Bitcoin’s quantum-resistant hard fork is deemed inevitable, according to Dr. Michael Tabone, a senior economist for Cointelegraph. The cryptocurrency, BTC, faces a crucial test with quantum computing posing a threat to its security. The network must adapt to survive. While the node count for Bitcoin has increased, the absence of incentives for full node operators remains a core issue. Entities like exchanges and mining pools run a significant portion of these nodes, leading to centralization risks. Despite the ease of setting up a node with tools like Umbrel and RaspiBlitz, adoption remains low due to the lack of financial rewards. Suggestions for implementing incentives for full node operators aim to strengthen decentralization and reduce reliance on large entities. The upcoming quantum-resistant hard fork is seen as a pivotal moment for Bitcoin’s future, requiring a revamp of its incentive structure. Addressing concerns about Sybil attacks and ensuring proper mechanisms are in place is crucial for the network’s resilience. The focus is on maintaining decentralization and security in the face of evolving challenges in the post-quantum era. Dr. Michael Tabone emphasizes the importance of this moment for Bitcoin’s future and urges active participation in discussions and running a node to have a stake in the game. This article provides insights into the necessity of adapting Bitcoin to remain decentralized and resilient in the changing landscape, with the quantum-resistant hard fork being a critical juncture for the cryptocurrency’s evolution.