AI Voice for Game Accessibility

To make your game more accessible with AI voice, generate spoken audio for the text players rely on to navigate — menu items, settings labels, HUD readouts, button prompts, and item descriptions — then trigger those clips from your own UI code so a player who cannot comfortably read the screen can still hear where they are and what they are doing. AudioProducer turns that written interface text into clean spoken audio and exports it as MP3 files; you wire the files into your menus and screens yourself. This guide covers which on-screen text to voice first, how to write it so it reads well aloud, and how to keep one steady interface voice across the whole game. If you also voice characters, the companion piece on how to voice NPCs in your indie game pairs naturally with this one.

What AudioProducer does, and what it does not do

Being clear about this up front saves you time. AudioProducer turns written text into spoken audio and exports finished audio files. It is not a screen reader and it does not hook into your engine. It will not read your interface live at runtime, detect focus changes, or announce a menu the moment a player lands on it. What it gives you is a reliable way to produce the spoken lines — every menu label, every confirmation prompt, every tooltip — as audio you own, in a voice you chose, that sounds the same every time. You decide when each clip plays by triggering it from your UI code, exactly as you would a sound effect. Think of it as the recording booth for your interface, not the accessibility layer itself.

Decide which on-screen text to voice first

You do not have to voice everything at once, and you should not try. Start with the text a player cannot progress without hearing: the main menu and pause menu, the settings screen (especially the accessibility options themselves), save and load prompts, and any confirmation dialog that gates an action. These are the places where silence strands a player. Next come the elements that carry live state — health and resource readouts, objective text, and the prompts that tell a player a button is available. Flavour text, lore entries, and long item descriptions come last; they matter, but a player can reach them once the spine of the interface speaks. Writing the list in this order means your first generation pass already makes the game navigable, and later passes only add depth.

Write interface lines to be heard, not read

Screen text is written to be scanned; spoken text has to carry on its own. A button that reads Equip on screen should be voiced as a full, unambiguous line — "Equip the iron sword" rather than a bare word a player hears out of context. Expand abbreviations: HP becomes "health", MP becomes "magic". Say the number and the thing together — "three potions remaining", not "three". Keep each line short and front-load the information that matters, because a player listening while they move cannot re-skim a sentence the way a reader can. Draft every line as a plain script first; what you write is exactly what the player will hear, so read each one aloud before you generate it.

Give the interface one consistent system voice

An interface should sound like one narrator, even when your characters do not. Pick a single clear voice from the library for all UI and menu audio and use it for every interface line in the game, the same way you would assign a dedicated voice to tutorial narration. This keeps the system voice recognisably separate from the story voices a player hears in cutscenes and from the NPCs they talk to, so there is never a moment of doubt about whether a line is the game speaking or a character speaking. If your game ships in more than one language, the multilingual voices let you produce the same interface in each language with a matching register; the companion guide on localizing game dialogue covers the workflow.

Generate and export the audio

With your script and your system voice chosen, generate the interface lines in a batch and export them as MP3 files. Because a free account includes 1,200 words per month with no card required, you can voice a full menu tree and the core prompts to test the approach before committing to the whole interface. Name the exported files to match the UI element they belong to — menu_settings_accessibility.mp3, prompt_confirm_quit.mp3 — so the audio maps cleanly onto your code and a re-recording later drops in without hunting. Keep the written script in the project as the source of truth; when a label changes, you edit the line, regenerate just that clip, and the voice stays identical to the rest.

Trigger the clips from your UI code

This is the part AudioProducer leaves to you, and it is deliberately simple. Load the interface clips like any other audio asset and play the right one on the event that matters: a clip when a menu item gains focus, a clip when a value changes, a clip when a dialog opens. Most engines already give you the hooks — a focus callback on a button, a setter on a stat — so the audio rides on logic you have written anyway. Give the player a key or button that repeats the current element's line, since a line heard once while moving is easily missed. Keep the interface audio on its own volume channel so a player can raise the spoken UI without raising the music.

How this differs from a full accessibility pass

Voicing your interface is a large step toward a playable experience for players who cannot rely on the screen, but it is not the whole of accessibility, and it helps to say so plainly. A true screen-reader layer narrates dynamically and responds to whatever the player focuses; pre-generated clips cover the text you anticipated. The pairing that works is to voice the fixed interface text with AudioProducer for a consistent, high-quality system voice, and to lean on your platform's built-in accessibility APIs for the dynamic parts. If your project has no visual layer at all and every cue reaches the player as sound, the rules shift further — see how to voice an audio-only game for keeping a system voice apart from the narrator and placing cues the scene never shows.

Getting started

Pick your most-used screen — usually the main menu and settings — write each visible line as a spoken script, choose one clear system voice, and generate a first batch. Wire those clips to your focus events and walk the menu with your eyes shut. Once you can reach every option by ear, extending the same steps to the rest of the interface is just more of the same. Interface audio is one slice of game sound; the full index of our guides collects the rest, from NPC dialogue and cutscenes to narration and trailers.