Fix. Shape. Master.

Master your track with scientific precision.

Transientik Master listens to your audio, detects problems, and builds a release-ready mastering chain — automatically.

Join the Waitlist Hear the Difference See How It Works

Plugin formats: VST3 / AU
Platforms: Win / macOS
No cloud: Local DSP
Engine: Deterministic

Hear It

Before & After.

Transientik Master hits every loudness target — even the most extreme — without crushing transients, smearing the stereo image or breaking the mix. Pick a genre and a destination to hear how a single track travels through every profile, untouched in character, thanks to a science-first analysis approach.

Genre

Destination

Original-14.9 LUFS/-3.5 dBTP

Target-9.5 LUFS/-1.0 dBTP

0:00Original0:00

Tip · keep playing while toggling Before / After to hear the difference at the exact same moment.

Best with headphones or earphones — that's where the work shows up.

All tracks generated with SUNO v5.5 and saved as MP3 (320 kbps).

The Modern Audio Problem

AI-generated audio can sound impressive. Until you listen closely.

Harsh highs, smeared transients, phase issues, muddy low-mids and unsafe loudness can turn a promising track into something that feels unfinished.

HARSHHarshness
MUDMud
CLIPClipping risk
PHASEPhase issues
WIDEExcessive width
LUFSLoudness mismatch

The Pipeline

Listen. Decide. Fine-tune.

Transientik Master follows a complete analysis pipeline: it listens to the track, extracts technical knowledge, generates a safe mastering plan, and applies controlled processing.

Step 01
Listen
Captures analysis snapshots across the track and evaluates loudness, spectrum, stereo image, transients and safety risks.
Step 02
Decide
Builds a destination-aware mastering plan using deterministic rules and conservative safeguards.
Step 03
Fine-tune
Lets you adjust the result while keeping the automatic baseline visible and recoverable.

Transparency

Automation that explains itself.

Every automatic choice is logged, categorized and translated into clear technical insights. No mystery box. No vague magic.

DecisionTrace logging
ReasonCodes for every major decision
Analysis Results modal
Readable technical explanations
Deterministic phrasebook reports
No runtime LLM dependency

Analysis Results

session · 02:14

LUFS

Integrated loudness

Within range for streaming target.

-12.4 LUFS

HARSH

Upper-mid energy

2.8–4.6 kHz band 3.1 dB above reference.

elevated

MUD

Low-mid build-up

200–360 Hz mass detected; gentle dip planned.

moderate

PHASE

Mono compatibility

Correlation > 0.62 across track.

safe

CLIP

True peak risk

Within ceiling. No oversampling needed.

-0.7 dBTP

› DECISION · gentle 280 Hz cut, 3 kHz tame, transient preserve› REASON · destination = streaming-safe, conservative profile› TRACE · DecisionTrace#42 logged

Problem Radar

A clear view of what needs attention.

The Problem Radar summarizes the track's main technical risks across five practical dimensions. Two polygons read against the same axes — what the analyser hears on the source, and how hard the chain is working to fix it.

BEFORESource as captured — what the analyser hears on the raw input.

AFTERPlugin response — shrinks toward the centre as the chain reduces each problem.

MUDLow-mid build-up01
HARSHUpper-mid harshness02
CLIPTrue-peak / clip risk03
PHASEMono compatibility04
WIDEStereo width safety05

Destination-aware

Eight targets. One master per release.

After the listening pass, pick where the track is going and Transientik Master adapts loudness, ceiling, character, soft-clip slope and limiter behaviour to match. Switch between targets in real time on the same captured analysis — every preset is a tuned starting point, never a black box.

Targets: 8
LUFS range: -14.5 → -7
Local DSP: 100%

01 / 08

Streaming / YouTube

Streaming Loud

Loudness: -9.5 LUFS
Ceiling: -1.0 dBTP

Neutral · moderate squeeze

Competitive playlist loudness for Spotify, Apple Music, YouTube and TikTok where listeners rarely enable normalization.

02 / 08

Streaming / YouTube

Streaming Safe

Loudness: -14 LUFS
Ceiling: -1.0 dBTP

Neutral · full dynamics

Spec-compliant master that survives platform normalization untouched. Lands on -14 exactly so playback parity is guaranteed.

03 / 08

Audiophile digital

CD

Loudness: -10 LUFS
Ceiling: -0.3 dBTP

Neutral · tight true-peak

CD pressings, Bandcamp / Qobuz hi-res. Lower ceiling protects against inter-sample peaks; modest aggression preserves transients.

04 / 08

Cuttable pre-master

Vinyl

Loudness: -13 LUFS
Ceiling: -0.5 dBTP

Warm · soft-clip OFF

Safe to send to a cutting house. Sub-bass leans mono, harsh peaks and hot sibilance are tamed so the lacquer doesn't skip.

05 / 08

Club-ready

DJ Set

Loudness: -8 LUFS
Ceiling: -0.3 dBTP

DJ · boosted lows · punch

Built for big sound systems. Low-end energy and focused punch translate where every track is pushed loud all night.

06 / 08

Film / TV / broadcast

Cinematic

Loudness: -14.5 LUFS
Ceiling: -1.3 dBTP

Warm · low-pressure glue

Film, TV cues, podcasts. Low/medium-low limiter pressure, conservative stereo, high transient preservation and gentle HF smoothing — dynamics carry the emotional arc.

07 / 08

Loudness war

Just make it LOUD

Loudness: -7 LUFS
Ceiling: -0.5 dBTP

Loud · max squash

Hip-hop, EDM festival edits, hyperpop. The loudest preset on offer — uses it sparingly; transient softening is intentional.

08 / 08

I know what I'm doing

Skip / Manual

Loudness: —
Ceiling: no automation

Hands-on advanced panel

Closes the wizard and exposes the four DSP tabs (CLEAN · EQ · COMP · LIMIT). Analysis still runs so meters and the radar stay live.

Destinations are practical, tuned starting points — not universal mastering standards. Every choice (LUFS target, ceiling, soft-clip slope, character, EQ coherence cap) is logged in DecisionTrace and recoverable.

Engine

Built on analysis, not guesswork.

Under the minimal interface there is a detailed analysis engine designed to make repeatable, traceable decisions.

FrameSnapshot analysis: Captures track snapshots during listening and evaluates weighted percentiles instead of naive averages.
Spectral intelligence: Detects tonal imbalance, mud, boxiness, harshness and sibilance risk.
Stereo safety: Evaluates width, phase and mono compatibility before making spatial decisions.
Loudness planning: Uses destination-aware loudness targets with true-peak safety.
Transient control: Analyzes punch and transient behavior to avoid flattening the track unnecessarily.
Conservative safeguards: Applies damping, coherence checks and distortion-aware limits to avoid overprocessing.

Methodology · paper

Want the long version?

We wrote a public methodology paper that walks through the listening pass, the weighted percentile aggregation, the planning layer and the decision trace — with figures, no marketing fluff.

The science behind Transientik Master

Interface

Simple on the surface. Deep when you need it.

Use the automatic result immediately, or open the advanced panel to inspect, adjust and understand every major processing area.

Advanced panel

Every stage, fully exposed.

Open Advanced to inspect and refine each processing block. Choose a stage to preview the dedicated panel.

De-Metallic, De-Mud, Stereo Repair, Transient and Presence — toggle and dial each stage independently.

Workflow

From rough track to release candidate in minutes.

01
Load and play
Drop the plugin on your master bus and play the track from start to end.
02
Let it listen
Transientik Master analyzes the full song and builds its internal TrackKnowledge.
03
Pick a destination
Choose where the song is going. Switch between targets in real time on the same analysis — no second listening pass.
04
Fine-tune and export
Read the analysis report, fine-tune by ear, then render a master aligned with your chosen destination.

For

Made for modern music workflows.

AI music creators

Clean up artifacts and prepare generated tracks for release.

Independent artists

Get a fast, controlled master without a full mastering chain.

Producers

Use it as a diagnostic and finishing tool inside your DAW.

Engineers

Use the analysis as a second opinion before final delivery.

Principles

No cloud. No black box. No lazy magic.

Deterministic processing: The plugin uses local DSP and analysis logic.
Traceable decisions: Automation choices are logged and surfaced through clear explanations.
User control: Automatic settings can be inspected, adjusted and restored.
Release-oriented: Designed around practical delivery targets, not abstract meters.

Early Access

The final step your generated track was missing.

Join the waitlist and be among the first to try Transientik Master.

Join the Waitlist

v1 · early access

We'll let you know when Transientik Master is ready. No spam, ever.