Advanced Lunar Robots Security by Using Blockchain Governance Game

This research paper introduces a cutting-edge approach to security design for advanced smart lunar robot swarms, utilizing the Strategic Alliance for Blockchain Governance Game (SABGG). This innovative theoretical game model plays a crucial role in forecasting and orchestrating security measures well in advance of potential cyber threats. Specifically, the SABGG is customized to develop preemptive security strategies within a strategic alliance framework, aimed at protecting AIenabled smart lunar robots that operate autonomously within a blockchain-based swarm network. This advancement paves the way for pioneering developments in decentralized network architecture security, representing a significant stride forward in the field of autonomous robotic systems. This paper delves into the mechanisms by which the SABGG model integrates within the broader context of swarm robotics, setting a new benchmark for the integration of blockchain technology in autonomous systems security.