0/ being able to process 160'000 TPS & <1s TTF, @Aptos_Network might be the fastest L1 out there π
born out of @Meta's #Diem project, well funded and with a fast growing ecosystem, $APT is one of the alts to watch in 2023 ππ
ALPHA-packed GIGA research 𧡠on #Aptos (0/62) π
1/ contents:
π₯οΈ Move Language (2-5)
βοΈ Consensus: Proof of Stake (6-16)
π Consensus: Narwhal and Tusk (17-25)
β Parallel Execution (26-33)
π Security Features (34-39)
πͺ Tokenomics (40-46)
π³ Governance (47)
πΌ Team & Funding (48-53)
π Ecosystem (54-59)
π Conclusion (60-62)
2/ π₯οΈ Move Language
#Aptos inherits the core features of #Move, an open-source programming language developed by @Meta's Diem Association team. It's designed to create customizable transaction logic & smart contracts and is based on #Rust
0/ similar to the sequencer, a centralized prover in #zk-rollup systems can introduce centralization & single-point-of-failure risks β οΈ
a 𧡠on a prover outsourcing mechanism proposed by @Scroll_ZKP (0/18) β¨π
1/ #zk-rollups demand an off-chain #prover to generate a succinct proof for a batch of transactions. However, proof generation for complex smart contract transactions can be expensive, leading to several limitations in functionality
2/ firstly, let's dive into the typical rollup tx flow β¬οΈ
βοΈ Users send transactions to a centralized #sequencer on #L2
βοΈ The sequencer executes transactions, packs (& orders) them into a #rollup block
βοΈ Centralized #prover generates a succinct proof of the sequencer's batch
@EclipseFND is a framework that lets you build customizable, modular rollups using the #Solana VM (Sealevel VM) on any chain. While that allows for running programs written for Solana on the VM, #Eclipse isnβt using @solana for security
2/ so, let's have a look at the projects that enable privacy on public blockchains. Many of them rely on #zk technology, so it might be worth revisiting the below thread π