Multi-Agent Simulator

Experiment with agent systems and visualize emergent behaviors

Real-World Scenario Testing

Theory becomes practice when you test agent systems in realistic scenarios. Disaster rescue, warehouse logistics, and traffic management each present unique coordination challenges. Run simulations to see how your agent designs perform under real-world constraints.

Available Test Scenarios

🚁

Disaster Rescue

Coordinate rescue drones to locate and assist survivors

8 agents
πŸ“¦

Warehouse Logistics

Optimize robot fleet for order fulfillment

6 agents
πŸš—

Traffic Management

Self-driving cars coordinate at intersections

10 agents

Interactive: Scenario Simulator

Choose a scenario and run the simulation. Observe performance metrics and identify coordination challenges.

SELECT SCENARIO

OBJECTIVES
  • βœ“ Locate 12 survivors
  • βœ“ Coordinate coverage
  • βœ“ Avoid collisions
CHALLENGES
  • ⚠ Limited battery
  • ⚠ Communication range
  • ⚠ Dynamic obstacles
Active Agents:
8 agents

Interpreting Results

πŸ“Š Task Completion

Percentage of scenario objectives achieved. High scores indicate effective goal pursuit.

⚑ Efficiency

Resource utilization and speed. Measures how optimally agents perform tasks.

🀝 Coordination

Quality of agent collaboration. High scores mean smooth teamwork and minimal conflicts.

πŸ›‘οΈ Failures

Number of agents that failed during execution. Lower is better for robustness.

πŸ’‘ Key Insight

Simulations reveal emergent weaknesses. A rescue team might complete 95% of tasks but have terrible efficiency due to poor path planning. Warehouse robots might be efficient but fail coordination, causing collisions. Traffic systems might coordinate well but achieve low throughput. Testing exposes gaps between theoretical design and practical performanceβ€”iterate based on what you observe.