Traditional PoW maintains network security through competitive computing power, consuming a large amount of energy but yielding relatively singular outputs. In contrast, PoVW, as implemented by @boundless_xyz, ensures that every computation has actual application value. It’s not mining for the sake of mining, but rather to address real verification needs. This mechanism truly transforms "computation" into a tradable asset. Previously, computing power was money, but money could only be realized through mining coins. Now, every generation of a ZK proof directly corresponds to the actual infrastructure needs of rollup scaling, bridge security, and verifiable computation. Currently, each generation of a ZK proof is building an economic cycle: 1️⃣ Expanding the processing capacity of rollups 2️⃣ Providing mathematically secure guarantees for cross-chain bridges 3️⃣ Making complex computations verifiable and trustworthy 4️⃣ Achieving value capture through ZKC tokens This is the core...