Musicalysis

Musicalysis is an interactive and collaborative music analysis and visualization application that listens to live MIDI and audio performances. Using MIDI, it identifies chords, scales, modes, intervals, harmonic functions while displaying notation and intuitive visualizations in real time.

Designed for performers, composers, educators, students, critics, music podcasters and researchers, Musicalysis integrates diverse visualization tools to analyze, communicate, study and create music.

Additional features allow stem separation, music sheet syncronization, pitch and tempo controlls and collaborative music sheet and song chord charts creation.

Musicalysis allows integrations for Zoom, Google meet, Teams and Riverside for a full video call with shared play experience.

Musicalysis makes advanced music theory visible in real time. As musicians perform on MIDI instruments, it instantly analyzes and visualizes chords, scales, harmonic function, voice leading, and notation, allowing audiences, students, and collaborators to understand the musical decisions behind a live performance.

Its innovative Shared Playing feature extends this experience beyond a single performer by enabling musicians in different locations to perform together over the internet using MIDI webhooks. Musicalysis merges their MIDI performances into a shared analytical view, providing synchronized visual feedback that makes complex musical concepts easy to communicate, teach, and explore remotely.

Musicalysis also includes an AI music assistant with access to the live musical context. The assistant can read and generate music notation, play musical examples, explain theoretical concepts, answer music theory questions, and help users explore harmony, composition, and performance interactively based on the music being analyzed.

The ability to communicate musical ideas simply by playing. Musicalysis enables musicians, teachers, students, and audiences to understand complex musical concepts instantly, making collaboration, education, and performance possible across any distance through real-time MIDI communication.