Vitalik’s new “cryptographic world computer” thesis makes an important point that extends far beyond Ethereum: the future of blockchain probably isn’t putting more computation directly on-chain. It is separating ordering, execution and verification so each can happen where it makes the most sense. That is where Kaspa starts becoming extremely interesting. Kaspa does not need to become a giant replicated computer where every node executes every application instruction. Its more natural role may be providing the decentralized ordering and settlement substrate underneath an enormous amount of computation happening elsewhere. Toccata already pushes Kaspa in this direction. Covenants allow UTXOs to become persistent state machines. Covenant IDs preserve application lineage. Silverscript makes those transitions programmable. Argent is exploring how independently stateful actors can interact atomically. And vProgs takes the architecture further: applications can submit operations into Kaspa’s ordered environment, execute computation outside consensus, generate cryptographic proofs, and ultimately settle verified state transitions back to L1. The distinction matters. Instead of forcing the entire world computer into consensus, Kaspa can make consensus responsible for the things decentralized consensus is uniquely valuable for: ordering, timestamping, ownership, state commitments and final settlement. Computation can then become massively parallel. Different applications can maintain different state domains. Independent UTXOs can progress simultaneously. Expensive execution can happen off-chain. Proofs compress that computation into something L1 can verify. The emerging architecture looks less like “Kaspa with smart contracts” and more like a cryptographic coordination fabric. Ethereum appears to be moving away from the original idea of the blockchain executing everything toward a system that orders, verifies and settles increasingly external computation. Kaspa may be approaching the same destination from the opposite direction: starting with an extremely fast decentralized PoW clock, then progressively attaching programmable state and verifiable computation around it. The world computer may ultimately be less of a computer than a world-scale system for proving who did what, in what order, and whether the resulting state is valid.