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MixMaster Pro
Capability

AI Mix Analysis for Music Producers

MixMaster Pro measures your bounce and stores the report in your Mix Library. Upload revisions on the same mix (Pro/Studio) and version comparison shows what changed - connected context instead of a one-time score.

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What MixMaster Pro analyzes

Every analysis covers five core dimensions. Together they give a complete picture of where a mix stands and what to address first.

Tonal Balance and EQ Balance

Measures energy distribution across the full frequency spectrum - sub bass, bass, low mids, mids, upper mids, presence, and air - and flags where your mix sits compared to genre-appropriate targets.

Loudness and Dynamics

Reports integrated loudness (LUFS), loudness range (LRA), and true peak so you know where you stand before mastering and how much dynamic headroom you have left to work with.

Stereo Width

Analyzes stereo correlation and width across frequency bands - identifying whether your low end is mono-compatible, where stereo energy is concentrated, and whether the image is balanced.

Transient Response

Evaluates how drums, percussion, and transient-heavy elements attack and decay, surfacing whether punchy elements are getting soft from over-compression or whether transients are too harsh.

Section and Chorus Lift

Compares energy and loudness between song sections - verse, pre-chorus, chorus, bridge - to show whether the arrangement is creating the emotional lift listeners expect at key moments.

How it works

  1. Upload your mix

    WAV, AIFF, FLAC, or MP3. No preprocessing or stems required. MixMaster Pro works on a full bounce.

  2. The AI measures every parameter

    The analysis system reads tonal balance, loudness, dynamics, stereo width, transient response, and section energy across the full length of your track.

  3. You get evidence-backed action items

    Each recommendation links to the specific measurement that triggered it - so you understand why each fix matters before opening your DAW.

How analysis adds to your Mix Intelligence Profile

A one-off analyzer gives you a report and nothing else. MixMaster Pro stores each analysis in your Mix Library on your account - so you can open past reports, compare scores over time, and upload revisions on the same mix when you are ready.

Each new bounce on the same song links to prior versions (Pro/Studio). That is how context builds: not a hidden model guessing your taste, but revision diffs, saved references, and reports you can return to.

  • Every analysis is saved to your Mix Library.
  • Revision comparison shows score and checklist changes between versions (Pro/Studio).
  • You review past reports yourself or continue the workflow on the same mix.

Example analysis output

The following examples show realistic analysis scenarios. They are illustrative examples - not real user data or guaranteed results.

Example output - illustrative only

Low-End Buildup Detected

Detection

Energy between 200-400 Hz is 4 dB above genre target. Bass and guitar are occupying the same frequency range without carving space for each other.

Action item

Apply a high-pass filter or narrow cut around 250-350 Hz on the rhythm guitar to reduce masking and improve bass intelligibility.

Evidence

Frequency balance measurement shows a 4 dB excess in the 200-400 Hz band compared to the reference target for this genre.

Next step

Re-upload after the EQ cut to confirm the low-mid buildup is resolved and no new issues were introduced.

Harsh Upper Mids Flagged

Detection

A peak at 3-5 kHz is causing ear fatigue on extended listening. The vocal and snare are competing in this range without sufficient separation.

Action item

De-ess the vocal at 4 kHz and reduce the snare presence by 1-2 dB in that range. Check whether the guitar mid-range is also contributing.

Evidence

Spectral analysis shows a sustained 3 dB peak between 3.2-4.8 kHz with correlation between vocal and percussion energy in that band.

Next step

Use a spectrum analyzer in your DAW to identify which element is the primary contributor before applying the cut.

Chorus Not Lifting

Detection

The chorus is only 0.8 dB louder than the verse. Listeners will not feel a significant emotional lift at the hook.

Action item

Add 1-2 dB of automation on the master bus at the chorus, or thicken the arrangement by layering an element that drops out in the verse.

Evidence

Section-level energy comparison shows the chorus integrated loudness sits at -17.2 LUFS versus -18.0 LUFS in the verse - a gap that is smaller than genre convention.

Next step

Consider adding a doubled vocal or synth pad that enters only in the chorus to widen the arrangement and create a natural energy lift.

Example output structureIllustrative - not an API contract
{
  "parameter": "tonal_balance",
  "finding": "low_mid_excess",
  "frequency_range_hz": [200, 400],
  "deviation_db": 4.1,
  "action_item": {
    "description": "Reduce energy between 200-400 Hz",
    "suggested_instrument": "rhythm_guitar",
    "suggested_cut_db": -3
  },
  "evidence": "Frequency balance: +4.1 dB excess vs. genre target"
}

Who this is for

Independent producers

Get objective technical feedback without sending your mix out for paid critique.

Mix engineers

Spot technical issues fast and document your decisions with measurement evidence.

Home studio producers

Compensate for room acoustics and monitoring limitations with data-driven analysis.

Music production students

Learn how professional mixes are structured by comparing your work to measurable targets.

Start with a free mix analysis

Upload your mix and receive measurement-based feedback across all five analysis dimensions in under two minutes.

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Frequently asked questions

Related capabilities

Reference Track Comparison

See how your mix compares to a commercial release.

Revision Feedback

Track what improved between mix versions.

AI Mixing Mentor

Ask Maya what to fix first and why.

Audio Tools

Stems, karaoke, a capella, and cleanup in one suite.