Unveiling the Powerhouse of
Decentralized AI
Dive Deeper: Explore the Core Components of Flex
Flex Virtual Machine (FVM)
High-Performance, Multi-Chain
Smart Contract Execution
At the heart of the Flex platform is the Flex Virtual Machine (FVM), a high-performance, WebAssembly (WASM) based execution environment supporting various smart contract languages like re:Flex, Solidity, Rust, and AssemblyScript. Blockchain-agnostic, the FVM can be deployed on any compatible blockchain or layer 2 solution, such as Ethereum, Polkadot, or Cosmos. It features gas-efficient execution, deterministic results across nodes, and supports upgradable contracts via a proxy pattern, enabling developers to fix bugs, add features, and improve performance without requiring a hard fork.
High-Performance
Blockchain-Agnostic
Upgradeable Contracts
re:Flex Smart Contract Language
The Smart Contract Language for FVM
Flex introduces re:Flex, a novel smart contract language designed for the Flex Virtual Machine (FVM) to enable expressive, composable smart contracts seamlessly integrated into dApps. re:Flex is a statically-typed, functional programming language that blends the familiarity of Solidity with the safety and expressiveness of modern language features. re:Flex’s properties ensure secure, reliable, and modular contract development, fostering the creation of complex, reusable dApps.
Composable
Statically-Typed
Modular
Flex SDCK
Streamlined Tools for Rapid
Dapp Integration
To accelerate dapp integration on the Flex platform, the Flex Software Development & Collaboration Kit (SDCK) offers a comprehensive suite of tools, libraries, and frameworks that simplify the complexities of blockchain and smart contract technologies. Key components include the Flex CLI, which streamlines the creation, testing, and deployment of smart contracts and dApps by generating boilerplate code and providing a pre-configured project structure; Flex.js, a JavaScript library offering an intuitive API for interacting with Flex smart contracts and dApps from web and mobile applications; and Flex Oracles, a set of pre-built oracle contracts and adapters that securely integrate external data sources.
Streamlined
Comprehensive
Oracles
Flex Nodes
Decentralized Node System: Powering
Network Growth and Security
Flex introduces a decentralized node system allowing individuals and organizations to participate in the network, earn rewards, and enhance the ecosystem's growth and security. There are three main types of nodes: Validator Nodes, which validate transactions, create new blocks, and maintain blockchain security while earning rewards proportional to their staked FLEXE tokens and performance; Storage Nodes, which provide decentralized storage for dApps and users, earning fees based on the quality and demand for their storage services; and Compute Nodes, which offer decentralized computing power for executing tasks, earning fees based on the quality and usage of their computing resources.
Validator
Rewards
Flex
Flex
Flex
Dapps that democratize.
Unveiling the Powerhouse of Decentralized AI
Dive Deeper: Explore the Core Components of Flex
Unveiling the Powerhouse of
Decentralized AI
Dive Deeper: Explore the Core Components of Flex
Flex Virtual Machine (FVM)
High-Performance, Multi-Chain
Smart Contract Execution
At the heart of the Flex platform is the Flex Virtual Machine (FVM), a high-performance, WebAssembly (WASM) based execution environment supporting various smart contract languages like re:Flex, Solidity, Rust, and AssemblyScript. Blockchain-agnostic, the FVM can be deployed on any compatible blockchain or layer 2 solution, such as Ethereum, Polkadot, or Cosmos. It features gas-efficient execution, deterministic results across nodes, and supports upgradable contracts via a proxy pattern, enabling developers to fix bugs, add features, and improve performance without requiring a hard fork.
High-Performance
Blockchain-Agnostic
Upgradeable Contracts
re:Flex Smart Contract Language
The Smart Contract Language for FVM
Flex introduces re:Flex, a novel smart contract language designed for the Flex Virtual Machine (FVM) to enable expressive, composable smart contracts seamlessly integrated into dApps. re:Flex is a statically-typed, functional programming language that blends the familiarity of Solidity with the safety and expressiveness of modern language features. re:Flex’s properties ensure secure, reliable, and modular contract development, fostering the creation of complex, reusable dApps.
Composable
Statically-Typed
Modular
Flex SDCK
Streamlined Tools for Rapid
Dapp Integration
To accelerate dapp integration on the Flex platform, the Flex Software Development & Collaboration Kit (SDCK) offers a comprehensive suite of tools, libraries, and frameworks that simplify the complexities of blockchain and smart contract technologies. Key components include the Flex CLI, which streamlines the creation, testing, and deployment of smart contracts and dApps by generating boilerplate code and providing a pre-configured project structure; Flex.js, a JavaScript library offering an intuitive API for interacting with Flex smart contracts and dApps from web and mobile applications; and Flex Oracles, a set of pre-built oracle contracts and adapters that securely integrate external data sources.
Streamlined
Comprehensive
Oracles
Flex Nodes
Decentralized Node System: Powering
Network Growth and Security
Flex introduces a decentralized node system allowing individuals and organizations to participate in the network, earn rewards, and enhance the ecosystem's growth and security. There are three main types of nodes: Validator Nodes, which validate transactions, create new blocks, and maintain blockchain security while earning rewards proportional to their staked FLEXE tokens and performance; Storage Nodes, which provide decentralized storage for dApps and users, earning fees based on the quality and demand for their storage services; and Compute Nodes, which offer decentralized computing power for executing tasks, earning fees based on the quality and usage of their computing resources.
Validator
Rewards
Flex Virtual Machine (FVM)
High-Performance, Multi-Chain
Smart Contract Execution
At the heart of the Flex platform is the Flex Virtual Machine (FVM), a high-performance, WebAssembly (WASM) based execution environment supporting various smart contract languages like re:Flex, Solidity, Rust, and AssemblyScript. Blockchain-agnostic, the FVM can be deployed on any compatible blockchain or layer 2 solution, such as Ethereum, Polkadot, or Cosmos. It features gas-efficient execution, deterministic results across nodes, and supports upgradable contracts via a proxy pattern, enabling developers to fix bugs, add features, and improve performance without requiring a hard fork.
High-Performance
Blockchain-Agnostic
Upgradeable Contracts
re:Flex Smart Contract Language
The Smart Contract Language for FVM
Flex introduces re:Flex, a novel smart contract language designed for the Flex Virtual Machine (FVM) to enable expressive, composable smart contracts seamlessly integrated into dApps. re:Flex is a statically-typed, functional programming language that blends the familiarity of Solidity with the safety and expressiveness of modern language features. re:Flex’s properties ensure secure, reliable, and modular contract development, fostering the creation of complex, reusable dApps.
Composable
Statically-Typed
Modular
Flex SDCK
Streamlined Tools for Rapid
Dapp Integration
To accelerate dapp integration on the Flex platform, the Flex Software Development & Collaboration Kit (SDCK) offers a comprehensive suite of tools, libraries, and frameworks that simplify the complexities of blockchain and smart contract technologies. Key components include the Flex CLI, which streamlines the creation, testing, and deployment of smart contracts and dApps by generating boilerplate code and providing a pre-configured project structure; Flex.js, a JavaScript library offering an intuitive API for interacting with Flex smart contracts and dApps from web and mobile applications; and Flex Oracles, a set of pre-built oracle contracts and adapters that securely integrate external data sources.
Streamlined
Comprehensive
Oracles
Flex Nodes
Decentralized Node System: Powering
Network Growth and Security
Flex introduces a decentralized node system allowing individuals and organizations to participate in the network, earn rewards, and enhance the ecosystem's growth and security. There are three main types of nodes: Validator Nodes, which validate transactions, create new blocks, and maintain blockchain security while earning rewards proportional to their staked FLEXE tokens and performance; Storage Nodes, which provide decentralized storage for dApps and users, earning fees based on the quality and demand for their storage services; and Compute Nodes, which offer decentralized computing power for executing tasks, earning fees based on the quality and usage of their computing resources.
Validator
Rewards
Flex
Dapps that democratize.
Flex
Dapps that democratize.