Kaze utilizes a Cepstral Impulse Resynthesis Engine designed specifically for 44.1k sample rates, enabling efficient and latency-free sound processing. This advanced technology allows for real-time control over pitch, phase, spectral shift, and the balance between pitched and noise components, all of which can be adjusted continuously and recalled instantly. Such features make Kaze an intuitive tool for detailed sound design and resynthesis.

The impulse resynthesis approach employed by Kaze excels at producing clear and regular harmonic structures, which suits it particularly well for emulating voices, brass, and string instruments. By focusing on harmonic accuracy, it can recreate these sounds with a high degree of fidelity and expressiveness, providing musicians and producers with a powerful resource for crafting realistic instrument textures.

However, this method shows limitations when processing sounds that contain inharmonic or missing partials, such as clarinets and bells. The reliance on regular harmonic generation means it is less effective for instruments or sources with more complex acoustic properties. Despite this, Kaze remains a valuable tool for those seeking precise control over harmonic-rich sound resynthesis.