Fluent-The first blended execution network.
Fluent emerges as a groundbreaking invention, vowing to revolutionize how decentralized applications (dApps) are crafted and run. Unlike anything seen before, Fluent seamlessly merges WebAssembly (Wasm), Ethereum Virtual Machine (EVM), and Solana Virtual Machine (SVM) into one efficient system. This pioneering approach empowers developers to create real-time, adaptable applications using Solidity, Rust, and Vyper smart contracts. With Wasm and EVM already up and running and SVM on the horizon...
Notable Berachain Ecosystem Projects
The unique mechanisms embedded in Berachain are set to catalyze the emergence of native protocols specifically designed to benefit from its POL model. Since its inception, the Berachain team has consistently emphasized incentivizing the development of original projects rather than fostering forks of pre-existing ones. We know that how the Proof of liquidity model enables projects to bootstrap liquidity and protocol-owned liquidity without relying on transient incentives or mercenary capital**...
Fluent-The first blended execution network.
Fluent emerges as a groundbreaking invention, vowing to revolutionize how decentralized applications (dApps) are crafted and run. Unlike anything seen before, Fluent seamlessly merges WebAssembly (Wasm), Ethereum Virtual Machine (EVM), and Solana Virtual Machine (SVM) into one efficient system. This pioneering approach empowers developers to create real-time, adaptable applications using Solidity, Rust, and Vyper smart contracts. With Wasm and EVM already up and running and SVM on the horizon...
Notable Berachain Ecosystem Projects
The unique mechanisms embedded in Berachain are set to catalyze the emergence of native protocols specifically designed to benefit from its POL model. Since its inception, the Berachain team has consistently emphasized incentivizing the development of original projects rather than fostering forks of pre-existing ones. We know that how the Proof of liquidity model enables projects to bootstrap liquidity and protocol-owned liquidity without relying on transient incentives or mercenary capital**...
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what exactly is Fluent?
According to Cambridge Dictionary, fluent means able to speak a language easily and well without many pauses This aligns with Fluent's goal of seamlessly connecting different networks making them interact smoothly as if they were speaking the same language.
Fluent is a general-purpose Layer 2 blockchain that brings web2's favorite execution environment (Wasm) onto web3's most permissionless blockchain, Ethereum .
So what is Wasm??
Wasm, WebAssembly is a compiler used to run low-level code on the web, the code needing to be written in the .wasm This opened up new possibilities for web applications, developers can use JS, Rust, Go, C or C++ compile them into .wasm, which serves as a common language.
In the Web 2.0 era, Wasm was widely used in Ecommerce and Backend Optimization such as with Shopify, in Design and Collaboration Tools like Figma and AutoCAD's Migration, in Multimedia and Entertainment with Netflix .
So, what is Wasm used for in Web3?
Over the past five years, Wasm has become the execution environment for many top blockchain projects, such as Cosmos for its L1 SDK, NEAR for its sharded L1 and Polkadot for its L1 SDK.
Wasm enables developers to program for Ethereum .It enables the use of nearly any general-purpose programming language, such as Rust, TypeScript and more, along with preferred web2 libraries and frameworks.
Repeat that, Fluent is a general-purpose Layer 2 blockchain that integrates Web2's Wasm execution environment with Ethereum. It allows developers to build and scale applications in any language that compiles to Wasm such as Rust, Solidity, TypeScript and all on Ethereum.
Lets Focus on Fluent VM.
Fluent VM uses something called Reduced-WebAssembly (rWasm), which is a modified version of the Wasm binary instruction format. It's specifically designed to enhance the efficiency and ease of verification in smart contract execution.
The goal of rWasm is to create a flattened binary representation of Wasm that remains backward compatible with the Wasm instruction set.
What makes rWasm advantageous? -
It eliminates relative offsets within the Wasm binary, facilitating a more direct and predictable execution flow
-It removes the necessity for a type mapping validator
-Additionally the loader adheres to Wasm standards, ensuring compatibility.
Currently, rWasm is almost 100% compatible with Wasm binaries, significantly reducing complexity
When comparing features of rWasm and Wasm, you'll find that rWasm
1)Has a more flattened structure
2)Does not require a type mapping validator
3)Must be executed as-is without any side effects like drop/keep and cannot apply any conditional state changes
4)Easier to verify compared to original Wasm
5)Promising new technology with the potential to simplify the development of secure and efficient Wasm applications.
Developing on Fluent VM is also made easier with Fluentbase (a framework for building on Fluent), which supports Rust, Solidity and Vyper Even though it’s still in development, remember that this is a steady journey into the world of Web3
what exactly is Fluent?
According to Cambridge Dictionary, fluent means able to speak a language easily and well without many pauses This aligns with Fluent's goal of seamlessly connecting different networks making them interact smoothly as if they were speaking the same language.
Fluent is a general-purpose Layer 2 blockchain that brings web2's favorite execution environment (Wasm) onto web3's most permissionless blockchain, Ethereum .
So what is Wasm??
Wasm, WebAssembly is a compiler used to run low-level code on the web, the code needing to be written in the .wasm This opened up new possibilities for web applications, developers can use JS, Rust, Go, C or C++ compile them into .wasm, which serves as a common language.
In the Web 2.0 era, Wasm was widely used in Ecommerce and Backend Optimization such as with Shopify, in Design and Collaboration Tools like Figma and AutoCAD's Migration, in Multimedia and Entertainment with Netflix .
So, what is Wasm used for in Web3?
Over the past five years, Wasm has become the execution environment for many top blockchain projects, such as Cosmos for its L1 SDK, NEAR for its sharded L1 and Polkadot for its L1 SDK.
Wasm enables developers to program for Ethereum .It enables the use of nearly any general-purpose programming language, such as Rust, TypeScript and more, along with preferred web2 libraries and frameworks.
Repeat that, Fluent is a general-purpose Layer 2 blockchain that integrates Web2's Wasm execution environment with Ethereum. It allows developers to build and scale applications in any language that compiles to Wasm such as Rust, Solidity, TypeScript and all on Ethereum.
Lets Focus on Fluent VM.
Fluent VM uses something called Reduced-WebAssembly (rWasm), which is a modified version of the Wasm binary instruction format. It's specifically designed to enhance the efficiency and ease of verification in smart contract execution.
The goal of rWasm is to create a flattened binary representation of Wasm that remains backward compatible with the Wasm instruction set.
What makes rWasm advantageous? -
It eliminates relative offsets within the Wasm binary, facilitating a more direct and predictable execution flow
-It removes the necessity for a type mapping validator
-Additionally the loader adheres to Wasm standards, ensuring compatibility.
Currently, rWasm is almost 100% compatible with Wasm binaries, significantly reducing complexity
When comparing features of rWasm and Wasm, you'll find that rWasm
1)Has a more flattened structure
2)Does not require a type mapping validator
3)Must be executed as-is without any side effects like drop/keep and cannot apply any conditional state changes
4)Easier to verify compared to original Wasm
5)Promising new technology with the potential to simplify the development of secure and efficient Wasm applications.
Developing on Fluent VM is also made easier with Fluentbase (a framework for building on Fluent), which supports Rust, Solidity and Vyper Even though it’s still in development, remember that this is a steady journey into the world of Web3
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