Where do games disclose AI use?

This game makes use of AI-assisted tools in the creation of certain visual assets. All AI-generated content has been manually reviewed, edited, and adapted by the developer to fit the artistic vision of the game.

I'm not an artist, I used generative ai to help make the art for the game

We use AI-assisted tools in parts of our development process to assist with content creation, improve productivity, and streamline routine tasks so our team has more time for creative work. Where we use these tools, the work is directed, reviewed, and finalized by our team.

Network Engineer leverages generative artificial intelligence to enhance gameplay immersion and realism. AI-driven systems dynamically simulate customer behavior, hardware issues, and environmental challenges, creating unique scenarios and ensuring no two playthroughs are alike. Your feedback will help refine these systems! Some assets within the game are generated with the help of AI, this includes but is not limited to: - Contracts (Company Names, Locations etc.) - Hardware Names (For the networking device) - Company Logos

Music and marketing images.

VoidCraft uses generative AI in two ways. During development, AI tools assisted in creating written content that ships with the game (lore, item and research descriptions, mission templates, NPC flavour text) and in exploring marketing artwork concepts; all of it was reviewed by the developer before inclusion. During gameplay, two features generate text live using large language models: the optional in-game Advisor, which analyses your empire and offers strategy advice in character, and contract mission briefings (titles, short stories, and NPC names) on station contract boards. Players cannot type free-form prompts into these systems - the AI receives only structured game-state data assembled by our servers, and every output is validated server-side before it appears in the game. Core gameplay (combat, economy, progression, rewards) is governed by deterministic game rules, not by AI.

AI tools are used exclusively to translate game content into different languages.

Finesse uses generative AI tools for select pre-generated content created during development: - Meshy — 3D model generation for some character and environment assets - ElevenLabs — voice line generation for in-game audio - Suno — music track generation for soundtrack and ambient audio - Anthropic Claude — assistance with in-game text content (descriptions, narrative copy) All AI-generated content is pre-rendered during development and shipped as static assets. No generative AI runs at runtime; nothing is generated live or unique per player. All AI outputs are reviewed, edited, and curated by the developer before being included in the final game.

"AI tools were used to assist in creating levels, textures, code, music, and promotional artwork. All content is reviewed by the team."

Artificial intelligence was used in the trailer’s voice-over. AI was not used during the game’s development

AI was used to develop some of the musical compositions.

IA was used mainly for coding The game is a digital version of my board game created in 2013.

During development, generative AI tools were used as supplementary assistance for document writing, draft store page text, UI text, localization drafts, and the planning of some concept visual materials. All final content included in the release build, store page, and marketing materials is reviewed, selected, and edited by the developer before use. JULPAE does not use real-time generative AI during gameplay, does not generate player-facing content with AI at runtime, and does not connect players to any external generative AI service.

Some aspects of the game utilize AI assistance, including with programming, some art, and music.

AI is used on an ad hoc basis for: 3D model texturing, code assistance, and references for asset modeling. It does not affect gameplay or interactive content.

Some image editing for the steam page assets

SPECTRENDS currently uses generative artificial intelligence for some placeholder visuals and promotional assets during development. These AI-generated assets are temporary and will be fully replaced with original, hand-crafted art before the game's full release. The final version of the game will not use generative AI for any assets.

Generative AI were used to assist in the creation of assets, and artwork. All generated content was reviewed and modified by the developers before inclusion in the final game.

Generated some UI elements

Terra Concordia was created by the solo developer at NCB Company with extensive use of generative artificial intelligence tools throughout the development process. Content created with AI assistance during development: • The 142 game cards (buildings, technologies, wonders, events, objectives): names, descriptions, costs, effects, and art were conceived and adjusted with AI assistance, under review and final decision by the human developer. • SVG vector art (cards, board, civilizations, store capsule arts, achievement icons, page banners): programmatically generated by scripts written with AI assistance. • Game mechanics and rules: brainstorming, balancing, and iteration done with AI assistance, always validated manually across hundreds of internal playtests. • The 6 solo-mode scenarios: themes, victory conditions, and difficulty designed with AI assistance, adjusted through playtesting. • Website, store descriptions, manuals, and Civilopedia: drafted with AI assistance, reviewed by the developer. • English and Spanish translations: pre-translated with AI, manually reviewed and polished. • Solo-mode opponent (Automa) logic: the script was written with AI assistance, but it is a fixed deterministic algorithm with no machine learning components. No content is generated by AI in real time during play. There are no images, texts, cards, or behaviors dynamically generated by AI while you play. The "Automa" (solo-mode AI opponent) is a script already embedded in the game code, executing pre-defined rules — without any alteration, generation, or learning during the match. All AI-assisted content was reviewed, tested, and approved by the human developer before release.

Some card illustrations were created with the assistance of image-generation tools, then hand-selected, edited, and arranged by the developer. Game design, rules, code, UI, and writing are human-made

Village Coop Clicker is a small hobby project created with extensive use of AI-assisted tools for programming, artwork, audio, localization, and store assets. The game design, balancing, progression systems, and overall creative direction were created and curated manually by the developer.

This game uses AI assistance for portions of its programming code and store images.

This game uses generative AI to produce dialogue content in real time. All character responses are generated by a large language model (LLM) based on user input and the loaded character card settings. No pre-written dialogue scripts are included in the shipped game. Character cards are created by third-party authors and may themselves contain AI-generated content.

Generative AI tools were used to assist with drafting and editing store page text. All final text is reviewed, selected, and edited by the developer before publication. The game does not include live-generated AI content during gameplay and does not connect to external AI services.

AI tools were used to assist with some code development and selected Steam store page text. The core game design, gameplay, and creative direction are created by the development team. No live generative AI content is created during gameplay.

Some in-game audio, including phone call voices and ambient sounds, were generated using AI tools. Additionally, certain stickers and visual assets found in the Cancer's living area were created with the assistance of generative AI.

Generative AI tools were utilized to assist in the creation of promotional materials. The game itself does not contain any live AI generation.

Pre-generated 2D visual assets were created using AI tools. This includes the skill icons used in the game's UI, as well as the promotional capsule and cover artwork for the Steam store page.

Some of the page's visuals are generated using AI.

AI was used to create the visual content for the store page.

AI Generated Content Disclosure The developers describe how their game uses AI Generated Content like this: Generative AI tools were used in limited cases during the production of certain game assets. AI-generated content was not used as-is, and any such assets were revised, refined, and finalized by our art and development teams to ensure they meet our quality standards and creative direction.

Some assets in RumBall Stadium were created with the assistance of generative AI tools, specifically the main game thumbnail and a selection of icons and background images used in the game's menus. All gameplay content, including vehicles, arenas, and game systems, was developed by the development team.

I use AI tools to assist with code review, translations, Steam capsule design, and music production tasks. All final game design, programming, and implementation decisions are made, reviewed, and supervised by me.

Generative AI tools were used to assist in the creation of certain illustrations, backgrounds, music, and translations. All final content has been reviewed by the developer.

This game uses Generative AI for some of the asset sets in the game.

I used AI to generate much of the code for this game. I did a lot of reviewing and tweaking the code, but a large portion of the core code for the game was generated by AI. The AI also generate the player and enemy "models". I had them generate to game scene files (tscn files in Godot) which are just simple text files. I tweaked many of them after initial generation. I also used AI to generate the various store page and icon art, and 4 images that are findable in the game as items AI was not used for the music in game, or the various art assets and SFX not mentioned above.

Some marketing materials may include AI-generated background music. Tile Blast Royale does not use generative AI to create content during gameplay.

AI is used for some of the music and images in the game.

Scourge of the Necromancer makes significant use of generative AI in its production. We want to be fully upfront about it. Visual assets (2D images + video) — all AI-generated, then human-curated and human-edited. Every shipped image and video in the game and on the Steam store page was produced with AI tools, then reviewed, edited, and selected by hand by the developer. This covers: Steam store capsules and library art, the store-page background, all in-game achievement icons, hero portraits, the Necromancer concept art, decorative UI elements, all real-time cinematics (the defeat sequence and all victory variants), and the marketing trailer's atmospheric segments. Image models used: Google Imagen 4, Google Veo 3.1 (video), Nano Banana Pro / Gemini 3 Pro Image (Google), Black Forest Labs FLUX.2, Recraft V4 Pro, Ideogram V3, and Bria RMBG-2.0 (background removal). Final assets received human editing — compositing, color correction, retouching, frame extraction, masking, and rejection of unusable outputs. 3D models — AI-generated base meshes, then human-edited in Blender. The in-game hero character models (Knight, Cleric, Ranger, Wizard, Warrior, Alchemist) started as outputs from Tripo AI's generative 3D model service (FBX + texture PNGs), but each model was then opened in Blender by the developer for hand editing — mesh cleanup, geometry adjustments, and texture fixes — before being exported for use in the game. Each finished model was imported into Unity with hand-tuned scale, rotation, material configuration, and import-setting curation. Unsatisfactory generations were discarded and re-prompted; the Blender editing step is substantial enough that the shipped models are not pure AI output. Music — AI-generated, then human-curated and post-processed. All music tracks in the game (menu, gameplay layers, boss phases, victory, defeat) were produced with Google Gemini's music generation, then human-selected, trimmed, looped, and mixed by the developer. Necromancer voice — AI-generated, then human-edited. The Necromancer's spoken syllables were synthesized with ElevenLabs Text-to-Speech (Eleven Multilingual v2 model), then pitch-shifted, EQ'd, and processed with reverb in Audacity by the developer to produce the final in-game delivery. No other character has spoken voice lines in the shipped game. Sound effects — all AI-generated. Every SFX in the game (ability sounds, ambient layers, UI sounds, footsteps, kill/spawn cues, tile state cues, boss audio) was produced with ElevenLabs Sound Effects, then human-selected, trimmed, processed, and mixed by the developer. The Necromancer voice lines use ElevenLabs Text-to-Speech (covered separately above). Runtime behavior. The game does NOT use live-generated AI content at runtime. Every shipped asset is a fixed, pre-rendered file. Player-facing text, dialogue, narrative, lore, and game design were written by the developer without AI generation. Code. Code development used Claude (Anthropic) as an AI coding assistant. This is behind-the-scenes efficiency tooling not consumed by players, but we mention it here for full transparency.

Generative AI was used to assist in the creation of promotional visual assets, including the game's logo and certain store page artwork. No gameplay content, code, story, dialogue, quests, characters, or game mechanics are generated by AI. All gameplay screenshots represent actual in-game content.

Use of A.I. generative approach to modernize the original promotional images for the games.

AI was used only to enhance storyboard artwork and loading screen images.

本游戏使用生成式 AI 作为辅助开发工具。该技术主要用于加速 2D/3D 美术资产的原型设计及部分代码的编写。游戏的核心玩法逻辑与主要叙事均由人工设计并编写，AI 仅作为生产力工具使用，不涉及任何形式的玩家数据收集或训练。

Generative AI is used across this game's development — including store-page marketing artwork, in-game art (cards, UI elements), and source code. All AI-generated content is human-directed, reviewed, and edited by the developer. No AI runs at game time; everything ships as static, pre-rendered assets.

We have updated our AI disclosure in order to provide better transparency and clarity around the use of this support tool for Crazy Taxi: World Tour: At SEGA Corporation, we utilize generative AI as an optional support tool for developers, with the aim of enabling developers to focus more on creative tasks and deliver better experiences to our players. In Crazy Taxi: World Tour, generative AI was used as part of the ideation process for background objects. However, no AI-generated content will be included in the final game.

Some of the art assets, music materials, and code-assisted compilation in this game utilize generative artificial intelligence (AI) technology. All such content has been manually reviewed and optimized

As a solo developer working on a passion project with very limited resources, I utilized generative AI as a workflow tool to help sketch out the initial base meshes and textures for the miniatures and terrain elements. However, every single asset was then manually refined, over painted, and fully optimized by me to ensure a consistent, high-quality art style and solid performance.

Generative AI was used only for a small portion of the game's visual and marketing materials, which were subsequently refined by the developer. The overwhelming majority of graphics and content were created manually or obtained from licensed sources.

Generative AI was used to create ingame voices.