Patrolling games are an established game-theoretic model representing real-world problems in planning inspections of vulnerable locations. The model works with a graph, whose vertices represent the spatial distribution of vulnerable locations. Patrollers are tasked with moving along the graph and visiting (and thus checking) these vulnerable locations at appropriate intervals. The planned movements of patrollers are called a strategy. 

A system for calculating patrolling strategies already exists, but running it requires non-elementary technical skills and deep knowledge of the implementation details. The goal of this thesis is to reimplement the patrolling system, develop an automated service to calculate patrolling strategies, and deploy the system so that the calculations can be requested and retrieved by any frontend application to visualize the calculated strategy.