0/ execution layers are a core building block of the modular design stack
a super exciting modular execution layers is definitely Fuel by @fuellabs_, a super scalable & flexible solution with its own VM supporting parallelized tx execution ⚡️
#Fuel is a modular execution layer solution that can be operated in different configurations. #Fuel be configured as a monolithic chain, a rollup on $ETH, a #Celestium or a side-chain
the below graphic summarized Fuel's modular configuartions
5/ moreover, @fuellabs_ has developed a custom virtual machine, the #FuelVM, that allows for parallelized transaction execution, thereby overcoming one of the core limitation of #Ethereum's virtual machine (EVM)
6/ @fuellabs_ defines parallel tx execution as follows:
7/ parallel tx execution is a powerful feature and many newer gereation blockchains have tried to overcome this EVM limitation by designing their own VMs
8/ the @solana VM for example sorts incoming txs to run the non-overlapping txs in parallel across multiple cores
this is only possible due to $SOL's special account-based VM which requires txs to describe all the states they will read or write while executing
9/ another example is @SuiNetwork that uses a custom data model, in which data is organized into objects that can either have a single or multiple owners, thereby allowing its VM to process txs in parallel
10/ finally, @Aptos_Network has also built a highly efficient, multi-threaded, in-memory parallel execution engine that should be able to execute over 160k non-trivial Move (domain-specific language) txs per second
10/ but back to #Fuel, which is based on the unspent transaction output (UTXO) model (rather than account-based) to make use of strict access lists in combination with a custom VM to enable parallel tx execution, where non-overlapping contracts can be executed in parallel
11/ but why is this parallel execution important?
well, FuelVM’s design enables new use cases that can’t be feasibly built on the EVM (such as orderbook DEXes)
12/ for a more detailed comparison of FuelVM vs. EVM see below
13/ additionally, the #FuelVM instruction set has been designed specifically to be both expressive & fraud-provable within the #EVM
14/ the latter is achieved through support for trust-minimized light clients
trust minimized light clients & shared data availability enables trust minimized bridges to other modular execution layers, something impossible to achieve between monolithic L1s
15/ finally, in line with the modular thesis, #Fuel has been designed with the express goal the using $ETH as a settlement layer, consensus & DA layer for its execution environment
16/ @fuellabs_'s approach to $ETH scaling is summarized in the below graphics
17/ moreover, the #FuelVM has its own domain-specific programming language. #Sway supports built-in top-level contract storage as well as ergonomic & safe contract programming standards from #Solidity, with the syntax, borrow checker & safety-first semantics of #Rust
18/ interestingly, #Sway’s compiler is uniquely able to audit smart contracts, catching issues that typically auditing firms are hired to discover, which is a pretty sick feature
won't entirely replace smart contract audits though
19/ the #Sway language is already gaining quite some traction
17/ but what's currently going on at @fuellabs_ you ask?
well, after launching beta-1, the first public #Fuel testnet back in September, the team has recently announced the launch of beta-2, the next iteration of the public testnet
@fuellabs_ was founded in 2019 by @jadler0 & @IAmNickDodson. Adler has a background in Electrical & Computer Engineering. He was also a blockchain researcher at @ConsenSys where he pioneered optimistic rollup designs
22/ moreover, @jadler0 is the co-founder and chief research officer at @CelestiaOrg, which I have covered in depth here
I spent months diving into the DePIN and AI narrative and have identified a few select winners.
One early-stage gem that will be a true game-changer is @vistaralabs.
A Hardware Availability Layer for Web3 that democratizes access to decentralized hardware.
Alpha-🧵
1/ Decentralized AI/ML is the 100x narrative of this cycle.
If you manage to catch a leading play early, it can translate into life-changing gains.
Today, I want to unveil on of my main bets on the narrative.
[Pepe Image]
2/ @vistaralabs originally started out as a RaaS provider.
However, the RaaS market is a crowded game & while Vistara was quick to build a strong product that would def have been competitive, @_mayurc had a bigger vision.
Vistara wouldn't be "just another" RaaS framework.
Move rollups will be an epicentre of the bull market
My focus lies on @movementlabsxyz, a modular execution layer with @CelestiaOrg underneath that runs a parallel & EVM-compatible MoveVM
This will be valued in the billions and one of the biggest launches this year
Alpha-🧵
1/ To reach mass adoption, execution layer innovation is key.
High-performance chains enable new use cases and provide a seamless UX to the end user with fast and cheap transactions.
2/ The EVM was the 1st programmable execution environment built on top of a blockchain-based trust layer. However, it does have significant limitations.
Execution layers that can overcome these limitations are hence highly sought after & will be the epicentres of this bull.