Where do games disclose AI use?

AI-assisted generation of small code snippets and early visual concepts. All content has been manually reviewed and optimized. Real-time AI generation is not involved; it is entirely locally packaged and does not rely on external APIs.

The bartender's side of every conversation is generated live, while you play, by a language model that ships inside the game and runs on your own computer. Nothing you type or say is sent anywhere. There is no account, no server, and no internet connection required — the game works with the network unplugged. When the character speaks her lines aloud, that audio is synthesised locally by the same install. Everything else in the game is authored by hand: the world and its writing, the cast of regulars, the drink recipes, the art, and the rules the bartender plays by. Because her dialogue is generated rather than scripted, it cannot be listed in advance. The controls on it are: a fixed authored prompt that defines the character, the setting, and what she will and will not do; a filtered generation pipeline; and a specific model chosen and regression-tested against an automated suite of behavioural checks before it ships. Anything the character has remembered about you can be viewed and permanently deleted from inside the game at any time.

We use AI to aid the team with coding and refactoring more quickly, texturing assets and background faster, and creating highly detailed cinematics. We have both original and AI generated music & sound effects. We DO NOT use AI for our story, narratives, dialog, 3D models, or character animations.

AI generation was used in the concept art for the game that is currently on display with the game screenshots. We are currently working on making the real art for the game, but wanted to provide the artstyle that we are aiming towards. The game itself, including in-game current and future art, is human made.

Generative AI is utilized as support in the game's development, employed for concept creation, texture upscaling, and the design of icons and visual elements.

- Used generative AI to adjust the game program - Used generative AI to create art assets - Used generative AI to generate background music

The code, the in-game text and its translations into six languages were written with the help of an AI assistant, then reviewed and edited by the developer. No images or audio were AI-generated: all artwork is built from licensed photography, a licensed typeface and licensed icons, and all sound comes from a licensed royalty-free library. Full credits are in the game. Nothing is generated while you play — the game makes no network requests at all.

Generative AI tools helped create and refine some concept art, and marketing images for this game. The game does not generate new AI content while you play.

Visual assets in this game — symbol icons, charm icons, user interface elements, machine and objective icons, and store artwork — were created with generative AI tools and then selected, edited, sized and integrated by hand. Game code was written with AI assistance under human direction. Design, balancing decisions and final text are authored by the developer.

Some of the art, music, voice-over and cinematic clips in Synapse Grid were produced with generative AI tools during development, then edited, curated and directed for release. Nothing is generated while you play. The tools used, and what each produced: Google Gemini - concept art and texture reference ACE-Step - original music tracks MiniMax-Music3 - original music tiles IndexTTS - cast voice-over MiniMax H3 (via ComfyUI) - tutorial and transmission video clips All of this content was generated for this project. No third party's personal media, voice or likeness is used. The same list is shown in the game's own credits screen. Separately, the opponent riders use a neural network trained by self-play. That system decides how a bike steers; it does not generate any art, audio or text that you see or hear.

Parts this game's visual assets — including concept art, textures, and character portraits — were pre-rendered with generative AI tools during development, then reviewed and hand-integrated by the developer. Store and marketing images were produced the same way. No content is generated by in real time while you play.

Generative AI tools were used during development to assist with some in-game artwork, promotional/store artwork, and several music tracks. All AI-assisted content was reviewed and approved by the developer before use. The game does not use generative AI during runtime.

This game was made with the help of generative AI. AI tools assisted in various parts of development, including code, art, and music.

Some store-page artwork uses pre-generated AI-assisted illustrations. The developer selected, edited, and combined them with authentic CouchDeck interface captures, then reviewed the final materials. CouchDeck does not generate AI content during use.

Some music and visual artwork included in the game were created or enhanced using generative AI-assisted tools. AI-assisted coding tools were also used during development to help write and refine portions of the game’s code. Every AI-assisted element was reviewed, edited, selected, integrated, and tested by the developer before inclusion. No AI content is generated during gameplay, and the game does not connect to external AI services. All AI-assisted content included with the game is fixed and pre-generated.

AI tools were used during development solely to assist with coding, including identifying and fixing bugs and making minor code corrections and improvements. AI does not generate any content for players during gameplay.

Quiet Sky uses generative AI during gameplay to simulate evolving societies and create narrative observation reports, summaries, Companion responses, and optional report illustrations based on the current simulation and the player’s decisions. The Steam desktop edition runs the included generative models locally on the player’s computer. Generated results vary between campaigns.

The store page capsule artwork was created using generative AI.

Generative AI tools were used during development to assist with drafts and revisions of some pre-generated in-game text, interface copy, localization, and store and library artwork. All resulting content is selected, edited, and reviewed by the developer before shipping. The game does not generate content with AI at runtime.

Pre-generated AI content: In-game text and the store page description were drafted with AI assistance and reviewed and edited by the developer. The Traditional Chinese, Korean, Russian, Spanish, Portuguese (Brazil), German and French localizations are AI translations checked by the developer for terminology and layout; they have not been proofread by native speakers. The chef and customer portraits, and the in-game face icons scaled down from them, were drawn with generative image AI (most based on pixel-art faces drawn by the developer, some from written descriptions in the style of the existing portraits), then selected and adjusted by the developer. The portraits also appear in the store capsules and screenshots. All other pixel art (ingredients, backgrounds, UI), the music and the sound effects are produced at runtime by drawing and synthesis scripts written with AI assistance; no image- or audio-generation models are used. No AI content is generated during gameplay.

Generative AI was used in the creation of visual assets for this game, including characters, backgrounds, and stage maps. AI-assisted coding tools were also used during the development of the game. The game does not use generative AI to create content in real time during gameplay.

Generative AI tools assisted with portions of the game’s code and written material, and with the creation of pre-generated promotional key art and derivative marketing graphics. All final content was selected, edited, tested, and reviewed by the developer. Gameplay screenshots and trailers show the actual game.

Customer voice lines were pre-generated with edge-tts (neural TTS) and shipped in the build (assets/voice/).

Generative AI tools were used during development to assist with creating some texture images, promotional/banner images, and code development. AI was also used to help review, test, and debug code, identify potential issues, and suggest improvements. All generated or AI-assisted content was reviewed, selected, and integrated by the developer.

Generative AI was used only as a supporting tool for the design of some fictional can bottle brands

Some in-game card illustrations were created with the assistance of generative AI during development. No content is generated by AI during gameplay, and the game does not connect to any external AI services while playing.

This game uses generative AI in a limited capacity on the game server in real time. The AI is used solely to generate narrative text: mission names and descriptions, in-world news broadcasts, and some NPC dialogue. All game logic — including mission mechanics, rewards, and balance — is governed by deterministic code and is never decided by AI. If the AI service is unavailable, the game automatically falls back to pre-written text templates. Portions of imagery were produced with the assistance of generative AI.

Some backgrounds and illustrations (cards and relics) in this game started as drafts made with generative AI. Our artist then edited and redrew them by hand. We are continuing to improve this artwork until release, and we are gradually replacing the AI-generated drafts with the artist’s own work. The game does not generate any content with AI in real time during gameplay.

Metlivi Adventure uses generative AI to create certain in-game content, including narrative text, visual elements, and, where applicable, music. AI-generated content is used to support dynamic, player-driven adventures.

Some of the textures and images in this game were created with the help of generative AI tools, and AI tools also assisted with the game's localization and store page text. All of this content was reviewed and edited by the developer before release.

Game assets are AI geberated

Developed and tested under human creative direction with generative AI assistance for game code, audio and promo materials. Some skin patterns for customization of character and ball were AI generated. Maps, 3D assets and animations were bought from artists. The game does not use live-generated AI during gameplay.

This game uses generative AI tools to assist in creating early drafts of some artwork and text during development. All AI-generated content is pre-rendered and has been reviewed, edited, and polished by hand before being included in the game. No content is generated live at runtime.

Only Story mode background image generated by AI.

This game was created with AI‑assisted generation

early development stages prototyping, block out replacement

This game uses AI generated images. This game's creation was assisted by AI.

Lumi uses generative AI while the game is running. Her conversation replies are written by a language model, spoken aloud with speech synthesis, and your voice input is transcribed by speech recognition. If you turn on screen viewing, a vision model looks at your screen so she can react to the game you play or the video you watch. All of this runs locally on your PC. The default language model, voice and speech recognition are included with the game. Optional larger models and voices are downloaded from third-party hosts only if you select them. Your conversations, voice, screen images and Lumi's replies are not sent to any external AI service. Screen viewing, microphone input, system-audio sensing and desktop actions are off until you enable them. AI replies can be inaccurate and are not professional advice.

This game uses generative AI tools in parts of its artwork and dialogue/narrative writing, as well as for in-game text localization (translation).

Every voice you hear in Dub Night Live is a real person. Nothing in the game is AI-generated: no AI voices, no AI art, no AI judging (scoring is player votes). The clip editor uses two open-source machine-learning tools that run locally on your PC: one separates a clip's original voices from its music and effects, and one drafts line timings for you to review and fix. They process your own video files, never send anything to an external service, and never create content. During development, AI was used as a coding assistant only.

We use AI to generate interactive videos in the game.

This game includes AI-assisted, human-curated and edited artwork (tile art, actor sprites, and other visual assets). All AI-generated art was reviewed, edited, and approved by the developer before being included. An LLM was used to co-author most code changes. An LLM was used to proof and ideate some of the dialog in the game. All dialog was curated and approved by a human.

This game was created by a real human, using the Codex development environment. Contains lots of generated artwork and descriptive text, as well as gameplay refinements gained through AI powered balance testing.

Phantom Line: Prologue contains some voices generated by voice synthesizers.

This game uses AI to generate art materials to enrich game content and accelerate development speed

Generative AI tools were used during development to assist with the creation and refinement of certain pre-generated 2D visual assets, including environment artwork, character sprites, and store marketing images. All AI-assisted content was reviewed and edited by the developer before inclusion. No AI-generated content is created during gameplay, and the game does not connect to any external AI service.

Generative AI tools were used to assist with the development and coding of the game, including generating, modifying, and troubleshooting code that ships with the game.

An AI voice generation tool was used to create the voice of one NPC. No AI-generated content is created during gameplay.

Elixonomy includes some pre-generated visual artwork created with the assistance of generative AI tools. These assets were reviewed, selected, edited, and integrated by the development team. The game does not generate AI content during gameplay and does not connect to external AI services.

During the development of the video game DEPTH STRIKE, I used neural networks, but I did most of the work myself.