Applied cryptography for financial services: building/leveraging encrypted workflows involving MPC, homomorphic encryption, TEEs, and post-quantum primitives.
Joined October 2023
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Up and running! More node operators means better decentralization and a broader range of options when choosing a committee and threshold. Coincidentally, #16 on testnet and now #16 on mainnet: blacklight-l1.nillion.com/no….
Covenants run on a permissionless network. Anyone can run a node, stake $NIL and earn from the Covenants they help resolve.
Set one up here ▶️ blacklight-l1.nillion.com/
If you would rather have one managed for you.
Set up a managed node here ▶️managed-blacklight-l1.nillio…
As chains deploy distinct privacy features, understanding whether and how privacy is preserved in any particular cross-chain transaction becomes a challenge. We published the interactive tool privacy.vet to help evaluate transaction paths in the current landscape.
With Aptos Confidential APT going live last week and availability of Sui Seal policies stretching back an entire year, Kinetics has now been tailored to help Move developers leverage these features with confidence. Give it a try as you build privacy-oriented apps and workflows.
Confidentiality analysis of Seal access policies for Sui and Confidential Assets for Aptos is now available at kinetics.network and can be incorporated into your CLI or GitHub Actions workflows via the library at choosek.com/kinetics-ts.
As networks launch new privacy modes and features, navigating a heterogeneous assortment of protocols will be challenging. We aim to help you use them with more confidence. This week, we are looking at the Arc L1 launch and its upcoming APS. Learn more at concentric.network.
Nillion Covenants and Zama confidential transfers are complementary ways to keep transaction attributes private. We paired them within a live testnet app: zilch.run. Explore the source code at github.com/choosek/zilch to see how the two SDKs can work in concert.
Monitor quantum.date to stay current on quantum computing developments (such as recent work by @IonQ_Inc: arxiv.org/abs/2609.05625) that may affect estimated risk timelines for secp256k1 and other widely used cryptographic primitives.
Trying to understand when quantum computing advancements are likely to impact your infrastructure according to the literature and industry players? We launched the open-source resource quantum.date to answer that question. Explore the latest data or submit your own.
Choose K retweeted
Basic simulation for Sui, Aptos, and Movement transactions is now live at kinetics.network and implemented in the open-source library at choosek.com/kinetics-ts.
RT @KineticsMove: For sensitive DeFi work with Move, don't choose between privacy and practicality. Static analysis runs locally (no PETs o…
Building in the Move ecosystem? Follow @KineticsMove and explore how static analysis can help across different use cases.
Building a wallet, running an audit, or shipping a DeFi protocol on Sui or Aptos? Static analysis is a lightweight way to catch what you can't see in a raw transaction before signing/execution. See how Kinetics empowers all three roles in three scenarios: kinetics.network/use-cases.
