No Two Players Experience
the Same Game
BrainPredict Gaming reads each player's personality, mood, skill and decisions — and continuously reshapes the world, story, NPCs, difficulty and economy around them in real time. Your Unity, Unreal or Godot server calls a single SDK method every session tick. Forty AI models respond with a full adaptation plan before the next frame.
The world physically mutates. The story branches. NPCs remember you. Difficulty self-calibrates. Every session is unique — because the engine is reading you.
One SDK Call. The Game Reshapes Itself.
BrainPredict Gaming is not a game engine replacement — it is the intelligence brain that runs alongside yours. Your engine sends a session event; 40 AI models return a full adaptation plan. You apply it. The player never sees the machinery — they just feel the game is alive.
// Called every session tick — engine reshapes the world
var plan = await BrainPredictGaming.AdaptAsync(new SessionEvent {
PlayerId = player.id,
Genre = GameGenre.OpenWorldRPG,
RecentActions = player.GetActions(last: 30),
CurrentZone = world.currentZone,
SessionMs = session.elapsedMs,
});
// Apply all adaptations
world.MutateTo(plan.WorldMutation); // biome, weather, events
narrative.BranchTo(plan.NextStoryNode); // story arc, new quests
difficulty.Scale = plan.DifficultyScalar; // flow-zone calibration
npc.ApplyMemory(plan.NPCAdaptations); // reputation, personalityimport { GamingClient } from '@brainpredict/gaming';
const bp = new GamingClient({ apiKey: process.env.BP_KEY });
// Returns the full adaptation plan per player per tick
const plan = await bp.adapt({
playerId: session.userId,
genre: 'open_world_rpg',
actions: session.recentActions, // movement, combat, dialogue
});
// plan.worldMutation → what changed in the world
// plan.storyBranch → which narrative node activated
// plan.difficultyScalar → challenge level this tick
// plan.npcMemory → how each NPC now perceives the player
// plan.economyOffer → personalised store this sessionSDKs: Unity C# · Unreal C++ · Godot GDScript · TypeScript · Python — all open-source.
8 Expert Domains — What Each One Does
Each domain is a cluster of 5 specialised models. They run in parallel and share signals over the Intelligence Bus.
The game world physically changes around each player. When the engine detects exploration saturation — you've visited every zone — it triggers a world mutation: new biomes emerge, faction events fire, artifacts reveal themselves, weather cascades change the atmosphere. No two players' worlds evolve the same way.
Story branches adapt in real time using a narrative DAG (directed acyclic graph). The engine tracks Freytag's dramatic arc, measures story momentum, and if engagement drops, injects a catalyst event. NPCs remember every interaction, build reputation scores with the player, and shift personality traits based on how you treat them. Quests are generated to match your current play style.
Every player gets a persistent DNA fingerprint built from HEXACO-6 personality traits extracted from their behaviour — exploration ratio, social play, loot choices, how they treat NPCs, decision patterns. This DNA drives every other adaptation domain: the world, the story, the difficulty and the economy all read from it to personalise the experience per person.
Uses IRT-2PL (the same psychometric model as standardised tests) to continuously estimate each player's true skill level. A PID controller then adjusts challenge in real time to keep the player in Csikszentmihalyi's flow zone — fully engaged, never bored, never overwhelmed. If frustration spikes, the engine drops difficulty before the player even notices.
The virtual economy self-balances using Friedman's MV=PQ model and a Gini coefficient on player wealth distribution. Each player gets a personalised store that surfaces items matching their current play style and progression gap. Drop rates adjust per player to maintain a rewarding sense of progress without devaluing rare items for others.
Matchmaking predicts enjoyment, not just skill parity. The engine analyses social graphs to build teams with complementary play styles, routes guild recommendations based on personality compatibility, and intervenes in toxic situations before they escalate — keeping the social experience as well-crafted as the solo one.
The guardian layer that protects the experience. Server-side only — no kernel drivers, no client scanning. Detects scripted play patterns that break the adaptive model's assumptions (cheaters don't behave like any known player archetype). Every action is cryptographically sealed; any enforcement decision is court-admissible evidence under Patent BP-139.
The operational layer. Surfaces all 40 models to game-ops teams via natural language: "@otto what biome mutations are trending today?", "@otto which player cohort is at churn risk?", "@otto generate a weekly economy health brief". Also orchestrates cross-platform save sync across console, PC and mobile so the player's adaptive state follows them.
See It Adapt
Pick a game genre and a player type — the engine generates the full adaptation plan for that session.
1. Game Genre
Shapes what the world, story and economy adaptations look like
2. Player Archetype
The engine reads this from behaviour, not self-declaration — this is what it detected in the last 10 sessions