Definition ∞ Trustworthy computation refers to the execution of computational processes in a manner that ensures their correctness, integrity, and confidentiality, even when performed by untrusted parties. In the blockchain space, this often involves zero-knowledge proofs, secure multi-party computation, or trusted execution environments. The goal is to verify computational outcomes without revealing sensitive input data. It is fundamental for privacy-preserving decentralized applications.
Context ∞ The state of trustworthy computation is a key area of research and development for addressing privacy and scalability challenges in blockchain technology. A critical future development involves making these advanced cryptographic techniques more efficient and accessible for widespread application. Observing breakthroughs in zero-knowledge proof systems and secure hardware solutions offers insight into the ongoing efforts to build more private and verifiable decentralized systems.
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