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competitive-response-modelerlisted

Models multi-round competitive interactions: who reacts, how fast, with what move, and what payoff outcome - using reaction functions, commitment value, and signaling theory. Use when planning a pricing change, market entry, product launch, capacity addition, or any move where competitor reaction will determine whether the move pays off.
varunk130/claude-code-skills · ★ 1 · AI & Automation · score 74
Install: claude install-skill varunk130/claude-code-skills
# Competitive Response Modeler > The move only matters if you correctly predict the reaction. ## What this skill is A workflow for simulating competitive interactions across multiple rounds: identify likely respondents, characterize each competitor's profile and capacity to respond, model the reaction function, compute the post-reaction payoff, and stress-test commitment moves (capacity, contracts, public statements) that change the game. Built on the Industrial Organization (IO) economics of strategic moves - entry deterrence, predation, accommodation, and signaling. ## What it solves - One-period payoff thinking ignoring the rival's response - "We'll just match" assumptions that miss asymmetric capacity to respond - Underestimating the value (or cost) of public commitment - Mistaking accommodation for cooperation in repeated interactions - Pricing or capacity moves that triggered a price war the analysis didn't foresee ## When to invoke - Pricing changes (cut, raise, repackage) - New market entry - anticipating incumbent response - Product launch in a category with strong rivals - Capacity additions (manufacturing, sales force, channel) - Major Mergers and Acquisitions (M&A) move that re-orders the competitive set - Public strategic announcements where signaling effect matters ## Phase 1: Identify the competitive set List every competitor whose response could materially affect the move's payoff. For each: - Market share - Cost position (low-cost, mid, premium) - St