Where do games disclose AI use?

I will use AI for prototyping visuals and of course for helping with coding.

This game used generative AI as an auxiliary tool during development, mainly for early concept references, draft store assets, text drafts, and code-related development assistance. All final content used in the game and on the store page has been reviewed, edited, integrated, and approved by the development team. The game does not use generative AI services during gameplay and does not generate images, audio, text, code, or other content in real time based on player input.

Generative AI tools were used during development as an assistance tool for programming, debugging, design iteration, documentation, and store-page text drafting. All final game content, gameplay systems, assets, and published materials are reviewed, selected, and implemented by the developer. Sol Survivor does not use live generative AI during gameplay. Players do not interact with an AI text, image, audio, or content-generation system while playing.

Many of the game images have been made with AI though they have been heavily edited afterwards. It has also assisted with some of the code. This game would not be possible without it as I'm a small indie dev.

Generative AI was used to create the original images for the relics, the talismans, and zodiacs. We also used generative AI when writing the game's code.

"Generative AI tools were used during the development of this game to assist with programming and narrative dialogue writing. All AI-assisted content has been reviewed and approved by the developer. No artificial intelligence generates content live during gameplay — ▎ all text, audio, and visuals are pre-authored and fixed."

I have used AI to design some parts of the main menu, data models, design of the multiplayer system and room system and to improve the heuristic armies behavior.

Built solo with Cursor AI, Realmlords is a one-developer passion project: an action roguelite forged through rapid iteration, creative experimentation, and nonstop refinement from a single creator’s vision. Over 2 years in the making.

I created this game in my coding class for school which prioritizes AI coding and development. I have coded a significant portion of this game using artificial tools.

AI support was used in reviewing codes and generating graphical images.

much of this game was vibe coded using Antigravity.

VainGraphics is a local AI workspace application. Its core functionality heavily utilizes live-generated AI content, allowing users to run Large Language Models (LLMs) to generate text, stories, and code snippets, as well as image generation models to create local artwork. All generative processes run locally on the user's hardware.

Generative AI tools were utilized during development to assist with writing, troubleshooting, and optimizing game code. Additionally, AI was used as a supplementary tool in the creation of certain graphical assets and sound effects. All AI-generated graphics and audio were manually reviewed, edited, and modified by the developer to ensure they fit seamlessly into the game's retro aesthetic and overall atmosphere.

KI wird ungesetzt zur Unerstützung bei der Programmierung und der Grafikerstellung.

AI is used for cinematic cutscenes and certain art assets, but the majority of the work is done manually. Similarly, code workflows include partial generation for certain C++, C#, and HLSL functions.

Artificial intelligence was used to create the game. With the help of ChatGPT, we were able to analyze and organize several thousand messages from eco-volunteer chat groups, as well as dozens of media articles, podcasts, and vlogs about the spill. All of this was necessary to identify key events, troubling themes, and the moods of people involved in disaster response, and was used by a human author to further develop the plot and dialogue. The images were created using Midjourney. Photos of real landscapes, but not people, were used to generate prompts. The game’s music was generated in Stability AI. The code to adapt the existing game structure to the Ren’py framework was written using Cursor AI.

AI was used to generate code.

RogueScape may use generative AI tools as part of the development workflow, primarily to assist with programming, debugging, prototyping, workflow automation, and occasional asset or copy iteration. Any AI-assisted content used in the game, store page, or related marketing materials is reviewed, edited, and approved by the developer before publication.

This game was developed with the assistance of an AI language model, including store page content, level design, in-game descriptions, code, and game mechanics. All creative direction and final decisions were made by the developer.

This game used generative AI tools during development to assist with the creation and iteration of some visual assets, text and code. All AI-assisted content was reviewed, edited and manually implemented by the developer. The game does not generate AI content during gameplay.

Generative AI has been used very sparsely. The main use cases were coloring the game title and assisting with coding.

Some code assistance tools and limited generative AI techniques were used during development. Some card artwork has been refined with the assistance of AI-based editing tools.

Generative AI tools were used during development for ideation, development assistance, and promotional exploration. All final gameplay systems, game logic, and in-game content were created and reviewed by the developer.

bossMAN uses generative AI as part of a user-directed software-development workflow. Some store, brand, or visual materials may have been created or refined with AI-assisted tools and reviewed by the developer before use. During use, bossMAN may display, organize, summarize, route, or help review AI-generated development output from a separately installed and authenticated user-configured backend, such as Codex, or a user-configured local LLM runtime if supported. This may include coding plans, project summaries, code review notes, command proposals, implementation guidance, documentation drafts, and source-code suggestions. bossMAN does not include ChatGPT, Codex, OpenAI API access, AI usage credits, paid AI subscriptions, local LLM runtimes, model files, or model licenses. AI-generated output may be incomplete, incorrect, or unsuitable for a user's project, and users should review it for accuracy, relevance, and project fit before using or applying it.

AI was used to enhance game code, prototype cover art, and create all music.

Master of the Ages is a grand strategy game engineered by a solo developer with 15+ years of senior software engineering and programming competition experience. To achieve grand-strategy scale as a single creator, a generative AI workflow was utilized to co-design the code architecture and write the codebase under the developer's supervision, backed by a rigorous framework of over 2,500 automated tests to catch edge-case bugs and prevent regressions during development. Generative AI was also used to produce all player-facing graphics (including all unit, building, and technology assets) and generate the historical text layers.

AI tools were used during development for assistance with programming and creation of promotional visual assets. AI-assisted code generation was used to help implement gameplay systems and scripting within the Godot engine. All code was reviewed, integrated, and tested by the developer. Generative AI was also used to create certain marketing and promotional images used in trailers and store presentation materials. No AI-generated assets are included directly in gameplay.

AI tools were used as production assistants for specific assets. All assets were designed and directed by the developer.

AI tools are used to assist in development, including code, writing, art, and sound effects

The following aspects of this game's development were assisted by AI tools: • Code architecture planning and refactoring suggestions • Debugging assistance • Localization (English / Simplified Chinese / Japanese / and other supported languages) • Initial drafts of select art assets • Background music generation (SUNO) All AI-generated output was reviewed, edited, and integrated by a human before inclusion in the final build. Core gameplay design, balancing, and final decisions were made by the developer.

Generative AI tools were used to assist with localization drafts, wording review, store text preparation, research into real-world goods and price references, code debugging, and optimization suggestions. All final text, translations, game design, data, UI implementation, pricing decisions, and release decisions are reviewed and controlled by the developer.

Generative AI was used strictly as an assistive tool during development. It was utilized to help debug code, optimize scripts, and generate minor background visual elements. All core gameplay mechanics, main graphics, story, and game design were created entirely by the developer.

This game makes use of generative AI as a creative assistant during development. All AI-assisted output is reviewed, edited, and approved by the developer before being included in the final game. No content is generated live during gameplay. Source code: Drafted with AI coding tools, then reviewed, tested, and integrated by the developer. Visual assets: All main character designs and key visuals are based on the developer's hand-drawn illustrations. Some assets combine the developer's artwork with AI-assisted generation or refinement. Scenario text: Story, dialogue, and worldbuilding are written by the developer, with AI used for drafting support, rewriting, and consistency checks. Music: A portion of the in-game music is produced with AI assistance; the developer selects, edits, and finalizes all tracks used in the game. Localization: The English translation is produced with AI assistance and reviewed by the developer.

Just like with minesweeper I needed to consult the AI overlords to learn code

All CGs, movies, and music in this game are AI generated with some manual edits. AI is also used for coding, debugging, and localization.

This game contains pre-generated content created with the assistance of generative AI tools during development. AI was used mainly for card illustrations, UI design drafts, some text creation assistance, and programming assistance. The game does not generate new images, audio, text, or other content using AI during gameplay.

Use AI to generate images or code

Generative AI tools, including GPT/Codex, were used during development to create, draft, edit, and process pre-generated game content, including UI text, localization drafts, icons, interface assets, store copy, planning materials, QA materials, and code assistance. All AI-assisted content included in the game or marketing materials was reviewed, selected, edited, and integrated by the developer before publication. The game does not include live-generated AI content, AI chatbots, runtime AI generation, or in-game AI image generation.

During the development of Super Monsterdoom, generative AI tools were used to support text creation, visual exploration, and mechanical iteration. As a solo developer, these tools were key to accelerating and expanding the process, but every final asset, text, and design decision went through extensive human editing, refinement, and hands-on work.

Generative AI tools were used during the development process to assist in writing, optimizing, and refining C# scripts in Unity, as well as in the conceptualization, texture generation, and editing of 2D visual assets and user interface elements.

Generative AI tools were used during development to assist with pre-generated content such as code iteration, localization assistance, and edited achievement icon variants. The game does not generate AI content at runtime. All content included in the product and Steam materials is reviewed and selected by the developer before release.

Generative AI was used for certain programming elements in this game, including moving platforms and parts of the enemy AI behavior.

AI was used ONLY to: - Create the soundtrack - Help with repetitive coding tasks

AI was used during development to help fix scripting errors and improve development efficiency. No AI was used in the creation of the game’s levels, menus, UI, or graphic designs.

The art assets, source code, and portions of the related content in this game were primarily created with the assistance of artificial intelligence (AI), including but not limited to character designs, environment assets, UI elements, text assistance, and programming development. The developer reviewed, adjusted, and integrated the generated content for the final production and release of the game.

I'm a solo developer using Generative AI as a supportive tool to realize my gameplay vision. The game has been crafted with human intent and is still firmly anchored in manual craftsmanship. Generative AI has helped with coding, some art assets, and the recording of voiceover narration.

This game uses AI tools to assist with some translation, programming, and asset creation.

This game utilizes pre-generated AI content across multiple disciplines, including visual assets, code optimization, and audio design. These tools were used strictly to assist a solo developer in the production process. All AI-assisted assets have been thoroughly vetted to ensure they adhere to copyright and intellectual property standards, and no live-generation tools are present in the build.

We used AI for vibe-coding and some UI Elements.

Some of the code required for the game to run is generated by AI.