@tarunchitra They can try to replace teachers but teachers not replaceable by AI. One of the main goals of a teacher is to motivate and push students for learning. AI is not even close to achieving that.
How does an #Ethereum validator operate, from activation to exit? Dive into the lifecycle, statuses, and operations of an Ethereum validator in our new article:
https://t.co/UJoCTl6xzu
The standard method of calculating UniV3 APR is broken.
Explore this article https://t.co/qiiWDNVV5v and use this tool https://t.co/pl9eBMxpKx for a competitive edge in:
1. Identifying the best Uniswap pools
2. Accurately calculating APR
3. Effectively measuring pool risks
The celebration continues! 🎄
💪 A powerful collaboration takes more than a great engine codebase & a DEX's hardworking team — there are more exceptional projects behind your favorite DEXes, powered by Algebra.
Shout out to @GammaStrategies, @mellowprotocol, @steerprotocol, @ichifoundation, @Range_Protocol, @0xOrangeFinance, @ConcentricFi & @DeFiEdge for being with us in 2023 ❤️
Automated Liquidity Management projects bring a lot of value into our collaborations, boosting them into top tier levels. These projects are responsible for the most optimal allocation of LPs' assets, enhancing their capital efficiency & increasing revenue. 🧩
They employ zero-knowledge proofs, allowing for the aggregation of storage slot proofs. As a result, a single proof, consuming around 300-500k gas, can cover multiple storage slot values.
Another key advantage is the ability to prove computations over these storage proofs.
A further optimization involves consolidating all these steps into a single proof, utilizing one of the zkEVM implementations. This integration significantly enhances efficiency in onchain data verification and smart contract execution
The primary challenge with this method is its high gas cost - 400k per slot, making it impractical for the mainnet use.
However, the approach developed by @axiom_xyz and @HerodotusDev offers a more gas-efficient alternative.
Ok, let's dive into how it works. A simple yet effective approach was detailed in this article: https://t.co/dw0lU2vsX4
This method enables proving storage slot values, a significant step towards proving onchain calls, though not the complete solution yet.
🌟 Happy to share my latest research on accessing historical data on onchain!
Now, a smart contract can confirm that at a certain past block N, the outcome of a call to smart contract X was Y.
More details here: https://t.co/SNSczJgnIp
Some details in 👇🧵
Decentralized Keeper Network: Keepers are agents executing transactions for users. But what if a keeper misses an execution? With solutions like @eigencloud, we can slash the keeper's stake in such cases, utilizing proof from past smart contract call results
Decentralized Onchain Dutch Auctions: Traditionally, a trusted Auction Manager is needed to start the auction. But with the technique above, we can remove this requirement. How? By having bidders submit proof of the auction start along with their bid
First up - why verify past call results onchain? It turns out there are some interesting use cases:
1. Decentralized Onchain Dutch Auctions
2. Decentralized Keeper Network