{"site":"AI Gaming Companion","canonical":"https://aigamingcompanion.com","pages":[{"title":"What Is an AI Gaming Companion?","url":"https://aigamingcompanion.com","summary":"An editorial field guide to AI gaming companions: definitions, five system types, continuity, comparisons, research, and practical use cases.","cluster":"definitions","published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is an AI Gaming Companion?","url":"https://aigamingcompanion.com/what-is-an-ai-gaming-companion","summary":"An AI gaming companion is an AI system that supports a player through one or more forms of gaming context, including guidance, interaction, memory, continuity, collaboration, or restoration across play sessions. The category includes coaching, in-game, agentic, social, and continuity companions.","cluster":"definitions","intent":"define the category","concepts":["definition","taxonomy","gaming context"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Are the Five Types of AI Gaming Companion?","url":"https://aigamingcompanion.com/types-of-ai-gaming-companions","summary":"The five primary types are coaching companions, in-game companions, agentic companions, social companions, and continuity companions. They differ in whether they advise, inhabit the game world, act, create social presence, or preserve context. A system may combine types, but one function is usually dominant.","cluster":"definitions","intent":"classify companion architectures","concepts":["taxonomy","system types","classification"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Did AI Gaming Companions Develop?","url":"https://aigamingcompanion.com/history-of-ai-gaming-companions","summary":"AI gaming companions developed through several overlapping lineages: external game help, adaptive in-game characters, autonomous game-playing agents, conversational social systems, and general AI assistants. The label arrived after many of the component ideas. No single product architecture can therefore stand in for the whole category.","cluster":"definitions","intent":"explain category history","concepts":["history","product patterns","category formation"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Game Companion vs AI Gaming Companion","url":"https://aigamingcompanion.com/ai-game-companion-vs-ai-gaming-companion","summary":"AI game companion and AI gaming companion usually refer to the same broad category. “AI game companion” emphasizes a system related to a game, while “AI gaming companion” emphasizes the activity and wider practice of gaming. Neither phrase should be restricted to screen-reading coaches.","cluster":"comparisons","intent":"distinguish overlapping terminology","concepts":["terminology","singular term","gaming term"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion Glossary","url":"https://aigamingcompanion.com/ai-gaming-companion-glossary","summary":"This glossary defines the central terms used to describe AI gaming companions and continuity systems. Each entry is intentionally concise, connected to a canonical explainer, and written to separate category language from product claims. The definitions form a working editorial vocabulary rather than an external standard.","cluster":"definitions","intent":"provide a scannable glossary","concepts":["glossary","terminology","definitions"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion Definitions and Terminology","url":"https://aigamingcompanion.com/definitions-and-terminology","summary":"This terminology set defines the AI gaming companion category from the broadest technical terms to its five types and continuity concepts. Definitions are descriptive: they explain observable system roles and interfaces. They do not certify products or claim that every developer uses the same vocabulary.","cluster":"definitions","intent":"publish canonical machine-readable terminology","concepts":["defined terms","knowledge graph","category vocabulary"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion Frequently Asked Questions","url":"https://aigamingcompanion.com/frequently-asked-questions","summary":"An AI gaming companion can coach, interact, act, create social presence, or preserve gaming context. It does not always need screen access, voice, an avatar, or a place inside the game. The right architecture depends on the player’s goal and the data the system can access.","cluster":"definitions","intent":"answer natural-language category questions","concepts":["FAQ","misconceptions","screen access"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is Gaming Continuity?","url":"https://aigamingcompanion.com/gaming-continuity","summary":"Gaming continuity is the preservation of meaningful player context so the correct gaming thread can be resumed later. That context may include a game, run, character, location, decisions, objectives, relationships, questions, and narrative state. Continuity is about recovering relevance, not recording everything.","cluster":"continuity","intent":"define gaming continuity","concepts":["gaming continuity","restore point","state"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Gaming Restore Point?","url":"https://aigamingcompanion.com/gaming-restore-points","summary":"A gaming restore point is a named or otherwise addressable record of meaningful game-related state. It gives a later conversation enough context to recover the correct game, run, character, decisions, progress, and open questions without forcing the player to reconstruct the entire journey.","cluster":"continuity","intent":"define restore points","concepts":["restore point","save state","addressability"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Conversational Save State?","url":"https://aigamingcompanion.com/conversation-save-state","summary":"A conversational save state is a structured, intentional record of context created inside or for a conversation. In gaming, it can preserve the player’s current run, character, decisions, progress, goals, questions, and narrative situation so those details can be restored in a later chat.","cluster":"continuity","intent":"define conversational save state","concepts":["conversation","save state","player control"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Does Cross-Chat Gaming Memory Work?","url":"https://aigamingcompanion.com/cross-chat-gaming-memory","summary":"Cross-chat gaming memory makes game-related context available outside the conversation in which it was first expressed. It may rely on general platform memory, an application record, or an explicit save state. Reliable gaming continuity needs identity, scope, provenance, and a way to correct stale information.","cluster":"continuity","intent":"explain cross-chat memory","concepts":["cross-chat memory","namespace","provenance"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is Cross-Game Gaming Continuity?","url":"https://aigamingcompanion.com/cross-game-gaming-continuity","summary":"Cross-game gaming continuity is a model that preserves context for more than one game while keeping each game, run, character, and goal distinct. It supports gaming as a continuing part of life rather than treating every title as an isolated app session.","cluster":"continuity","intent":"define cross-game continuity","concepts":["cross-game","multiple titles","separation"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Should AI Separate Multiple Games and Runs?","url":"https://aigamingcompanion.com/multiple-games-and-runs","summary":"An AI companion should separate multiple games and runs with explicit identifiers and scopes. A useful hierarchy is player, game, run or campaign, character or party, restore point, and timestamp. The system should ask before merging records that could refer to different playthroughs.","cluster":"continuity","intent":"design multi-run state","concepts":["multiple runs","save slots","information architecture"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"General AI Memory vs Game Save State","url":"https://aigamingcompanion.com/general-ai-memory-vs-game-save-state","summary":"General AI memory usually keeps useful context for personalization and future conversations. A game save state is intentionally captured, scoped, and addressable. Memory may recall that someone enjoys an RPG; save state should restore the correct character, run, decisions, progress, and unresolved goals.","cluster":"continuity","intent":"compare memory and save state","concepts":["general memory","save state","intentional memory"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Continuity Companion?","url":"https://aigamingcompanion.com/what-is-a-continuity-companion","summary":"A continuity companion is an AI system that preserves meaningful gaming context and restores the correct thread across sessions, chats, games, devices, characters, or separate runs. Its defining action is not watching the current moment; it is helping the player return to a meaningful journey later.","cluster":"continuity","intent":"define the fifth companion type","concepts":["continuity companion","fifth type","long-term context"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is Companion Play?","url":"https://aigamingcompanion.com/what-is-companion-play","summary":"Companion Play is a continuity-companion implementation created by Raynor Eissens. It treats saving meaningful gaming state as an action within an existing LLM conversation, creating an addressable restore point for a later conversation. It is one implementation of the wider continuity-companion concept.","cluster":"continuity","intent":"explain Companion Play","concepts":["Companion Play","implementation","conversational action"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Intentional Memory vs Associative Memory","url":"https://aigamingcompanion.com/intentional-memory-vs-associative-memory","summary":"Intentional memory is created or confirmed for a specific future purpose. Associative memory is recalled because a system judges it relevant to the current context. Gaming continuity benefits from both, but changing run-specific state needs explicit scope and addressability to avoid collisions.","cluster":"continuity","intent":"distinguish memory models","concepts":["intentional memory","associative memory","control"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Why Save Slots Still Matter in the LLM Era","url":"https://aigamingcompanion.com/why-save-slots-still-matter-in-the-llm-era","summary":"Save slots still matter because language models can hold or retrieve several plausible versions of a player’s gaming context. A visible slot distinguishes games, runs, characters, campaigns, and moments. It gives the player a stable handle for selecting the intended state instead of relying on similarity alone.","cluster":"continuity","intent":"defend explicit state separation","concepts":["save slots","namespaces","LLM interface"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Coaching Companion vs Continuity Companion","url":"https://aigamingcompanion.com/coaching-vs-continuity","summary":"A coaching companion observes or receives current-session context and offers advice, analysis, or commentary. A continuity companion preserves meaningful context and restores it later. One optimizes the present moment; the other protects the thread across time. A system can combine both functions.","cluster":"comparisons","intent":"compare coaching and continuity","concepts":["coaching","continuity","time horizon"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion vs ChatGPT","url":"https://aigamingcompanion.com/ai-gaming-companion-vs-chatgpt","summary":"An AI gaming companion is a functional category; ChatGPT is a general AI assistant and product. A player may use ChatGPT as a coaching, conversational, or continuity companion, depending on available features and context. The terms are not competitors at the same level of classification.","cluster":"comparisons","intent":"compare category and product","concepts":["ChatGPT","general assistant","category level"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion vs Game Wiki","url":"https://aigamingcompanion.com/ai-gaming-companion-vs-game-wiki","summary":"A game wiki is a reference collection organized around published knowledge. An AI gaming companion interprets context and responds, interacts, acts, or preserves continuity. A companion may use verified reference material, but conversational delivery does not make uncertain information authoritative.","cluster":"comparisons","intent":"compare adaptive help and reference publishing","concepts":["game wiki","reference knowledge","context"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion vs AI NPC","url":"https://aigamingcompanion.com/ai-gaming-companion-vs-ai-npc","summary":"An AI NPC is a non-player character whose behavior or conversation uses AI inside a game. It can be an in-game or social companion, but the wider AI gaming companion category also includes external coaches, agents, and continuity systems. Location inside the game is the key distinction.","cluster":"comparisons","intent":"compare category and in-game character","concepts":["AI NPC","in-game companion","scope"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion vs AI Companion","url":"https://aigamingcompanion.com/ai-gaming-companion-vs-ai-companion","summary":"An AI companion can support many areas of life through assistance, interaction, or social presence. An AI gaming companion is specifically organized around gaming context. It may still participate in ordinary conversation, but its category identity comes from how it supports play, player state, or gaming continuity.","cluster":"comparisons","intent":"compare broad and gaming-specific companion terms","concepts":["AI companion","gaming domain","social assumptions"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion vs Gaming Assistant","url":"https://aigamingcompanion.com/ai-gaming-companion-vs-gaming-assistant","summary":"A gaming assistant is primarily framed around utility: answering, configuring, finding, or optimizing. An AI gaming companion may perform those tasks but can also interact as a character, participate as an agent, create social presence, or preserve continuity. The terms overlap most in coaching systems.","cluster":"comparisons","intent":"compare assistant and companion","concepts":["assistant","companion","utility"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Companion Play vs Screen Coaching","url":"https://aigamingcompanion.com/companion-play-vs-screen-coaching","summary":"Screen coaching uses live or recent gameplay context to provide immediate help, analysis, or commentary. Companion Play is a continuity implementation that saves meaningful gaming state for later restoration in an LLM conversation. The two patterns differ in data source, time horizon, and player action.","cluster":"comparisons","intent":"compare implementation patterns","concepts":["Companion Play","screen coaching","time horizon"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Companion Play vs General AI Memory","url":"https://aigamingcompanion.com/companion-play-vs-general-ai-memory","summary":"General AI memory aims to retain useful context for future personalization. Companion Play is a gaming continuity pattern centered on an explicit save action and an addressable restore point. It complements general memory by giving changing game-specific state a visible scope and future purpose.","cluster":"comparisons","intent":"compare product pattern and memory feature","concepts":["Companion Play","general memory","state management"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Real-Time Help vs Long-Term Game Continuity","url":"https://aigamingcompanion.com/real-time-help-vs-long-term-game-continuity","summary":"Real-time help answers what the player needs now: a hint, warning, tactic, or explanation. Long-term continuity answers what the player needs after time has passed: the correct run, decisions, goals, relationships, and unfinished questions. A complete companion system may support both horizons.","cluster":"comparisons","intent":"compare time horizons","concepts":["real time","long term","success metrics"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Game-Specific Companion vs Cross-Game Companion","url":"https://aigamingcompanion.com/game-specific-companion-vs-cross-game-companion","summary":"A game-specific companion is designed around one title’s mechanics, world, characters, or interfaces. A cross-game companion supports context across several games and may preserve the player’s wider backlog, preferences, runs, and comparisons. Depth and breadth create different design tradeoffs.","cluster":"comparisons","intent":"compare scope across titles","concepts":["game-specific","cross-game","scope"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Why Life Is the Session","url":"https://aigamingcompanion.com/why-life-is-the-session","summary":"“Life is the session” describes an interaction model where gaming is one meaningful thread inside ordinary conversation and daily activity. The player does not need to open a dedicated companion destination for every interaction. A save action can mark important state, and a later conversation can restore it.","cluster":"research","intent":"explain an interaction philosophy","concepts":["life is the session","ambient continuity","interaction model"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"The Limits of App-First Game Companions","url":"https://aigamingcompanion.com/the-problem-with-app-first-game-companions","summary":"An app-first companion organizes interaction around the product’s session: open the app, select a function, formulate a prompt, receive help, and leave. That model works for discrete tasks, but it can fragment context when gaming is one thread among many conversations, devices, games, and periods of life.","cluster":"research","intent":"critique an interface pattern","concepts":["app-first","session boundaries","context reconstruction"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Gaming as a Slice of Life","url":"https://aigamingcompanion.com/gaming-as-slice-of-life","summary":"Gaming is often a slice of life: a story remembered during a commute, a co-op plan discussed between sessions, a backlog decision, or a character revisited after months. Companion systems can support this wider context without turning every ordinary conversation into a game interface.","cluster":"research","intent":"frame gaming continuity culturally","concepts":["slice of life","reflection","scope"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"The Save Point as an AI Interface","url":"https://aigamingcompanion.com/the-save-point-as-an-ai-interface","summary":"The save point can function as an AI interface: the player deliberately marks context worth preserving, reviews a concise state record, names its scope, and restores it later. The metaphor turns invisible memory behavior into a legible action without requiring the AI conversation to imitate a game menu.","cluster":"research","intent":"analyze an interface pattern","concepts":["save point","AI interface","inspectability"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"From Prompts to Continuity","url":"https://aigamingcompanion.com/from-prompts-to-continuity","summary":"Prompt-first interaction asks the player to reconstruct a need each time. Continuity-first interaction restores the relevant game, run, character, decisions, and goals before the next request is interpreted. Prompts still matter, but they no longer carry the full burden of rebuilding prior context.","cluster":"research","intent":"describe an interface evolution","concepts":["prompts","continuity","context restoration"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"The Future of LLM Gaming Companions","url":"https://aigamingcompanion.com/the-future-of-llm-gaming","summary":"LLM gaming companions are likely to develop along several paths rather than converge on one product shape. Multimodal coaches may improve immediate help; in-game characters and agents may participate more directly; continuity layers may preserve player context across increasingly ambient interfaces. Each path creates different safety and control requirements.","cluster":"research","intent":"analyze future category directions","concepts":["future","LLM gaming","architecture"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Why Gaming Does Not Require a Relationship Bot","url":"https://aigamingcompanion.com/why-gaming-does-not-require-a-relationship-bot","summary":"Gaming support does not require a simulated romantic or emotionally dependent relationship. A companion can be functional: it can coach, participate, preserve state, or restore continuity without asking the player to maintain a persona-centered bond. Social companions remain one type, not the definition of the category.","cluster":"research","intent":"separate functional and relationship designs","concepts":["relationship bot","functional companion","consent"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Why Companion Does Not Have to Mean Romance","url":"https://aigamingcompanion.com/why-companion-does-not-have-to-mean-romance","summary":"A companion is something or someone that accompanies a person in a context. In gaming, that role can involve advice, in-world collaboration, direct action, social presence, or continuity. Romance is one possible social framing, not a technical requirement or default category meaning.","cluster":"research","intent":"clarify companion language","concepts":["companion","romance","product framing"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"From Public Performance to Private Continuity","url":"https://aigamingcompanion.com/from-public-performance-to-private-continuity","summary":"Many gaming technologies are easy to demonstrate through visible performance: a live voice, animated character, or dramatic intervention. Continuity is quieter. Its value often appears later, when a player privately restores the correct thread after an interruption and continues without reconstructing the past.","cluster":"research","intent":"analyze visibility and value","concepts":["private continuity","product demos","deferred value"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"The Player Journey as State","url":"https://aigamingcompanion.com/the-player-journey-as-state","summary":"The player journey is a form of state. It includes objective facts such as progress and inventory, but also decisions, intentions, interpretations, relationships, play style, unresolved questions, and the meaning the player attaches to events. Continuity systems should preserve what will matter at return.","cluster":"research","intent":"model the player journey","concepts":["player journey","state model","provenance"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"When Gaming Hardware Becomes Ambient","url":"https://aigamingcompanion.com/when-hardware-becomes-ambient","summary":"As conversational hardware becomes more available across rooms and devices, gaming support can become ambient: accessible when relevant without occupying the foreground. Continuity matters because the interface may change while the player’s game, run, decisions, and questions remain the same.","cluster":"research","intent":"analyze multi-device interfaces","concepts":["ambient hardware","devices","portable state"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Why Specialized Save State Survives General AI Memory","url":"https://aigamingcompanion.com/why-specialized-save-state-survives-general-ai-memory","summary":"Specialized save state remains useful even as general AI memory improves because gaming contains many changing, parallel, and versioned truths. A player can have several valid characters, runs, campaigns, and goals. Explicit state gives those truths stable boundaries and makes restoration a deliberate action.","cluster":"research","intent":"explain durable specialization","concepts":["specialized state","general memory","versioning"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can an AI Companion Remember a Long RPG?","url":"https://aigamingcompanion.com/use-cases/remembering-a-long-rpg","summary":"For a long RPG, an AI companion can preserve a structured restore point containing the game and run, character build, current location, important decisions, active goals, relationships, unresolved questions, and the player’s intended next step. The player should review and update the record at meaningful milestones.","cluster":"use cases","intent":"restore a long RPG","concepts":["RPG","long game","narrative state"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can AI Manage Multiple Game Characters?","url":"https://aigamingcompanion.com/use-cases/managing-multiple-characters","summary":"An AI companion can manage multiple characters by assigning each one a stable identity within a specific game and run. Each record should keep build choices, role-play intent, equipment priorities, relationships, open objectives, and the most recent restore point separate from every other character.","cluster":"use cases","intent":"separate character state","concepts":["characters","identity","state separation"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can an AI Companion Help You Return After Months Away?","url":"https://aigamingcompanion.com/use-cases/returning-after-months-away","summary":"After months away, an AI companion can restore a concise snapshot of the correct run: where the player is, what happened, which decisions mattered, what remains unresolved, and what the player intended to do next. It can then separate confirmed state from details that need checking.","cluster":"use cases","intent":"resume after a long break","concepts":["returning","long gap","orientation"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can an AI Companion Separate Multiple Runs?","url":"https://aigamingcompanion.com/use-cases/separating-multiple-runs","summary":"An AI companion can separate multiple runs with explicit run labels, creation dates, character or party identities, goals, decision histories, and independent restore points. It should show which run is active before using run-specific context and never merge states merely because they share the same game.","cluster":"use cases","intent":"separate playthroughs","concepts":["multiple runs","save slots","active state"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can You Continue a Game in a New AI Chat?","url":"https://aigamingcompanion.com/use-cases/continuing-in-a-new-chat","summary":"To continue in a new chat, restore a named conversational save state containing the relevant game, run, player choices, progress, current goals, and unresolved questions. The new chat should show the restored summary and let the player correct it before the conversation relies on that context.","cluster":"use cases","intent":"continue across chats","concepts":["new chat","conversational save state","restore"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can an AI Companion Support Play Across Devices?","url":"https://aigamingcompanion.com/use-cases/playing-across-devices","summary":"An AI companion can support play across devices by storing a portable, account-scoped representation of the gaming thread rather than tying continuity to one screen or chat. The restored state should identify its source, last update, active run, and any device-specific limitations.","cluster":"use cases","intent":"continue across devices","concepts":["devices","portable context","sync"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can AI Preserve Game Talk During Daily Life?","url":"https://aigamingcompanion.com/use-cases/discussing-games-during-daily-life","summary":"A gaming thought can occur during ordinary life: a build idea, story interpretation, co-op plan, or remembered objective. A continuity companion can save that thought to the correct game and run without turning the rest of the conversation into a gaming session, then restore it when the player returns.","cluster":"use cases","intent":"save gaming context in daily conversation","concepts":["daily life","ambient continuity","scoped save"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can AI Preserve Player Decisions?","url":"https://aigamingcompanion.com/use-cases/preserving-player-decisions","summary":"An AI companion can preserve player decisions by recording what was chosen, when, in which game and run, what the player knew, and why the choice mattered. Later restoration should distinguish the player’s stated rationale from inferred consequences and from outcomes that have been verified.","cluster":"use cases","intent":"preserve decisions","concepts":["decisions","provenance","narrative state"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can AI Restore a Co-op Campaign?","url":"https://aigamingcompanion.com/use-cases/restoring-a-co-op-campaign","summary":"A co-op campaign restore point can preserve the game, group, player roles, shared decisions, current objective, schedule, unresolved questions, and the person authorized to update each part. The system should distinguish shared campaign state from private notes and individual character state.","cluster":"use cases","intent":"restore co-op state","concepts":["co-op","shared state","permissions"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"How Can AI Keep a Useful Game Backlog Conversation?","url":"https://aigamingcompanion.com/use-cases/keeping-a-backlog-conversation","summary":"An AI companion can keep a backlog conversation by preserving why each game matters, current interest, platform, time constraints, co-op dependencies, and the next decision. The goal is to restore context for choosing or discussing games, not to maximize completion or create another obligation.","cluster":"use cases","intent":"maintain backlog context","concepts":["backlog","choice","player agency"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"About AI Gaming Companion","url":"https://aigamingcompanion.com/about","summary":"AI Gaming Companion is a category publication about the systems that guide, interact with, act for, socialize with, or preserve continuity for players. It is operated by Raynor Eissens, creator of Companion Play, and separates broader category analysis from discussion of that implementation.","cluster":"trust","intent":"explain publication identity","concepts":["about","ownership","scope"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Raynor Eissens — Author and Project Architect","url":"https://aigamingcompanion.com/about/raynor-eissens","summary":"Raynor Eissens is the creator of Companion Play, author and project architect of AI Gaming Companion, and the publication operator. His work here focuses on gaming continuity, LLM-native interfaces, conversational save state, and a broader category model for AI gaming companions.","cluster":"trust","intent":"identify the author","concepts":["Raynor Eissens","author","Companion Play"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Editorial Policy","url":"https://aigamingcompanion.com/editorial-policy","summary":"The editorial policy requires clear definitions, observable distinctions, primary sources for current product claims, dated updates, visible disclosures, and corrections when material errors are found. It prohibits fabricated citations, fake reviews, unsupported leadership claims, copied competitor language, and paid conclusions presented as independent analysis.","cluster":"trust","intent":"state editorial standards","concepts":["editorial policy","sources","claims"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Methodology for the AI Gaming Companion Taxonomy","url":"https://aigamingcompanion.com/methodology","summary":"Definitions are based on observable product architectures and conceptual distinctions: what context a system receives, what role it performs, whether it can act, where it exists, how long context remains useful, and what control the player retains. Screen coaching is treated as one subtype, not the category boundary.","cluster":"trust","intent":"explain taxonomy methodology","concepts":["methodology","taxonomy","observable architecture"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Corrections Policy","url":"https://aigamingcompanion.com/corrections","summary":"Readers can report a factual, definitional, metadata, accessibility, or link error through the contact route. Confirmed material errors are corrected in the page, the updated date is changed, and a concise note is added when the correction alters the meaning of a claim or definition.","cluster":"trust","intent":"explain corrections process","concepts":["corrections","revision","accountability"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Disclosure and Product Relationship","url":"https://aigamingcompanion.com/disclosure","summary":"AI Gaming Companion, AI Game Companion, and Companion Play share a creator, Raynor Eissens. Companion Play is a continuity-companion implementation and is used as a concrete example. The publication distinguishes the broader category from that product and does not present the relationship as full editorial independence.","cluster":"trust","intent":"disclose conflicts and relationships","concepts":["disclosure","Companion Play","shared creator"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Contact AI Gaming Companion","url":"https://aigamingcompanion.com/contact","summary":"Use the published contact channel for corrections, source updates, accessibility problems, taxonomy feedback, and editorial enquiries. Include the affected URL and enough context to review the request. Do not send passwords, private game account data, unpublished personal information, or sensitive save-state content.","cluster":"trust","intent":"provide a contact route","concepts":["contact","corrections","privacy"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Privacy Policy","url":"https://aigamingcompanion.com/privacy","summary":"The initial publication is a read-only website that does not require an account, accept public form submissions, or set application cookies. Optional analytics can be configured by the operator through an environment variable and must be documented here before activation. Hosting providers may process standard request logs.","cluster":"trust","intent":"state privacy practices","concepts":["privacy","analytics","data minimization"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Terms of Use","url":"https://aigamingcompanion.com/terms","summary":"This site provides general informational and editorial material, not game support, legal advice, platform guarantees, or a promise of product compatibility. Readers should verify current product features and game facts with primary sources. Third-party names remain the property of their respective owners.","cluster":"trust","intent":"state publication terms","concepts":["terms","accuracy","third parties"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Coaching companion?","url":"https://aigamingcompanion.com/types/coaching-companion","summary":"An AI system that observes or receives information about current play and provides hints, analysis, strategy, or commentary.","cluster":"types","intent":"define the coaching companion type","concepts":["Coaching companion","current-session awareness","advice or commentary","player retains control"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a In-game companion?","url":"https://aigamingcompanion.com/types/in-game-companion","summary":"An AI character that exists within a game as an NPC, party member, teammate, or conversational presence.","cluster":"types","intent":"define the in-game companion type","concepts":["In-game companion","embedded in the game world","character or teammate role","game-specific context"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Agentic companion?","url":"https://aigamingcompanion.com/types/agentic-companion","summary":"An AI system that can perform actions, follow commands, control a game entity, or participate directly in gameplay.","cluster":"types","intent":"define the agentic companion type","concepts":["Agentic companion","action capability","planning or command following","direct participation"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Social companion?","url":"https://aigamingcompanion.com/types/social-companion","summary":"An AI system designed to create personality, social presence, friendship, affection, or a relationship around play.","cluster":"types","intent":"define the social companion type","concepts":["Social companion","personality continuity","social interaction","relational framing"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"What Is a Continuity companion?","url":"https://aigamingcompanion.com/types/continuity-companion","summary":"An AI system that preserves meaningful gaming context and restores the correct thread across sessions, chats, games, devices, characters, or separate runs.","cluster":"types","intent":"define the continuity companion type","concepts":["Continuity companion","intentional state capture","addressable restore points","cross-session distinction"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion Article Archive","url":"https://aigamingcompanion.com/articles","summary":"The article archive collects every public editorial route by topic. Use the cluster indexes for focused reading or the HTML sitemap for a complete route list. Machine-readable article metadata is available from the public data endpoint and RSS feeds.","cluster":"indexes","intent":"browse all articles","concepts":["archive","discovery","articles"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Definitions and Category Foundations","url":"https://aigamingcompanion.com/definitions","summary":"The definitions cluster establishes what an AI gaming companion is, the five primary types, how the category developed, and which terms should remain distinct. Start here when a product label or search query uses companion, assistant, coach, NPC, agent, or memory ambiguously.","cluster":"indexes","intent":"browse definitions","concepts":["definitions","taxonomy","foundations"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"The Five AI Gaming Companion Types","url":"https://aigamingcompanion.com/types","summary":"The type library classifies AI gaming companions by primary role: coaching advises, in-game inhabits, agentic acts, social relates, and continuity preserves. Each type page explains defining traits, examples, exclusions, design questions, and links to relevant comparisons and use cases.","cluster":"indexes","intent":"browse companion types","concepts":["types","taxonomy","classification"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Gaming Continuity Library","url":"https://aigamingcompanion.com/continuity","summary":"The continuity library explains how meaningful gaming context can be captured, separated, corrected, and restored across time. It covers the emerging continuity-companion type, intentional save state, general memory, multiple games and runs, conversational restore points, and one disclosed implementation: Companion Play.","cluster":"indexes","intent":"browse continuity concepts","concepts":["continuity","memory","restore"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion Comparison Library","url":"https://aigamingcompanion.com/comparisons","summary":"The comparison library distinguishes concepts that are often collapsed by product copy or search queries. Each page states the shared ground, the decisive difference, a compact evaluation model, and the limits of the comparison. The goal is architectural clarity rather than declaring a universal winner.","cluster":"indexes","intent":"browse comparisons","concepts":["comparisons","architecture","evaluation"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"Research and Concept Essays","url":"https://aigamingcompanion.com/research","summary":"The research and concept archive examines interface models that sit behind companion products: session boundaries, save points, public performance, private continuity, player journeys, ambient hardware, relationship framing, and specialized state. These are reasoned editorial essays, not claims of settled academic consensus.","cluster":"indexes","intent":"browse conceptual analysis","concepts":["research","concepts","essays"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"AI Gaming Companion Use Cases","url":"https://aigamingcompanion.com/use-cases","summary":"The use-case library translates the category into player situations. Each page identifies the state that matters, a practical continuity workflow, failure modes, privacy boundaries, and links to the relevant companion type and concept pages. The examples do not imply that every current product supports the described workflow.","cluster":"indexes","intent":"browse practical scenarios","concepts":["use cases","workflows","players"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"},{"title":"HTML Sitemap","url":"https://aigamingcompanion.com/sitemap","summary":"The HTML sitemap lists every public editorial page by cluster. It complements the XML sitemap for crawlers, JSON page index for machines, and RSS feeds for subscribers. All links are ordinary HTML and work without client-side JavaScript.","cluster":"indexes","intent":"list every route","concepts":["sitemap","routes","crawlability"],"published":"2026-07-22","updated":"2026-07-22","author":"Raynor Eissens"}]}