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🧪 Negotiation Simulation

Interactive 3D model of alternating-offers negotiation: two agents take turns proposing a split of a shrinking pie under time discounting, converging toward the Rubinstein subgame-perfect equilibrium. Tune patience, reservation values and concession strategy and watch the deal form in real time.

Algorithms & AI2DModerate60 FPS📱 Mobile-adapted

This simulation models the process of negotiation as a Rubinstein alternating-offers bargaining game between two agents splitting a shared pie. Each round one side proposes a division and the other accepts or counters, with both sides discounting future payoffs by their own patience factor — so time itself has a cost, and the pie both agents can still capture shrinks the longer they hold out. A live 3D scene shows the two negotiating agents across a table with a shrinking pie disc between them, offers visualized as animated tokens crossing the table, and the standing split tracked in real time alongside the closed-form subgame-perfect equilibrium prediction so you can see communication and persuasion strategy converge toward — or diverge from — game-theoretic optimality.

⚙ Under the hood

This simulation models the process of negotiation, focusing on strategies for reaching mutually beneficial agreements. It demonstrates how communication and persuasion influence outcomes in negotiations.

Negotiation TacticsWin-Win SolutionsStakeholder Management

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install