compound-protocol VS ethereum-burn-stats

https://github.com/compound-finance/compound-protocol/tree/master/contracts/Governance .

I'm making an NFT crowdfunding protocol as a summer project and am using Compound Governance contract along with ERC20Votes to do so.

I highly recommend you do two things, first, try and get a feel for the behavior of smart contracts, there are tools that can help with this, like the ones at blockchain.ey.com - you can get a free personal use account and has a pretty convenient smart contract and token explorer tool for Solidity, you just drop in the code from the protocol’s GitHub (like recommended above) and bam. Here’s Compound’s timelock contract as an example: https://github.com/compound-finance/compound-protocol/blob/master/contracts/Timelock.sol

The Tranquil protocol smart contracts are forked from the Compound protocol with minimal changes. It is a deeply battle-tested and audited protocol with formal verification of its contracts.We plan to get audits for the Tranquil protocol as soon as possible.

Yep however I don't think I'd consider it to quite the same extreme. No doubt it was bad however proportionally to the size of the platform Cream's exploit was far more damaging. Like the rekt.news post mentions, it was more of a banking/spec error than an outright vulnerability. Your spec can't protect you if the loss is due to intended behaviour. There are ways to mitigate this however. The main way is by making your spec concise and clearly representable as a series of state transitions & operations or as a series of transformations.

The Compound Finance paper spec essentially just lists "this subsystem does these things" and then each function/operation is a list of preconditions, what actions are taken in what conditions, and the expected result. This isn't bad per se but it's not great either. Instead the paper spec really should be showing what transformation is being applied to the state, why we want that transformation applied, what properties must hold throughout the transformation, and then demonstrating that those properties hold.

Compare this (Compound):

https://github.com/compound-finance/compound-protocol/blob/m...

Provide alert for 10% or more change in Utilization Rate within a 60 minute window in a given pool.

EIP-1559 was a surprise to me in a good way. We had spent so much time imagining what it would look like, probably expecting it to be a bit rough around the edges at first. The adoption numbers at the beginning were not high (still lots of type 0/1 transactions) but the basefee was working like a charm. Props to watchtheburn.com and perema's fee feed, which I used to track the early deployment!

Transaction fees are burned, but the transactions fees are so low that the burnt amount is unnoticeable. Burns are in the tens of millions of dollars while issuance is 100x greater in the billions of dollars. Compare this to Ethereum's burn, which currently reduces issuance by nearly 60%.

Ethereum PoS is one of the ONLY networks that's expected to be deflationary due to its extremely-high fees. Ethereum PoW's amount of inflation is now offset 35% in Jun 2022 by the amount burned per transaction from EIP-1559. After the merge, the issuance is expected to drop 80%, making Ethereum PoS the first popular blockchain that will have supply deflation and become a positive-sum investment.

Much love and respect to the individuals/teams that coded and hosted watchtheburn.com 🔥 for the last year. They kept the site up a few days longer than they initially planned for, but have now officially shut down.

WatchTheBurn shows a total of 3,099,476 ETH since eip1559

https://watchtheburn.com/ is closing down?

look at the tips column of this website https://watchtheburn.com/ to see what miners are earning now.