VOCANT

DESCRIBE THE SOUND. GET THE CHAIN.

A 32-module effects rack driven by plain language. Type what you want to hear, and a language model running on your own machine activates the right modules, orders them, and sets every knob. Then you take over.

USER GUIDE

RECLUSE STUDIOS
VERSION 1.0.0  //  10 September 2026

Contents

1.Introduction
2.Installing
3.Quick Start
4.Writing Prompts
5.The Rack and the Modules
6.Amp Captures and Cabinets
7.Presets and Sharing
8.Cloud Inference (Optional)
9.Licensing and Privacy
10.Troubleshooting
11.Specifications
12.Glossary

1. Introduction

Most effects plug-ins give you a hundred knobs and leave you to work out which twelve matter for the sound in your head. Vocant turns that around. You describe the sound, and it builds the chain.

Type warm vocal with plate reverb and light compression and press Enter. A few seconds later a compressor and a plate reverb are active, in signal-flow order, with their controls set to values that make sense for a vocal. Type add some chorus and a chorus joins them without disturbing what is already there. Every control is still a knob you can turn, so the result is a starting point you own, not a black box.

How it works, in one paragraph

Vocant is two programs. The plug-in is a VST3 with 32 effect modules and 303 parameters, all of them ordinary automatable parameters as far as your DAW is concerned. The companion is a small service the plug-in launches for you. It runs a language model on your machine, reads your prompt plus the state of your chain, and answers with a list of changes. Nothing about your audio ever leaves the plug-in; the model only ever sees text.

What it is for

2. Installing

You will need

MinimumRecommended
SystemWindows 10 or 11, 64-bitWindows 11
HostAny VST3-capable DAW
CPUx86-64, 4 cores8 cores
RAM8 GB16 GB
GPUOptional. Vulkan-capable with 4 GB VRAM helpsNVIDIA RTX 3060 or better, 8 GB VRAM
Disk6 GB free10 GB free, SSD
NetworkOnce, for the 3.3 GB model download

Running the installer

  1. Run Vocant-Setup-1.0.0.exe. It installs per user, so no administrator rights are needed.
  2. Accept the licence agreement.
  3. Choose where the companion lives. The default is inside your local application data folder; pick another drive if your C: drive is tight, because the companion plus its model needs about 3.5 GB.
  4. Finish. The plug-in is now in your user VST3 folder and your DAW will find it on its next scan.
Windows will warn you. Vocant is not code-signed; a certificate is a recurring cost this studio is not carrying yet. On first run SmartScreen shows a blue Windows protected your PC dialog with no Run button visible. Click More info, then Run anyway. It is a reputation warning, not a detection.

Checking what you downloaded

Every release is published with a SHA-256 hash. Before you run the installer, open PowerShell in the download folder and compare:

Get-FileHash .\Vocant-Setup-1.0.0.exe -Algorithm SHA256

The hash it prints must match the published one exactly. If it does not, delete the file and download again.

What the installer touches

On the first launch of the plug-in, the companion downloads the language model, about 3.3 GB, from Hugging Face. That is the only time Vocant uses the network unless you opt into cloud inference (section 8).

Where it goes in the chain

Vocant is a complete rack, so it usually goes where you would put the whole rack: as an insert on the track, after any tracking-stage processing you always want and before the bus. Its own modules are already in a sensible order, dynamics first and time-based effects last, and you can drag them into any other order.

3. Quick Start

  1. Insert Vocant on an audio track that has something playing on it.
  2. Watch the top right of the plug-in. The dot next to OSC fills in and a backend badge such as VULKAN or CUDA lights when the companion is up. On a brand-new install this takes as long as the model download; after that, a few seconds.
  3. Click the prompt box in the header, type big hall reverb, and press Enter.
  4. The REV module lights in the rack with a small flag, its screen opens, and the controls move to the model's choices. You will hear the reverb on your audio.
  5. Turn any knob. Everything the model set is yours to change.
Vocant freshly loaded in REAPER
Figure 3-1. Freshly loaded. The rack runs from INPUT to OUTPUT with every module dark, the OSC dot is filled, and the backend badge shows the companion is on Vulkan.
The Reverb screen after the first prompt
Figure 3-2. After big hall reverb. The model chose the Hall algorithm, a 2.8 s decay, an 80% room and full width. The flag on the REV icon marks a module the last prompt changed.

Build a chain

Now try a description rather than an effect name:

warm vocal with plate reverb and light compression

The compressor and the reverb both activate, and the reverb switches to the Plate algorithm. Then extend it:

add some chorus

Chorus joins the chain. The compressor and reverb stay exactly where they were. Section 4 explains why the wording matters.

The chain after an additive prompt
Figure 3-3. After add some chorus: CMP, REV and CHR are all lit, and the Chorus screen shows its own OUTPUT panel with the mix the model chose.
Response time. The first prompt of a session is the slow one, because the model has to read the full description of the effects once. Later prompts reuse that work. Expect one to three seconds on a recent GPU, and up to half a minute on CPU alone.

4. Writing Prompts

The model understands audio-production language. Describe the sound the way you would describe it to another engineer, and let it pick the modules.

Describe the sound, not the signal path

Say thisRather than this
warm tape-saturated vocalsaturation then eq then reverb
spacious ambient guitardelay with reverb and chorus
punchy compressed drumscompressor at 4:1 ratio

Name the source

The same adjective means different settings on different material. warm vocal gets a presence boost, moderate compression and a plate; warm bass gets low-end weight, compression and a little saturation. Say what you are processing.

Adjectives the model maps well

WordTypical result
warmLow-mid lift, saturation
brightHigh-frequency lift, presence
darkHigh cut, low-pass filter
tightFast compression, short reverb or delay
spaciousLong reverb decay, stereo widening
punchyTransient shaping, fast compressor
vintageTape or tube saturation, spring reverb
aggressiveDistortion, hard compression

Exact values are honoured

Quantities in the prompt are applied literally rather than approximated. 200 ms delay, -6 dB, 1/8 note and high-pass at 80 Hz land as typed. If a prompt names nothing the chain can act on, Vocant shows a notice rather than an error and leaves the chain alone.

Add to the chain, or replace it

Every prompt is sent together with the list of modules already active, so the model knows what is there. Two phrasings get two behaviours:

PhrasingBehaviourExample
add X, also X, plus XKeeps the current chain and adds to itCurrent: eq, reverb. Prompt: add phaser. Result: eq, phaser, reverb.
A sound descriptionBuilds a fresh chain for that sound; modules that do not belong are droppedCurrent: eq, distortion, reverb. Prompt: clean jazz tone. Result: eq, compressor, reverb.
Rack before and after an additive prompt
Figure 4-1. The rack before and after add some chorus. The two modules from the previous prompt keep their flags and their settings; the chorus is the only change.

Iterate

  1. Start broad: rock guitar.
  2. Listen, then steer: more saturation, less reverb.
  3. Extend: add a slapback delay.

Repeat prompts return instantly because results are cached for the session.

A chain from one descriptive prompt
Figure 4-2. One descriptive prompt, two modules: the compressor and a Plate reverb, each with its own settings.

5. The Rack and the Modules

The strip of icons under the header is the rack. It runs in signal order from INPUT on the left to OUTPUT on the right. A lit icon is an active module; a small flag on an icon means the last prompt changed it. Click any icon to open that module's screen below the rack.

The Compressor screen on a populated chain
Figure 5-1. Three modules active, Compressor selected. Its screen shows the transfer curve, input, output and gain-reduction meters, and every control in two panels.

Every module has the same shape

A module screen is a red-framed main panel and, for modules with output controls, a separate neutral OUTPUT panel to its right holding mix, width and level. Controls sit on identical rows across every module, so once you have read one screen you can read them all.

The modules

GroupModules
DynamicsGate, Transient Shaper, De-Esser, Compressor, Multiband Compressor, Limiter
ToneSix-band Parametric EQ, State-Variable Filter, Wah
DriveSaturation, Tube, Distortion, Bitcrusher
Amp and cabinetNAM Pedal, NAM Amp, IR Cab (section 6)
ModulationChorus, Flanger, Phaser, Vibrato, Tremolo
TimeDelay, Reverse Delay, Reverb (Hall, Plate, Spring)
Pitch and voicePitch Shifter, three-voice Harmonizer, sixteen-band Vocoder
CreativeRing Modulator, Frequency Shifter, Glitch, Tape Stop
SpaceStereo Widener

Input and Output

The INPUT screen has an input gain, meters and a live spectrum. The OUTPUT screen carries the master section: a true-peak safety limiter at -1 dBTP with 1.5 ms of lookahead (reported to your DAW as latency), and Auto-Normalize, a static output trim aimed at -3 dB that re-aims only when the chain changes, never while you play. It is gain staging, not an automatic gain control.

Tempo

Modulation and delay modules have a SYNC toggle and a DIV dropdown. With sync on, the rate or time follows your DAW's tempo at the chosen note division.

The header, left to right

ElementMeaning
Prompt boxType here and press Enter. The last prompt stays visible.
Backend badgeWhich engine the companion is running on: CUDA, VULKAN or CPU.
OSC dotFilled: connected. Hollow ring: error, hover for the message. Filled dark: not connected yet.
IN / OUTPlug-in input and output level meters.
DK / LTTheme switch.
GearSettings.
The plug-in header when connected
Figure 5-2. Connected: filled OSC dot, backend badge lit.

6. Amp Captures and Cabinets

Vocant plays Neural Amp Modeler captures, the .nam files, and cabinet impulse responses, in three slots: NAM PEDAL for stompbox and preamp captures, NAM AMP for amplifiers, and IR CAB for speaker cabinets. Vocant ships no captures. It plays the ones you own.

Telling Vocant where your files are

  1. Open Settings with the gear and choose the NAM PATHS tab.
  2. Add a folder under each category you use. The categories matter:
CategoryPut hereWhat Vocant does with it
NAM PedalPedal, fuzz and preamp capturesOffered in the NAM PEDAL slot
NAM AmpAmp-head captures with no speakerOffered in NAM AMP; the model adds an IR Cab after one
Full Rig / ComboCaptures made through a speaker and microphoneOffered in NAM AMP, marked cab-included; no IR Cab is added
IRCabinet impulse responses, .wav or .aifOffered in IR CAB
  1. Click SAVE & RESCAN. Folders are scanned recursively, so one top-level folder is enough.

Loading by hand

Open the slot's screen and pick a file from the MODEL dropdown. RESCAN picks up files added since the last scan. The status line under the dropdown reads MODEL ENGAGED once the capture is running on the audio thread.

Loading by name

Once folders are set, the model can see your filenames and choose among them. Fender clean with spring verb loads the nearest Fender capture and a spring reverb; Mesa Rectifier modern metal loads a Mesa capture and a matching 4x12 response. If a word in your prompt matches a filename you own, that file is loaded even when the model would have picked another.

Three phrases are treated as explicit requests for an amp tone and put your whole amp inventory in front of the model: electric guitar, electric bass, and bass on its own. Plain guitar does not, so an acoustic guitar prompt never pulls in an amp, and EQ language such as boost the bass goes to the EQ as it should.

The NAM Amp screen

7. Presets and Sharing

Vocant has no preset browser of its own. The prompt box is the browser. Saving and recalling a state is your DAW's job, and every DAW does it the same way for any plug-in: the whole chain, every parameter and the module order, as one preset.

DAWSave
REAPERThe + button in the FX window header, then Save preset
Ableton LiveThe save icon in the device title bar
FL StudioThe wrapper menu, then Save preset as
BitwigRight-click the device, then Save as Preset
Studio OneThe preset menu in the plug-in header
REAPER's preset dropdown with saved Vocant states
Figure 7-1. Two saved states in REAPER's preset list, above the rack they recall.

Sharing a sound

The simplest way is to share the prompt. Another Vocant user who types the same words gets the same character, if not the identical numbers. For an exact copy, export your DAW's preset file and send that.

Starting over

In REAPER, pick Reset to factory default from the preset list. In any DAW, removing and re-adding the plug-in does the same.

8. Cloud Inference (Optional)

Out of the box, the model runs on your machine and nothing leaves it. If you would rather have faster or sharper answers, you can point the companion at a cloud provider. This is opt-in, per provider, and reversible.

ProviderKey from
OpenRouteropenrouter.ai, one key for many models
Anthropicconsole.anthropic.com
OpenAIplatform.openai.com
Googleai.google.dev
  1. Open Settings and choose the LLM INFERENCE tab.
  2. Pick a provider. The key field appears.
  3. Paste the key and click SAVE & CONNECT. The key goes into Windows Credential Manager, never to a plain file, and the companion reconnects in the background. No restart.

The panel shows a running cost for the session. Requests cost a fraction of a cent each. To go back, choose LOCAL.

What leaves your machine. With a cloud provider selected, your typed prompt and the list of active modules are sent to that provider. Audio is never sent anywhere, by any provider, in any mode.

9. Licensing and Privacy

Trial

Vocant runs as a full-featured 14-day trial from the first time it is loaded. Every module, every parameter and every prompt is available. A banner in the plug-in shows the days remaining.

When the trial ends, the plug-in mutes its audio and the meters go dark until it is activated. Your sessions are safe: the state is kept, and activating restores everything exactly as it was.

Activating

  1. Buy a licence at reclusestudios.net. Your key arrives by email.
  2. Open Settings, choose the ACTIVATION tab, or use the form in the trial banner.
  3. Enter the email address and the key, and click ACTIVATE. The plug-in contacts the licence server once, stores the result locally, and does not need the network again.

Privacy

10. Troubleshooting

SymptomWhat to do
OSC dot stays dark after loading On a fresh install the companion is downloading 3.3 GB before it can answer; give it time. Otherwise the plug-in could not find the companion: run the installer again so it rewrites the path, or launch the companion from the Start menu and reload the plug-in.
OSC dot is a hollow ring An error. Hover the dot for the message. The companion log is at %LOCALAPPDATA%\Vocant\companion.log.
Prompts take far longer than the quoted times Check the backend badge. CPU means no GPU was found. On a small GPU, do not raise the context size in the companion configuration; the default fits and a larger one spills to system RAM.
The knobs did not move The model answered with something the chain could not use, or with nothing. Try a shorter, more specific prompt. The companion log says what was rejected and why.
It did what I said but sounds wrong Normal. The model makes a first guess. Refine with a follow-up prompt, or turn the knobs.
A tone prompt did not load a capture Set at least one capture folder in Settings, NAM PATHS. Vocant never downloads captures. Use the phrase electric guitar, or name a file you own.
A capture is loaded but sounds mushy Pull the NAM slot's INPUT down; captures made at low input levels overload easily. Try OUT NORM off. Confirm the file plays cleanly in the Neural Amp Modeler plug-in.
MODEL NOT LOADED under a chosen capture The capture is swapped in on the audio thread, so audio must be running. Make sure your DAW's audio device is open and the track is not offline.
Crackles or dropouts Inference never runs on the audio thread, so look elsewhere first: raise the DAW buffer to 512 or 1024 samples, and check other plug-ins on the track.
The companion is still running after the DAW closed It exits about a minute after the last plug-in instance is gone, unless a first-run download is still in progress or you launched it by hand. If it lingers beyond that, end vocant-companion.exe in Task Manager; its model server exits with it.
Several instances, only one shows connected Expected. The first instance owns the shared indicator port; every instance still works.
Windows blocked the installer Section 2. Click More info, then Run anyway, after checking the SHA-256.

11. Specifications

ProductVocant
Version1.0.0
FormatVST3
SystemWindows 10 or 11, 64-bit
ChannelsMono or stereo
Latency1.5 ms (safety limiter lookahead), reported to the host
Modules32 effects plus input and output sections; 303 parameters, all automatable
Language modelQwen3-4B-Instruct-2507, Q6_K, about 3.3 GB, run by llama.cpp on your machine
AccelerationCUDA, Vulkan or CPU, chosen automatically
Amp modellingNeural Amp Modeler core, .nam captures including A2, plus impulse-response cabinets
Cloud inferenceOptional: OpenRouter, Anthropic, OpenAI, Google
CommunicationUDP on 127.0.0.1; companion on port 9000
Licence14-day trial, then a paid licence activated in the plug-in

12. Glossary

Additive promptA prompt beginning with words like add or also, which extends the current chain instead of replacing it.
CaptureA .nam file: a neural model of a specific amplifier, pedal or rig, made with Neural Amp Modeler.
ChainThe set of active modules and their order, from INPUT to OUTPUT.
CompanionThe background service that runs the language model and answers the plug-in's prompts.
Full rigA capture made through a speaker and a microphone, so it already includes the cabinet.
Impulse responseA recording that captures the sound of a speaker cabinet, applied by the IR Cab module.
ModuleOne effect in the rack, with its own screen and bypass.
OSCOpen Sound Control, the message format the plug-in and companion use over UDP.
RackThe strip of module icons under the header.
True peakThe signal level after digital-to-analogue reconstruction, which can exceed the sample peaks. The safety limiter works on this.