Game Theory Fundamentals Workshop by Tonex
Game Theory Fundamentals Workshop by Tonex introduces participants to the logic of strategic decision-making where outcomes depend on the choices of multiple actors. Over two days, participants explore how individuals, teams, organizations, competitors, adversaries, and partners make decisions under competition, cooperation, uncertainty, incomplete information, and conflict. The workshop builds practical understanding of payoff structures, equilibrium concepts, sequential choices, repeated interactions, bargaining, deterrence, and incentive design.
Cybersecurity teams can use game theory to understand attacker-defender behavior, resource allocation, deception, trust, and escalation control. It also supports stronger cyber risk decisions by modeling adversarial incentives, defensive tradeoffs, and long-term security outcomes.
Learning Objectives
- Explain strategic interaction, incentives, payoff structures, and equilibrium concepts.
- Model decisions using normal-form games, sequential games, and repeated interactions.
- Analyze dominant strategies, Nash equilibrium, mixed strategies, and backward induction.
- Apply game theory to business, policy, defense, economics, negotiations, and acquisition decisions.
- Understand cooperation, trust, reputation, signaling, screening, and incentive alignment.
- Use game theory concepts to improve cybersecurity strategy, cyber defense planning, and adversarial risk analysis.
Audience
- Managers
- Engineers
- Business Analysts
- Economists
- Project Managers
- Policy Professionals
- Cybersecurity Professionals
- Cybersecurity Teams
- Acquisition Professionals
- Strategy Professionals
- Technical Leaders
- Defense and Security Professionals
Course Modules
Module 1: Strategic Decision Foundations
- Game theory concepts
- Strategic decision types
- Rational actor behavior
- Incentives and choices
- Interdependent outcomes
- Real-world strategy examples
Module 2: Normal Form Games
- Players and strategies
- Payoff matrix design
- Dominant strategy analysis
- Dominated strategy removal
- Best response logic
- Nash equilibrium basics
Module 3: Classic Game Models
- Prisoner dilemma logic
- Chicken game dynamics
- Stag hunt coordination
- Battle of sexes
- Public goods choices
- Coordination game outcomes
Module 4: Mixed Strategy Analysis
- Pure strategy comparison
- Mixed strategy reasoning
- Expected payoff calculation
- Strategic randomization value
- Indifference principle use
- Competitive uncertainty handling
Module 5: Sequential Game Reasoning
- Game tree structure
- Move order analysis
- Backward induction method
- Subgame perfect equilibrium
- Credible threat assessment
- Commitment and deterrence
Module 6: Applied Strategic Scenarios
- Repeated game cooperation
- Reputation and trust
- Punishment strategy design
- Bayesian belief updates
- Signaling and screening
- Cyber defense decisions
Build stronger strategic judgment with Game Theory Fundamentals Workshop by Tonex and learn how to analyze decisions where competition, cooperation, incentives, and uncertainty shape real outcomes.