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The P2P model encompasses a network of equal peers, whether in hardware orsoftware, operating autonomously without central control, allowing individualpeer failure while ensuring high availability. Nevertheless, current P2Ptechnologies primarily focus on hardware-level resilience, often referred to asP2P networks, which do not safeguard against software failures. This paperintroduces a pioneering Peer-to-Peer (P2P) software model aimed at enhancingsoftware-level high availability. Diverging from prevalent hardware-centric P2Ptechnologies, this model accentuates the decentralized nature of varioussoftware components, or "software peers," which function independently,enabling seamless network entry and exit without relying on central software.The model's collaborative approach cultivates a network topology with multipleautonomous processing paths, ensuring continuous operation through dynamic taskallocation in a distributed manner. By surpassing the limitations oftraditional redundancy methods, this P2P model provides an adaptive andscalable solution for achieving robust availability. Validation resultsunderscore the model's effectiveness in enhancing the probabilities ofsuccessful task processing while ensuring high availability.

Software in P2P way: a software model without central software and enabling any software to join or leave freely