Where do games disclose AI use?

NBA 2K27 optionally utilizes NVIDIA DLSS 5's 3D Guided Neural Rendering to enhance the appearance of the game in real-time.

This game uses generative AI to provide personalized choices and free-form conversations based on player input and profile information. The main story and scenarios are written by human writers.

Some background art, still images, videos, and music were created with the assistance of generative AI tools; every asset was reviewed and curated by the developer. During gameplay, callers' dialogue is performed by an AI language model running entirely on the player's PC — fully offline, with no external AI service. The AI performs characters only within hand-written script boundaries, all story outcomes are decided by deterministic game logic, and generated text is filtered before display. Voice input is transcribed locally and never leaves your machine.

Elya uses generative AI to provide optional real-time character conversations, voice interactions, and other AI-assisted companion features. Users may connect supported third-party AI services or configure their own compatible providers. AI-generated content is produced dynamically based on user input and character settings.

Dynamic Interrogation Dialogue: Suspicious Minds features an unscripted interrogation engine powered by local Large Language Models (LLMs). Suspect and detective responses, emotional shifts, and conversational directions are generated dynamically in real time based on user inputs, crime scene evidence, and player choices. Voice Recognition & Speech Synthesis: The game utilizes localized speech-to-text engines to analyze spoken player input and real-time text-to-speech models to synthesize natural, expressive character voice outputs during gameplay.

本作では、ゲーム内で生成AIを多分に使用しています

AI powers real-time dialogue and responses from fictional in-game characters, allowing them to react dynamically to player conversations and actions.

This game uses AI to analyze the meaning and intent of players’ natural-language input in real time, enabling players to interact with characters using their own words. AI is used solely for input analysis during gameplay. All dialogue and narrative content are written by the development team and are not generated by AI.

The collectible assets were generated with AI, also Jacky use AI as main brain to speak or interact with you, Jacky voice is a TTS model trained by us, official Jacky skins are NOT AI generated

All visual art in SagoCat — characters, animation, and visual design — is hand-crafted, with no AI used. Generative AI is used as follows: the pet's conversational replies are generated in real time by a third-party AI service and require an internet connection (use the built-in free quota or your own API key); during development, AI tools also assisted with parts of the code, some in-app text, and some sound effects.

This software uses generative AI to provide real-time text and speech translation. It recognizes on-screen text via OCR, then calls AI large language models that you configure (such as DeepSeek, GPT, Qwen, Doubao, etc.) or the built-in local translation model (Hy-MT2) to generate real-time translations, shown in the VR overlay. Translation results are for reference only, are not guaranteed to be accurate, and do not constitute professional advice.

Laryen includes an optional in-game AI companion named Laria. When a player asks Laria a question by voice or text, her answer is generated at runtime by an AI language model, grounded in Laryen's own game data (monsters, hunting grounds, equipment, drops and progression). Laria answers questions about the game only. She does not generate artwork, music, or content that is shared with other players, and using her is never required to play. Some artwork used in our store page and marketing materials was created with the assistance of generative AI tools and reviewed by our team before publication.

ORACLE uses generative AI in two ways: some marketing artwork was created with generative tools, and an optional bundled local language model can generate short, context-aware ORACLE narration during play. Live generation runs locally on the player's PC and is limited to text; it does not generate code, images, audio, or gameplay rules.

This game utilizes AI during gameplay to dynamically generate partial narrative texts and character dialogue in real time based on game progress, character status, and player choices, which may result in varying text content across different playthroughs. To mitigate the risk of inappropriate output, the game enforces rule constraints, sensitive content detection, and keyword filtering on both AI prompts and generated responses. Any non-compliant content will be blocked or replaced accordingly.

游戏内的游戏世界状态反馈、NPC对话，是通过接入大语言模型（LLM）在游戏运行时实时生成。

AI has been used to generate capsule art as well as in-game dialogue. NPC voices are AI

All simulation, art, audio and text in Terra Logic are hand-made — the game ships with no AI-generated content and makes no network requests by default. One optional feature can generate text at runtime: the "whisper" narrator, a single one-line ambient caption. By default it composes lines from a built-in, hand-written phrase library. Players who supply their own Anthropic (Claude) API key in a local config file may enable AI-generated phrasing for that one caption line; without a key the AI path is fully inactive. AI output never affects simulation, gameplay, art, audio, or any other text.

In this game, players converse with characters via free-form text input. Responses are text generated by AI and will vary depending on the player's input.

Loop 9 uses generative AI to power text-only dialogue with Dragojlo, a fictional in-game coworker. Player-written messages and limited game-state context are sent through our backend to OpenAI to generate brief in-character replies. Some store marketing artwork was created with AI assistance and reviewed and edited by the developer. Player messages and generated replies are not shared with other players.

This game uses generative AI in two ways. (1) Live generation: narrative text and NPC dialogue are generated in real time based on the player's choices and current game state. Illustrative images for locations, scenes and items are also generated on demand the first time such an element appears, then cached and reused. Core game rules, numerical outcomes, inventory changes, and progression are always resolved by deterministic game systems. Live text generation is governed by server-side content rules that cannot be directly modified by player input. Live image generation uses server-controlled prompt templates based on structured game data (entity type, name, and a short in-world description) within a fixed ink-painting style; players cannot directly provide image-generation prompts. (2) Development-time generation: some static art assets (including location, scene, item and background illustrations) were generated with image-generation AI tools during development. Store-facing marketing assets and selected screenshots containing such artwork were reviewed by a human before publication. Store page copy was drafted with AI assistance and reviewed by a human. 本游戏以两种方式使用生成式AI。(1)实时生成:叙事文本与NPC对话根据玩家选择与当前游戏状态实时生成;地点/场景/物品的插画也会在其首次出现时按需生成,之后缓存复用。核心规则、数值结算、物品变动与进度始终由确定性游戏系统裁定。实时文本生成受服务端内容规则约束(玩家输入无法直接修改);实时图像生成使用服务端控制的提示词模板,基于结构化游戏数据(实体类别、名称与简短的世界内描述)并锁定水墨画风格,玩家不能直接书写图像提示词。(2)开发期生成:部分静态美术素材(包括地点、场景、物品与背景插画)在开发过程中使用图像生成AI制作;用于商店宣传以及所选商店截图中的相关素材均经过人工审阅后发布。商店页文案由AI辅助创作、经人工审定。

This game heavily uses generative AI to generate the initial world and direct events and experiences for the player in real time.

The application includes a live generative AI assistance feature ("AI Assistant"). This feature generates real-time, text-based recommendations and diagnostics to help the user optimize their PC's performance, manage system resources, and improve game performance. Output is generated dynamically while the application is running, based on the user's own system data (CPU, GPU, RAM, disk usage) and locally gathered telemetry. The AI does not generate images, audio, video, or other media assets. All generated output is text-only and is derived exclusively from the user's own input and locally measured system information. No user data is transmitted to any third-party generative AI service. Guardrails: The AI operates fully offline and uses a constrained, rule-based response engine. It only processes input entered by the user within the application, cannot generate illegal or infringing content, and does not monitor or act on content outside the application. No external API, model, or content-generation service is used at runtime.

This game includes an optional AI assistant. Players may use the AI tools during gameplay for in‑game assistance such as balloon‑shooting, feeding and other actions. No AI‑generated content will be produced. During development, generative AI tools were used to assist with programming and some pre‑generated text. All AI‑assisted text included in the game was reviewed and edited by the development team. No AI was used to generate the game's artwork or music. All artwork and music were created by human artists and musicians.

This game uses an open-source language model (Qwen2.5) bundled with the game to generate real-time NPC dialogue and ambient chatter entirely offline on the player's own machine via llama.cpp. No external server, no third-party API, and no internet connection are required. Players can toggle this feature on or off. The model runs locally using the player's CPU — no data is uploaded, collected, stored, or used for training.

The in-game voiceover is generated in real-time by a text-to-speech AI model running entirely on your computer. This model only narrates built-in, pre-approved game text. None of your inputs will be sent to the AI model. The entire process runs locally offline.

All speech audio is generated at runtime by a local text-to-speech model (Kokoro) running on the player's PC. Memnon reads text that is already visible on the player's screen and speaks it aloud. It does not write stories, create images, or generate any other content. If the player connects their own cloud API key, those voices are synthesized by their chosen provider under their own account. Some of the app's code was written with the assistance of AI coding tools. All artwork and store assets are human-made.

Rexclaw's companions are powered by generative AI, conversations (text and voice), along with files you create together are generated on demand by third party AI models. Some promotional artwork, including store banners, was created with AI assistance.

Generative AI tools were used during development to assist with the creation of selected promotional and visual assets. During gameplay, an AI-based analysis service may also be used to evaluate submitted player-created clay sculptures and determine how closely they match the given challenge.

This game uses generative AI in two ways. Live-generated: The streamer character "Sia" reacts to the messages you type in real time. Her lines are generated during play by a large language model through an external AI service, so they are not pre-written. If the service is unavailable, the game falls back to pre-written lines and remains fully playable. Pre-rendered: Some in-game artwork (item icons, character and creature sprites, textures) and some sound effects were produced with AI generation tools and then edited by the developer before shipping.

Trainee dialogue is generated in real time by an online AI service during gameplay. The AI produces conversation text based on each trainee's personality, history, and the player's management decisions. All management systems, music releases, chart rankings, and settlement run locally — only dialogue generation requires an internet connection.

Investors and characters respond to the business idea you type, because a language model re-words our hand-written dialogue at runtime. It only changes wording — never numbers, outcomes, or anything in your save. If a generation fails, you get the hand-written line instead. Your product illustration is generated from your own idea text.

Some game assets were created with AI assistance under paid commercial licenses: background art and the title logo (image generation), BGM (Suno), and sound effects (ElevenLabs). All AI-generated assets are recorded in an internal license ledger, were generated on paid plans permitting commercial use, and were reviewed by the developer before inclusion. The core mechanic uses AI at runtime: the player draws a creature and enters a name for it, and both the drawing and the player-supplied name are sent to a vision AI model, which evaluates them and produces the creature's element, size, stats, move names and descriptions, catchphrase, and flavor text. The creature always carries the name the player typed: the model returns a suggested name, but the server discards it whenever the player supplied one, and falls back to the model's name only when the player leaves the field blank. Guardrails: (1) every submission passes a server-side moderation gate before any sharing — CSAM is absolutely blocked with evidence preservation and reporting, and clearly NSFW content is auto-rejected; (2) all player-visible text generated by AI is length-clamped and moderated (names, catchphrases, flavor text, move names); (3) shared content (ghost teams) is moderated again server-side, is opt-in, expires automatically (TTL), and there is no public gallery; (4) a player report channel (notice-and-takedown) is provided in-game and on the official site; (5) battle results are computed deterministically by game rules, not by AI.

Chat: replies in the in-game messenger MoChat are generated by a small language model running locally on your PC — characters follow hand-written, all-ages personas and safety rules, and in local mode no chat data ever leaves your machine. Some assets began as AI-generated drafts (3D base models, some icons)

Portions of this game were created with the assistance of generative artificial intelligence (AI) technologies, as detailed below: · Art assets: In-game item icons, character portraits, and grotto building sprites were produced using AI image generation tools during the creative process, then curated, modified, and integrated by the development team. · Text content: Certain narrative text, item descriptions, and multilingual localization translations were drafted with the assistance of AI language models, and subsequently reviewed and revised by hand. · Real-time NPC dialogue: The game features an optional NPC dialogue system through which players may configure their own large language model API to have NPCs generate dialogue in real time. This feature is entirely optional; when not configured, the game uses built-in pre-written dialogue lines.

This game utilizes adaptive AI technology during gameplay to power the police interrogator's responses. Player input is evaluated live to generate dynamic, context-aware dialogue and push the interrogation forward.

DUNGEON AI DRAGON uses generative AI in two ways. (1) Pre-generated content: some artwork (character portraits, item illustrations, decorative assets), quest text drafts and localizations were created with the assistance of AI tools and were reviewed and edited by our team before shipping. (2) Live-generated content: NPC dialogue, combat narration and dynamic quest flavor text are generated at runtime by large language models. Live generation is constrained by hand-authored character sheets, world lore and quest definitions. All game rules, stats, prices, rewards and progression are computed by a deterministic rule engine — AI output can never grant items, change prices or alter game state.

Team Commander uses generative AI to interpret player-issued natural-language commands and convert them into predefined in-game actions. The AI is used for command interpretation and does not generate unrestricted story, dialogue, images, or other free-form gameplay content. Generative AI was also used to assist with some visual and localized store materials.

This game uses generative AI to create visual art assets (plants, scenery, animals, UI, etc.) during development. In-game, the cat companion's chat dialogue is generated in real time by a local AI model that runs entirely offline on the player's device; no player input is sent to any external service.

Voxio uses a local AI model to understand spoken words and trigger sound items you have set up.

Dashboard Engine uses AI only at runtime, on your own device, and bundles no pre-generated AI content. On-device neural text-to-speech (installed by default): the app includes neural TTS voices (MeloTTS and Kokoro) that synthesize spoken audio from text locally on your PC. An English voice is bundled and installed by default; other languages download on demand. These voices produce speech at runtime — for the assistant's replies, spoken system alerts, and voice previews. They are used purely as speech output: a "voice profile" is a small set of tuning settings that reference a licensed base voice, and the app stores or uploads no voice recordings of any kind. Optional AI assistant (off by default): if you turn it on, you connect it to a language model you run locally on your own machine or local network (for example Ollama or LM Studio). Your typed messages are sent to that local model to generate conversational replies in real time, which can be read aloud by the on-device TTS above. There is no cloud AI service, account, or API key — nothing leaves your PC. All AI output is generated live from your own input and your own local models, so it is not authored or reviewed by the developer. No AI-generated content is pre-created or bundled with the app.

Art assets in this game were created with AI assistance; narrative content is generated by AI in real time. Solo-developed — thank you for your support

Generative AI Disclosure This game features real-time generative AI to create a unique experience for each player: Dynamic Dialogue: Our NPC interaction system uses an LLM to respond to player queries in real-time, allowing for more natural and varied conversations. AI Guardrails: We have implemented strict filtering and pre-defined safety protocols to ensure that all AI-generated content remains appropriate and consistent with the game's world. All live-generated content is monitored to prevent the generation of illegal or harmful material.

The global economy, events, NPC dialogue and behaviors, and the choices your Storyteller makes use a lightweight, local LLM that runs with the game.

Yakutori uses on-device AI to translate Japanese text on your screen into English in real time. It reads the on-screen text with optical character recognition (PaddleOCR PP-OCRv5) and generates the English translation with a local large language model (Qwen3-4B). All AI runs entirely on your own computer — no cloud services and no internet connection are used, and nothing you translate ever leaves your device. As with any machine translation, the AI-generated output is not always perfect.

RUSTCAN includes an optional live-generated AI guide called the Gnome. Players can ask the Gnome questions about gameplay, controls, progression, and the in-game world. The Gnome generates text responses at runtime through a server-side AI service. Responses may be inaccurate and are provided for entertainment and gameplay guidance only. The Gnome does not provide professional, financial, medical, or legal advice. Players access the feature after signing in, entering Hollow Pines, and selecting Ask the Gnome or speaking with the Gnome in town. Requests require an authenticated RUSTCAN account and server-side application verification. Requests are rate-limited and monitored. Server-side input moderation blocks or flags severe illegal, exploitative, violent, self-harm, and other prohibited requests. Generated replies are sanitized before display, and fallback responses are used when the AI service fails or produces no usable response. Players can report problems through the in-game bug/report tools.

I write this game's code with the help of AI coding tools, and I review everything that ships. All the art is drawn by code — no AI image generation anywhere. The enemy is a small neural network that trains locally on how you move. It only controls the eye's behavior, and it never generates art, text, or audio.

This game uses live generative AI to create text-based character dialogue, diaries, journey events, NPC conversations, and outcomes of player-directed interactions. Responses are generated from player-created character profiles, recent in-game memories, current objectives, and player messages. Relevant text context is sent to a third-party AI service to generate these responses. Generated content may vary between sessions and may occasionally produce unexpected results. AI is not used to generate executable code or modify files on the player's device.

This game uses generative AI to power the pet's dialogue system. Players can choose to enable AI chat and freely select a local model (running offline) or a cloud API (requires their own API key), or completely disable AI chat and use preset or custom dialogue instead. Every AI conversation is generated in real time.

We used generative AI as a coding assistant during development to help write and debug the game's source code. All AI-assisted code was reviewed and tested by the developer. The game contains some AI-generated sounds and visual content at runtime however most is non AI. The game sends no player data to any AI service.

ChimpChat is an AI application. Its core feature uses a generative AI text-to-speech model, running entirely on your own device, to synthesize character voices from text you write. Generative AI was also used to produce this store page's assets, including the artwork and the trailer; the character voices in the trailer were generated with ChimpChat itself.