Definition ∞ Slow proving refers to the characteristic of cryptographic proof systems that require considerable time to generate a proof. This limitation arises when the computational resources needed to construct a valid cryptographic proof are extensive, leading to delays in transaction finality or user interactions. It can be a bottleneck for scalability in systems aiming for high throughput or rapid verification. The complexity of the underlying mathematical operations often contributes to this slowness.
Context ∞ Slow proving is a significant challenge in the development and deployment of advanced zero-knowledge proof systems for blockchain scalability, frequently discussed in technical crypto news. While these proofs offer benefits like privacy and reduced onchain verification costs, the time taken to generate them can hinder practical adoption. Research efforts continuously focus on optimizing proving times to make these technologies more viable for mainstream digital asset applications.
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