AI Transparency Index: Every AI Disclosure on Steam, Tracked and Searchable

This game uses AI to assist in generating background music, art design, and multilingual translations.

Generative AI tools were used to assist in creating some store page artwork and marketing materials, as well as parts of the game's word content. All AI-assisted content was reviewed, edited, and integrated by the developer. Game design, programming, and final implementation were created by the developer.

Generative AI was used as a writing and translation aid during development, always under human direction and review: in-game lesson and interface text, their translations into the supported languages, achievement text, and this store page. All of it was reviewed by the developer. The game itself does not use AI at runtime — nothing is generated while you play, and every level is deterministic.

Music composed in Udio studio

The characters in Conversation Simulator are played live by an AI language model that runs entirely on your computer — no cloud AI service is involved. All character dialogue and end-of-session feedback is generated locally during play. A built-in safety policy that cannot be disabled keeps generated content within a PG/PG-13 boundary: no sexual content, no content involving minors, no impersonation of real people, no voice cloning, and no claims to be a real therapist, doctor, or lawyer. Self-harm and crisis topics are intercepted and answered with a resource message instead of AI-generated content.

The quiz content (questions, answer choices, and explanations) was authored with the assistance of large language models, then validated by automated checks (every citation resolves against the canonical text) and human review passes. The scripture text itself is NOT AI-generated — it is the public-domain JPS 1917 translation sourced from Sefaria.org. Decorative chapter art and store capsule art were produced by our own procedural generation scripts with AI-assisted design; store copy was written with AI assistance and human-edited. The game contains no live/runtime AI generation.

This game utilizes generative artificial intelligence tools to assist in the creation of pre-rendered character portraits and musical materials.

This software uses generative AI to transcribe speech, translate live voice and text between languages, and optionally generate translated speech output. Depending on the mode selected by the user, these features may run through third-party online AI services or local models included with or configured for the software.

I used it a ton for programming, and images.

As a solo developer I have used AI to help review features and generate base artwork before editing.

This game uses AI-assisted tools during development, including assistance with coding and the creation or iteration of some promotional and visual art assets. During gameplay, AI may be used to help interpret the player’s spoken spell commands and map them to predefined in-game spell actions.

Penko Vox: Japanese uses local generative AI to power its immersive language learning experience. An integrated Large Language Model (LLM) acts as a native Japanese tutor, generating real-time dialogue based on user input, while a Neural Text-to-Speech (TTS) engine synthesizes high-fidelity Japanese audio for listening practice.

Peasant voices are made with AI.

Stills obtained from Game Editor were altered by AI to be store artwork. No AI-based artwork is used in the game itself.

Generative AI tools were used during parts of the development process.

This application utilizes local, offline Artificial Intelligence (AI) models as its primary infrastructure: 1. Speech-to-Text (ASR) using the offline Glint AI engine. 2. Neural Machine Translation (NMT) using the offline Glint AI engine. 3. Optional Local AI Translation Integration: Users can optionally activate and download local LLM models (such as Gemma and Qwen via the Ollama engine) to perform offline translations. All AI models and libraries, including the optional local LLM integrations, are executed entirely locally on the user's hardware. The application DOES NOT require or connect to any third-party cloud services or external AI generators.

Playto uses AI models (LLMs) to generate real-time translations of on-screen game text. All AI processing runs entirely on your machine using local models — no data is sent to external servers. The AI is also used for OCR (optical character recognition) to read text from game screens. No pre-generated AI content is included; all translations are generated live during use.

This game uses generative AI to produce real-time, dialogue-based explanations, narrative content, and key summaries during gameplay (with optional AI-generated voice output). The generated content dynamically adapts based on player inputs, such as uploaded papers or text, as well as in-game choices, and is used solely for in-game presentation. Players are advised not to input sensitive personal information and to independently verify any important information.

LingoHUD's output is strictly limited to language translation and speech-to-text transcription of content already present on the user's screen or audio. It does not generate creative, original, or open-ended content. Content moderation: The translation and recognition models process only user-initiated input that the user explicitly captures via a hotkey. The software does not produce novel content; it converts existing content from one language to another, or from speech and images to text. All processing is deterministic and bounded to the captured input.

AI was used in the coding of this game, the asset generation, brainstorming practical solutions (knowledge about opensource tts options, distribution options), and in helping problem solve most steps in the development, and application process. It allowed one developer to create a high quality, low cost educational product to greatly assist in language learning worldwide.

Some sounds and visual assets in PLAYNESE were enhanced using generative AI tools during development and are reviewed for quality and consistency. All AI generated content is pre-rendered and static, with no live AI generation during gameplay.

The vast majority of the artwork in the game was created by our team of artists, hired freelancers or purchased on market places. In some cases, AI was used to generate reference images to assist with the creative process, but all final assets were either fully redrawn or significantly refined by human artists to ensure quality and originality.

We used a Text To Speech model to generate audio for all the concepts, examples and quizzes.