Buzzmatic

Creating AI Music and Audio

A song brief, one click – the track is done. AI audio has come remarkably far, but it also raises the toughest legal questions. Here you'll find the tools, the workflow, and the framework.

Intermediate8 min readLast updated: August 20, 2026

What you will learn

  • The three audio disciplines AI covers: music, voice, and sound design
  • How music generators like Suno are used, and where their limits lie
  • What text-to-speech, voice cloning, and AI dubbing deliver in practice
  • What a realistic audio production workflow for podcasts and video looks like
  • What legal questions need clarifying around AI music and cloned voices

AI music and audio in one sentence

AI audio covers three disciplines: generating music from a text description, synthesizing speech from text – optionally with a cloned voice – and processing sound, meaning removing noise, separating voices, or translating speech into other languages.

For marketing teams, audio is the most underrated AI category. A music bed for a reel, a voiceover for an explainer video, a cleaned-up podcast recording: what used to take service providers and days now happens in minutes. That's exactly why it pays to clarify the legal questions beforehand, not afterward.

Generating music: what's possible today

Music generators like Suno or Udio work like a song brief in text form. You describe genre, mood, tempo, instruments, and voice type – and get a complete track including vocals, arrangement, and mix. Optionally you supply your own lyrics or have them written for you. Purely instrumental results you have to request explicitly.

In practice, this works surprisingly well for: music beds under videos, jingles, background music for podcasts, mood loops for social clips, and demo versions for approval rounds. It hits its limits with anything that needs recognizability. A track can only be fine-tuned to a limited degree – “same melody, but calmer in the chorus” isn't an instruction that reliably lands. If you need a defining brand theme, a real composition still serves you better.

The prompt logic for music follows the same principle as for images: the more specific, the better. Instead of “cheerful music,” you describe “mid-tempo indie pop, acoustic guitar, soft drums, female vocals, warm, no horns.” The general system behind this is explained in What Is a Prompt?.

AI voices: reading aloud, cloning, dubbing

The voice category has made the biggest leaps and is often more useful day-to-day than music.

Text-to-speech (TTS). Written text becomes a natural-sounding voiceover. Modern systems handle emphasis, pauses, and emotion so well that the difference from a studio recording is barely noticeable for short texts. Typical uses: explainer videos, product clips, voiceover for social, accessible read-aloud features.

Voice cloning. From just a few minutes of recorded material, a likeness of a real voice is created that can then speak any text. Interesting for companies wanting to keep a consistent brand voice across many videos – without going back to the studio for every text change. Legally, this is the most sensitive point in the whole topic, see below.

Dubbing and translation. An existing video gets translated into another language while preserving the original voice, with the lip movement partly adjusted. For multilingual product videos, this is the biggest cost lever in the entire video field – see also Creating AI Videos.

Editing. Also AI, but unspectacular and extremely useful: removing background noise, reducing room echo, leveling volume, separating speakers, automatically cutting filler words. An interview recorded with a laptop microphone often ends up sounding like it came from a small studio.

AI voices compared: reading aloud, cloning, and dubbing LOW RISK CONSENT REQUIRED DE EN MULTILINGUAL READ ALOUD CLONE DUB

A read-aloud voice is uncritical; the moment a real voice is recreated, you need documented consent.

Tool overview

Category

Typical examples

What it's for

**Music generation**

Suno, Udio, Stable Audio

Songs, jingles, music beds, loops

**Speech synthesis**

ElevenLabs, Murf, PlayHT

Voiceover, explainer videos, audio versions

**Podcast editing**

Descript, Adobe Podcast

Text-based editing, noise removal, filler words

**Transcription**

Whisper-based services, Fireflies

Transcripts, captions, meeting notes

**Dubbing**

HeyGen, ElevenLabs Dubbing

Multilingual videos with the original voice preserved

For how these tools fit into the overall landscape, see AI Tools at a Glance.

Audio production workflow for podcast and video

  1. Prepare the script or raw material. For voiceover, write out the spoken text – short sentences, numbers spelled out, pronunciation notes for proper names. For how to draft such texts, see Writing AI Texts.
  2. Choose and test a voice. Never start with the full text. Try three to four sentences with two to three voices first, then decide.
  3. Correct the pronunciation. German proper names, technical terms, and anglicisms regularly go wrong. Most tools allow phonetic corrections or pronunciation dictionaries – this is the step that separates amateur from professional.
  4. Generate and level the music bed. Generate an instrumental track, then place it under the voice and turn it down significantly. Music that competes with speech costs you intelligibility.
  5. Post-process. Remove noise, normalize volume, shorten breathing pauses. Finally, generate captions from the transcript.
The voiceover workflow for podcast and video in five steps SCRIPT VOICE CHOICE PRONUNCIATION MUSIC BED POST-PRODUCTION

Pronunciation correction is the small step that decides whether a voiceover sounds professional.

Audio is the AI category with the sharpest open legal questions. Four points that don't replace legal advice, but that protect you from the expensive mistakes.

Training data is contested in Germany. GEMA is pursuing legal action against providers of generative music and text services because their models were trained on protected works; the first rulings have gone in favor of rights holders. For you as a user, this mainly means: don't assume the situation will still be the same in two years, and document which plan and which terms you produced under.

Commercial use is governed by the provider's terms of service. For music generators, it's almost universally true: on free tiers, rights stay with the provider, and commercial use is only allowed on paid plans. Check before your first campaign – not after.

Purely AI-generated music can't be registered with a collecting society. Without human creation, there's no author and therefore no work registration. The practical consequence: the track is freely usable, but neither protected nor eligible for royalties. That doesn't matter for music beds, but it does for a brand theme.

Voices are a personal right. A voice may only be cloned with the explicit, documented consent of the person concerned – and that consent should cover purpose, duration, and revocation. That applies to employees too, and to managing directors whose voice is meant to serve as a brand voice. Recreating the voice of a known person without their involvement is impermissible regardless of the technology used.

Labeling. Under the EU AI Act, transparency obligations for synthetic content are increasing. For a recognizably artificial read-aloud voice, the situation is relaxed; for a cloned voice imitating a real person, it isn't. An internal rule for when synthetic audio gets labeled belongs in your editorial guidelines.

Conclusion

AI audio is the category with the best ratio of effort to impact: music beds, voiceover, and podcast production are done in minutes and replace real budgets. At the same time, it's the category with the murkiest legal questions. The sensible stance: use music beds and read-aloud voices productively, choose paid plans, only clone voices with written consent – and document everything someone might need to prove later.

FAQ

Frequently Asked Questions

On the paid plans of the major music generators, commercial use is generally allowed; on free tiers, usually not. What matters is the terms of your specific plan at the time of generation. Since the legal status of training data in Germany is being settled in court, it makes sense to document your production conditions.

No. Registering a work requires a human author, which doesn't exist for purely machine-generated music. The track is therefore neither protected nor eligible for royalties. As soon as a human substantially composes, arranges, or writes lyrics, the assessment of the human contribution changes.

For current systems, a few minutes of cleanly recorded speech are enough for a usable clone; for high quality, longer and acoustically consistent recordings are better. More important than length is recording quality: consistent distance to the microphone, little room echo, no background noise.

For short to medium texts, yes – many listeners can no longer tell the difference from a studio recording. Proper names, technical terms, anglicisms, and long emotional passages remain difficult. Pronunciation corrections and emphasis cues can fix most of that.

Not for most formats. A decent microphone, a quiet room, and AI post-processing deliver a quality that used to require studio equipment. Noise removal, echo reduction, and automatic trimming of filler words handle most of the work – the rest is editorial.

Quiz

Test Your Knowledge

Five questions on AI music, synthetic voices, and the legal situation in Germany.

Question 1 of 5

Which three disciplines does AI audio cover?