
WebSocket-driven multi-user environment for synchronized songwriting sessions.
Eliminates the 'blank page' syndrome during high-pressure studio sessions.
Registry Updated:2/7/2026
Generating catchy, brand-aligned lyrics for advertising in minutes.
Helping students understand the relationship between text and melody.