Further notes for proposal
talk about NFT and the need for privacy
not necessarily
ARBORIST CALL NOTES
for when NU6?
shared roadmap
- 2/12/2021 - Arborist call how many assets can you fit in a single transaction / circuit probably around 10 could work there is also transaction size limit on the number of actions 2109 was the limit for Sapling outputs https://zips.z.cash/protocol/protocol.pdf#orchardbalance
danib31 changed 3 years agoView mode
-  [TOC] Overview This document presents the findings of the QEDIT team during the review of the Zcash NU5 protocol update. Specifically the review is focused on (1) the Halo 2 proving system with its latest PLONK-style arithmetization for representing constraint systems; (2) the Orchard protocol, which, even if based on Sapling, differs considerably from it; (3) the underlying primitives of Orchard, from hash functions and commitments to signature schemes; (4) the latest key structure and derivation system; (5) the underlying field and elliptic curve arithmetic and parameter generation; and (6) the actual circuit implementation that describes the Orchard Action statement. Note that we explicitly exclude any blockchain-related component not associated with orchard or its interface (consensus, network, block generation, etc.) For this review, we evaluated the specification of the protocol design for security and audited the implementation for vulnerabilities that could affect the system as a whole. This review spanned the period of ~5 months, intermitently, from April 21st until September 24th, 2021.
-  In this document, we present the details of the QEDIT Asset Transfer (QAT) solution as per the scope defined in the pricing proposal with reference: 20210618-QAT01. This includes, a testing cloud environment where QAT has been deployed as a single node. The API keys to interact with the system and an example script to test the different modes of operation (issuance, transfer, etc.) The documentation for the API is can be found here. Access Details to QAT Demo Node We have prepared a test environment for Assioma, hosted on AWS (Frankfurt). In order to access it, you can either call the API locally, or use the Swagger GUI by following the steps below:
