Introducing the final installment of our Arithmetization in STARKs series, where we will compare low-degree bounds of AIR and PAIR methods.
We explore the computational complexity of both approaches and discuss transition strategies between the two.
1/6
threesigma.xyz/blog/degree-b…
Introducing the final installment of our Arithmetization in STARKs series, where we will compare low-degree bounds of AIR and PAIR methods.
We explore the computational complexity of both approaches and discuss transition strategies between the two.
1/6
threesigma.xyz/blog/degree-b…
A general description of PAIR to make the contents available a little less sparse. We tried to make it easy to understand and complete at the same time.
We are thrilled to announce our new Series on Arithmetization Methods for STARKs, where we will dive into AIR and its variant PAIR, exploring their soundness implications for low-degree testing.
1/5
threesigma.xyz/blog/an-intro…
As DeFi grows in the crypto environment, capital efficiency has emerged as a major concern for L2 solutions. Our most recent research study describes the implementation of a cross-L2 AMM to address the issue of liquidity fragmentation.
Read it at threesigma.xyz/blog/damm.
1/6
Diving into this topic was truly exciting and rewarding! With our solution, we can now enhance this L2 solution and achieve a better user experience. Our solution can eliminate the hazardous 7-day waiting period! Let's explore how we can maximize this breakthrough together!
1/4
We are excited to announce our new two-part series: Challenging Periods Reimagined, which proposes a new dynamic challenging period and decentralization paradigm for Optimistic Rollups.
Read Part 1 at threesigma.xyz/blog/optimist….
1/4
1/3 I have been puzzled by a detail in STARKs security.
Regarding the paper eprint.iacr.org/2020/654.pdf: how to determine the value of the integer m>2, in the FRI soundness?
In this paper, the example sets m=2047. But, in the ethSTARK doc. (eprint.iacr.org/2021/582.pdf), m=3 is chosen.
1/4 What's P-AIR and how does it affect #ZK proofs @aztecnetwork? Preprocessed Algebraic Intermediate Representation (P-AIR) combines disjoint AIR constraints into larger combined constraints with selectors. Can this damage the soundness of the FRI due to larger rate.
4/4 Using the regular AIR enforcement domains instead of using selectors will potentially avoid this issue. Let's evaluate P-AIR's impact on protocol security and prioritize safety while pushing forward with innovative research. #ZKproofs