Discover and read the best of Twitter Threads about #PolygonAvail
Most recents (3)
1/ @likebeckett on DA 레이어 간 비교
*원문엔 예쁜 비쥬얼 포함
1. @ethereum vs @CelestiaOrg vs @eigenlayer vs #PolygonAvail
Blocktime
블록타임은 다 10~20sec으로 큰 차이 없음
@EigenLayers는 애초에 블록체인이 아니라 스마트컨트랙트라서, 블록타임 ≤ @ethereum
*원문엔 예쁜 비쥬얼 포함
1. @ethereum vs @CelestiaOrg vs @eigenlayer vs #PolygonAvail
Blocktime
블록타임은 다 10~20sec으로 큰 차이 없음
@EigenLayers는 애초에 블록체인이 아니라 스마트컨트랙트라서, 블록타임 ≤ @ethereum
1/
2. Finality
단, finality와 컨센서스는 차이가 큰데
ethereum, eigenlayer는 12min,
celestia는 15 sec = 블록타임
polygon avail은 min 20 sec
2. Finality
단, finality와 컨센서스는 차이가 큰데
ethereum, eigenlayer는 12min,
celestia는 15 sec = 블록타임
polygon avail은 min 20 sec
DA is a main bottleneck of blockchain scaling
off-chain DA & #Celestia's DA layer address this, while (proto-)danksharding aims to scale $ETH DA
but what if I told you danksharding could already be implemented as middleware secured by $ETH validators?!
ALPHA 🧵 on @eigenlayer
off-chain DA & #Celestia's DA layer address this, while (proto-)danksharding aims to scale $ETH DA
but what if I told you danksharding could already be implemented as middleware secured by $ETH validators?!
ALPHA 🧵 on @eigenlayer
1/ first of all, let's quickly recap the whole DA (= data availability) issue
you can find an introduction to the DA problem and an overview of the current DA landscape here (which also covers off-chain DA):
you can find an introduction to the DA problem and an overview of the current DA landscape here (which also covers off-chain DA):
Today, we're introducing the world to @0xPolygonAvail.
Avail takes a bold step towards a modular future, where chains specialize and work together for a much more scalable #Web3.
Here’s how it works 👇 [1/6]
Avail takes a bold step towards a modular future, where chains specialize and work together for a much more scalable #Web3.
Here’s how it works 👇 [1/6]
#Polygon uses “modularity” to make blockchains better.
That’s a bit abstract. But Avail is a great example of this.
We've seen how scalable blockchains can become when rollups take execution off-chain.
Data availability is the next logical piece to take off-chain.
[2/6]
That’s a bit abstract. But Avail is a great example of this.
We've seen how scalable blockchains can become when rollups take execution off-chain.
Data availability is the next logical piece to take off-chain.
[2/6]
Before this, every blockchain performed:
1️⃣ Data Availability - reach consensus on transaction (tx) order & ensure txs are available for verification
2️⃣ Execution - run txs & determine state changes
3️⃣ Settlement - final verification and arbitration
[3/6]
1️⃣ Data Availability - reach consensus on transaction (tx) order & ensure txs are available for verification
2️⃣ Execution - run txs & determine state changes
3️⃣ Settlement - final verification and arbitration
[3/6]
