make my vocals sound like they're trapped in a haunted cathedral

turn this kick drum into a dying star collapsing into a black hole

make it sound like a broken fax machine trying to sing a lullaby

sounds like a cassette tape that's been left in the sun for 30 years

give me the sound of an alien radio signal bleeding through from another dimension

make my guitar sound like it's being played underwater in a 1960s spy movie

turn my snare into the sound of a glass bottle smashing in slow motion

pretend this synth is a choir of ghosts whispering secrets backwards

make my vocals sound like they're trapped in a haunted cathedral

turn this kick drum into a dying star collapsing into a black hole

make it sound like a broken fax machine trying to sing a lullaby

sounds like a cassette tape that's been left in the sun for 30 years

give me the sound of an alien radio signal bleeding through from another dimension

make my guitar sound like it's being played underwater in a 1960s spy movie

turn my snare into the sound of a glass bottle smashing in slow motion

pretend this synth is a choir of ghosts whispering secrets backwards

tail = _rev[(_wp - 44100) % len(_rev)] wet = tail * 0.85 + np.sin(_phase*0.3)*0.02 _rev[_wp:_wp+n] = ins[0][:n] + wet * 0.6 outs[0][:n] = ins[0][:n] * 0.3 + wet

pitch = np.exp(-t * 4) * 0.5 + 0.01 phase += 2 * np.pi * pitch * fc body = np.sin(phase) * np.exp(-t * 2) rumble = np.tanh(body * 8) * (1 - t) outs[0][:n] = rumble + np.random.randn(n)*t

carrier = np.sign(np.sin(2*np.pi*1800*t)) glitch = (np.random.random(n) > 0.92) * 0.7 mod = ins[0][:n] * carrier * (1 - glitch) bits = np.round(mod * 6) / 6 outs[0][:n] = bits + glitch * np.sin(t*3000)

wow = np.sin(_phase * 0.7) * 0.008 flut = np.sin(_phase * 6.3) * 0.003 warp = int((wow + flut) * sr) sat = np.tanh(ins[0][:n] * 1.4) * 0.9 outs[0][:n] = _buf[(_wp + warp) % len(_buf)]

carrier = np.sin(2*np.pi*fc*t + _phase) ring = ins[0][:n] * carrier fold = np.abs(np.mod(ring*3, 2) - 1) - 0.5 echo = _buf[(_wp - 13337) % len(_buf)] * 0.6 outs[0][:n] = fold + echo * np.cos(t*7)

lfo = np.sin(2*np.pi*0.8*t) * 0.3 + 0.7 wet = _buf[(_wp - int(sr*0.12)) % len(_buf)] trem = ins[0][:n] * lfo lp = np.convolve(trem, _ir, mode='same') outs[0][:n] = lp + wet * 0.5

noise = np.random.randn(n) * np.exp(-t*8) shards = np.sin(t * 4200) * np.exp(-t*12) glass = noise * shards + ins[0][:n] ring = glass * np.cos(t * 2800) outs[0][:n] = np.tanh(ring * 2.5) * 0.7

rev = ins[0][n::-1] if _wp > n else ins[0][:n] shift = _buf[(_wp - int(sr*0.04)) % len(_buf)] whisper = np.random.randn(n) * 0.1 voices = rev * 0.5 + shift * 0.4 + whisper outs[0][:n] = voices * np.sin(_phase*0.2)

tail = _rev[(_wp - 44100) % len(_rev)] wet = tail * 0.85 + np.sin(_phase*0.3)*0.02 _rev[_wp:_wp+n] = ins[0][:n] + wet * 0.6 outs[0][:n] = ins[0][:n] * 0.3 + wet

pitch = np.exp(-t * 4) * 0.5 + 0.01 phase += 2 * np.pi * pitch * fc body = np.sin(phase) * np.exp(-t * 2) rumble = np.tanh(body * 8) * (1 - t) outs[0][:n] = rumble + np.random.randn(n)*t

carrier = np.sign(np.sin(2*np.pi*1800*t)) glitch = (np.random.random(n) > 0.92) * 0.7 mod = ins[0][:n] * carrier * (1 - glitch) bits = np.round(mod * 6) / 6 outs[0][:n] = bits + glitch * np.sin(t*3000)

wow = np.sin(_phase * 0.7) * 0.008 flut = np.sin(_phase * 6.3) * 0.003 warp = int((wow + flut) * sr) sat = np.tanh(ins[0][:n] * 1.4) * 0.9 outs[0][:n] = _buf[(_wp + warp) % len(_buf)]

carrier = np.sin(2*np.pi*fc*t + _phase) ring = ins[0][:n] * carrier fold = np.abs(np.mod(ring*3, 2) - 1) - 0.5 echo = _buf[(_wp - 13337) % len(_buf)] * 0.6 outs[0][:n] = fold + echo * np.cos(t*7)

lfo = np.sin(2*np.pi*0.8*t) * 0.3 + 0.7 wet = _buf[(_wp - int(sr*0.12)) % len(_buf)] trem = ins[0][:n] * lfo lp = np.convolve(trem, _ir, mode='same') outs[0][:n] = lp + wet * 0.5

noise = np.random.randn(n) * np.exp(-t*8) shards = np.sin(t * 4200) * np.exp(-t*12) glass = noise * shards + ins[0][:n] ring = glass * np.cos(t * 2800) outs[0][:n] = np.tanh(ring * 2.5) * 0.7

rev = ins[0][n::-1] if _wp > n else ins[0][:n] shift = _buf[(_wp - int(sr*0.04)) % len(_buf)] whisper = np.random.randn(n) * 0.1 voices = rev * 0.5 + shift * 0.4 + whisper outs[0][:n] = voices * np.sin(_phase*0.2)

make my vocals sound like they're trapped in a haunted cathedral

turn this kick drum into a dying star collapsing into a black hole

make it sound like a broken fax machine trying to sing a lullaby

sounds like a cassette tape that's been left in the sun for 30 years

give me the sound of an alien radio signal bleeding through from another dimension

make my guitar sound like it's being played underwater in a 1960s spy movie

turn my snare into the sound of a glass bottle smashing in slow motion

pretend this synth is a choir of ghosts whispering secrets backwards

make my vocals sound like they're trapped in a haunted cathedral

turn this kick drum into a dying star collapsing into a black hole

make it sound like a broken fax machine trying to sing a lullaby

sounds like a cassette tape that's been left in the sun for 30 years

give me the sound of an alien radio signal bleeding through from another dimension

make my guitar sound like it's being played underwater in a 1960s spy movie

turn my snare into the sound of a glass bottle smashing in slow motion

pretend this synth is a choir of ghosts whispering secrets backwards

Vibe code
audio effects
in your DAW

Describe the effect you want.
Hear it on your track,
in seconds.

Download for macOS Read the docs

Requires macOS 15 (Sequoia) or later on Apple Silicon

Works in Logic Pro, Ableton Live, GarageBand — any AUv3 host

A Plugin that Makes Plugins

ConjureDSP is an AudioUnit plugin that lets you write, run, and share your own audio effects — all from within your DAW.

Bring Your Own AI

Chat with Claude, ChatGPT, or any AI assistant right inside the plugin. Describe the effect you want in plain English and get working DSP code in seconds — using your own account, on your terms.

Neural Amp Modeling

Integrate and compile multiple simultaneous NAM tone models into complex signal chains. Browse and download tones from tone3000.com without leaving your DAW.

16 Parameters

Define up to 16 automatable parameters with custom names, ranges, units, and linear or logarithmic curves. Full DAW automation support.

IDE in your DAW

Edit and run code with syntax highlighting, autocomplete, and built-in speed and memory profiler.

Python & Rust

Write audio effects in Python for rapid prototyping, or use Rust for maximum performance. Both run in real-time on the audio thread.