Resource Intensive Proving

Definition ∞ Resource Intensive Proving describes the computational demand associated with generating certain cryptographic proofs, particularly those used in zero-knowledge proof systems like ZK-SNARKs. This process often requires significant processing power, memory, and time, making it a bottleneck for scalability in some blockchain applications. The complexity scales with the size and intricacy of the computation being proven. Overcoming this intensity is a major focus for cryptographic research.
Context ∞ Crypto news often highlights resource intensive proving as a challenge for broader adoption of privacy-preserving and scaling technologies on blockchains. Reports frequently discuss ongoing efforts to optimize proof generation through hardware acceleration, more efficient algorithms, or proof outsourcing mechanisms. The reduction of these computational requirements is a key development to watch for in enhancing the practical utility of zero-knowledge cryptography.