Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Traditionally, confidentiality and integrity have been two desirable design goals that are have been difficult to combine. Zero-Knowledge Proofs of Knowledge (ZKPK) offer a rigorous set of cryptographic mechanisms to balance these concerns. Hover, published uses of ZKPK have been difficult for regular developers to integrate into their code and, on top of that, have not been demonstrated to scale as required by most realistic applications.#R##N##R##N# presents ZO (pronounced "zee-not"), a compiler that consumes applications written in C# into code that automatically produces scalable zero-knowledge proofs of knowledge, while automatically splitting applications into distributed multi-tier code. ZO builds detailed cost models and uses two existing zero-knowledge back-ends with varying performance characteristics to select the most efficient translation. Our case studies have been directly inspired by existing sophisticated widely-deployed commercial products that require both privacy and integrity. The performance delivered by ZO is as much as 40× faster across six complex applications.  find that when applications are scaled to real-world settings, existing zero-knowledge compilers often produce code that fails to run or even compile in a reasonable amount of time. In these cases, ZO is the only solution  know about that is able to provide an application that works at scale.
['Matthew Fredrikson', 'Benjamin Livshits']
I am writing a research paper on a idea ZØ: an optimizing distributing zero-knowledge compiler
[{"from": "human", "value": "I am writing a research paper on a idea Z\u00d8: an optimizing distributing zero-knowledge compiler"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Traditionally, confidentiality and integrity have been two desirable design goals that are have been difficult to combine. Zero-Knowledge Proofs of Knowledge (ZKPK) offer a rigorous set of cryptographic mechanisms to balance these concerns. Hover, published uses of ZKPK have been difficult for regular developers to integrate into their code and, on top of that, have not been demonstrated to scale as required by most realistic applications.#R##N##R##N# presents ZO (pronounced \"zee-not\"), a compiler that consumes applications written in C# into code that automatically produces scalable zero-knowledge proofs of knowledge, while automatically splitting applications into distributed multi-tier code. ZO builds detailed cost models and uses two existing zero-knowledge back-ends with varying performance characteristics to select the most efficient translation. Our case studies have been directly inspired by existing sophisticated widely-deployed commercial products that require both privacy and integrity. The performance delivered by ZO is as much as 40\u00d7 faster across six complex applications.  find that when applications are scaled to real-world settings, existing zero-knowledge compilers often produce code that fails to run or even compile in a reasonable amount of time. In these cases, ZO is the only solution  know about that is able to provide an application that works at scale."}]