We are giving Arbiter to the Anthias team so that they can steward the next major upgrades, some of which they have already designed. We’ve worked closely with the team and have the confidence that they will be able to make Arbiter the leading open source EVM simulation engine!
1/ Our team at Anthias Labs is proud to announce that we will be taking over ownership and development of Arbiter from @PrimitiveFi!
Arbiter is a blazing-fast simulation toolkit and sandbox for Ethereum.
More on our plans for Arbiter below:
Liquid staking tokens (LSTs) have become a core component of an Ethereum portfolio.
@_zachdt describes the conflict between yield optimization and network security in our latest blog post on portfolio management.
https://t.co/RZeOUgSsH9
In our latest blog post @Kinrezc gives an overview of the LST liquidity meta and sheds some light onto what Primitive is working on. https://t.co/hVX1visJw3
Ethereum applications are complicated for researchers to reason about, developers to create, and users to use.
What would make this process easier?
Arbiter Kits
https://t.co/fEx4E0VIxj
Our approach today is to align the bottom-up and top-down approaches by describing all possible interactions with any Ethereum application by one codified idea: Behaviors
Interested in economic security? Looking to develop a robust model of smart contract behavior under various market conditions?
Perform your own economic security audit using Arbiter kits!
Check out some WIP examples here:
https://t.co/6LCVYlxPFw
https://t.co/7dN5juZC0E
The Dynamic Function Market Maker (DFMM) protocol enables a paradigm shift in the practical implementation of decentralized exchange technology.
@_zachdt provides a number of example DFMMs and explores some of their strategies.
https://t.co/8f5ovJ0wHP
The DFMM protocol is a novel portfolio management system designed to leverage external strategy contracts.
Dynamic, oracle-free, permission-less, and fully composable financial strategies have arrived to DeFi. Let's dig in👇
Ahead of the production release of DFMM, Primitive has developed several in-house strategies, each reflecting a unique use case.
Keep your eyes peeled for an upcoming testnet launch demonstrating these examples.
Soon™️
Modeling the contracts like a state machine means we can make strong assertions about the security properties of the smart contracts.
Take a closer look at the DFMM contracts here:
https://t.co/SSoTSIZjt2
Primitive has developed a new set of smart contracts that are built on the strongest foundation available: invariants.
@alexangelj and @clemlak provide insight into the design and security decisions going into DFMMs.
https://t.co/ZfuEZeyJfC