The field of cryptographic protocols and game theory is rapidly evolving, with a focus on developing new solution concepts and consensus models that can ensure secure and trustworthy interactions in decentralized systems. Researchers are exploring new approaches to analyze and design cryptographic protocols, taking into account the complexities of real-world implementations and the need for robust security guarantees. Notably, innovative concepts such as pseudo-Nash equilibria and behavior-driven consensus models are being proposed to address the challenges of decentralized finance and blockchain governance. Furthermore, advancements in threshold signature schemes and secure payment verification protocols are improving the security and scalability of digital currencies. Some noteworthy papers in this area include: Proof-of-Behavior, which introduces a novel consensus model that gives each action a layered utility score and adapts validator weights using recent scores. Threshold Signatures for Central Bank Digital Currencies, which explores the application of threshold signature schemes to enhance the security of CBDC implementations.