Everscale EVER: Scalable Layer‑1 for the Future of Web3

Welcome to the world of Everscale (EVER)—a next‑generation, multi‑threaded layer‑1 blockchain built for Web3’s most demanding apps. Imagine a network that can dynamically shard into parallel chains, handling millions of transactions per second, while keeping gas fees almost negligible. That’s exactly what Everscale offers. Born from Telegram’s Open Network (TON) architecture, it leverages a novel two-tier system (masterchain + workchains) and a cutting-edge consensus mechanism called Soft Majority Fault Tolerance (SMFT).

Whether you’re a developer building scalable DeFi, a staker securing the network, or a trader bridging assets, EVER is your entry to a highly efficient, decentralized, and governance‑driven ecosystem. Let’s dive into how Everscale works, what makes EVER essential, and why this could be the backbone of real-world Web3 adoption.

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What Is Everscale (EVER)?

Everscale (EVER) is a high-performance, layer-1 blockchain designed for security, decentralization, and scalability. It aims to provide a robust foundation for decentralized applications (dApps), DeFi protocols, GameFi projects, and cross-chain integrations. Leveraging advanced technologies such as dynamic sharding and multi-threaded execution, Everscale is built to handle high throughput while maintaining network efficiency and user accessibility. Its architecture positions it as a platform capable of supporting the next generation of Web3 applications.

Evolving from TON

Everscale traces its roots back to the Telegram Open Network (TON), which initially aimed to create a scalable blockchain for mainstream adoption. Following the rebranding from Free TON to Everscale in 2021, the network retained its focus on decentralized infrastructure while incorporating new technologies and governance structures. This evolution emphasizes the community-driven nature of the blockchain, with decisions and upgrades guided by decentralized governance.

The rebranding also marked a shift toward high scalability and performance optimization, allowing developers and users to explore a broader range of applications without being constrained by network limitations.

Infinite Scalability

At the core of Everscale’s design is the ambition to achieve “infinite scalability”. This is enabled through:

• Dynamic Sharding: Dividing the network into multiple shards that can process transactions in parallel, preventing bottlenecks as the user base grows.
• Multi-Threaded Execution: Allowing simultaneous processing of transactions and smart contracts across threads to maximize throughput.
• Optimized Block Propagation: Reducing latency and ensuring fast confirmation times even under heavy network load.

This approach ensures that Everscale can accommodate large-scale dApps, gaming platforms, and financial protocols without sacrificing speed or decentralization.

Versatile Applications

Everscale is engineered to support a wide range of blockchain applications, making it suitable for both developers and end users. Key use cases include:

• Decentralized Finance (DeFi): Fast, secure, and low-cost transactions enable lending, staking, and trading applications.
• GameFi and Metaverse Projects: High throughput and scalability make Everscale ideal for blockchain games, NFT ecosystems, and interactive virtual worlds.
• Cross-Chain Applications: Integration with other blockchains facilitates asset transfers and interoperability between networks.
• High-Performance dApps: Social media, marketplaces, and industrial applications benefit from Everscale’s scalable infrastructure.

By catering to these diverse use cases, Everscale positions itself as a flexible platform capable of supporting innovative blockchain solutions across multiple industries.

Everscale combines the proven foundation of TON with advanced technologies for scalability, security, and decentralization. Its vision of infinite scalability, dynamic sharding, and multi-threaded execution ensures that the network can handle demanding applications while remaining efficient and user-friendly. With a broad range of target use cases spanning DeFi, GameFi, cross-chain protocols, and high-throughput dApps, Everscale (EVER) is positioned as a versatile and future-ready blockchain for developers and users alike.

The Technology Behind Everscale

Everscale (EVER) is designed to provide high performance, scalability, and decentralization through an innovative blockchain architecture. Its core technology emphasizes dynamic sharding, multithreaded execution, and an advanced smart contract environment, enabling developers to build high-throughput decentralized applications without compromising security. By combining a multilevel blockchain structure with a PoS-based consensus mechanism and efficient data management, Everscale creates a flexible and robust platform suitable for DeFi, GameFi, cross-chain applications, and more.

Multilevel Structure: Masterchain and Workchains

Everscale operates on a multilevel blockchain structure, which includes:

• Masterchain: Serves as the backbone of the network, maintaining global state, handling validator management, and ensuring cross-shard coordination.
• Workchains / Shards: Independent chains responsible for processing transactions and smart contracts in parallel. Each shard can run its own virtual machine, manage assets, and interact with other workchains.

This hierarchical design separates consensus and execution responsibilities, reducing bottlenecks and enabling parallel processing of large numbers of transactions.

Dynamic Sharding and Multithreading

Everscale’s standout feature is its dynamic sharding and multithreaded execution, which allows the network to adapt to changing demand:

• Dynamic Sharding: Workchains are further divided into shards that can expand or merge depending on network load.
• Multithreading: Each shard can process multiple threads simultaneously, enabling parallel execution of transactions and smart contracts.

These mechanisms allow the network to scale efficiently, ensuring low latency and high throughput even during periods of heavy usage.

Consensus: Soft Majority Fault Tolerance (SMFT)

Everscale employs a Soft Majority Fault Tolerance (SMFT) consensus mechanism, a proof-of-stake variant designed to optimize performance and security:

• Validators stake tokens to participate in block creation and network validation.
• SMFT allows quick finality, low transaction latency, and robust fault tolerance.
• The mechanism ensures network security while supporting the scalability provided by shards and multithreading.

This consensus approach balances decentralization with efficiency, enabling high-speed, reliable transactions.

Smart Contract Environment: TVM and Threaded Solidity

Everscale features the Threaded Virtual Machine (TVM) and a modified smart contract language called Threaded Solidity:

• TVM: Executes smart contracts in parallel threads, improving transaction throughput.
• Threaded Solidity: Allows developers to write contracts optimized for multithreaded execution, supporting complex dApps without performance bottlenecks.
• Parallel Execution: Multiple contracts and transactions can be processed concurrently within a shard, reducing network congestion.

This environment enables developers to leverage the network’s full computational power efficiently.

Distributed Programming and Storage Optimization

Everscale follows an “everything is a smart contract” paradigm, where even accounts and state objects are implemented as smart contracts:

• Reduces redundant storage by optimizing data access and persistence.
• Lowers network fees by minimizing unnecessary storage operations.
• Enhances composability, enabling contracts to interact seamlessly across shards and threads.

This approach ensures that the network remains cost-efficient while supporting sophisticated decentralized applications.

By combining multilevel architecture, dynamic sharding, multithreaded execution, SMFT consensus, and a highly flexible smart contract environment, Everscale delivers a scalable, secure, and developer-friendly blockchain. Its core technology positions it to support high-throughput DeFi, GameFi, and cross-chain applications, making it a leading layer-1 blockchain for next-generation decentralized systems.

Understanding the EVER Token

The EVER token is the native cryptocurrency of the Everscale blockchain, serving as the primary medium for transaction fees, smart contract execution, and storage operations. Beyond its utility for network operations, EVER plays a pivotal role in governance, staking, and broader ecosystem development. The tokenomics are designed to support scalability, incentivize participation, and ensure sustainable growth for the Everscale platform. With a focus on low-cost transactions and multiple derivative instruments, EVER provides flexibility for both retail users and institutional participants.

Core Utility: Transactions and Smart Contracts

EVER is essential for interacting with the Everscale network. Its core functions include:

• Transaction Fees: Every transfer or operation on the network requires a small fee paid in EVER.
• Smart Contract Execution: Deploying or interacting with smart contracts consumes EVER to cover computational costs.
• Storage Fees: Users pay EVER to store data on the blockchain, ensuring efficient resource usage.

The network is optimized for cost efficiency, with typical transaction fees often below $0.001, making microtransactions and high-frequency operations feasible for developers and users alike.

Token Derivatives: Expanding Functionality

Everscale has introduced derivative tokens to extend the utility of EVER and cater to different use cases:

• WEVER: Wrapped EVER is used primarily for governance voting in the network, allowing token holders to participate in protocol decisions.
• stEVER: A liquid staking token earned when staking EVER. It remains usable in DeFi applications, enabling holders to earn yield while maintaining liquidity.
• LEVER: An institutional-grade, debt-like instrument representing EVER for specialized financial operations, supporting more complex institutional strategies.

These derivatives enhance flexibility, governance participation, and DeFi integration, allowing users and institutions to leverage their holdings effectively.

Token Distribution: Supporting Ecosystem Growth

EVER’s allocation is structured to support both network functionality and long-term ecosystem expansion. Key distribution details include:

• Everscale Treasury (~43.6%): Reserved for ecosystem growth, grants, development, partnerships, and strategic initiatives.
• Community and Early Participants: Allocations for token sales, incentives, and community engagement programs.
• Team and Advisors: Reserved for contributors and developers to ensure ongoing innovation and maintenance.
• Staking and DeFi Programs: Allocations to support staking rewards and liquidity incentives.

This structured distribution ensures that resources are available for continuous development, ecosystem adoption, and user participation while maintaining network sustainability.

Governance and Participation

EVER also underpins governance on the Everscale network. Through WEVER, holders can vote on:

• Protocol upgrades and technical improvements.
• Smart contract standards and developer frameworks.
• Network economic policies and treasury allocations.

By linking token utility with governance and staking derivatives, Everscale incentivizes active participation, aligning user interests with the network’s long-term health.

The EVER token is more than a medium for transactions—it is a multi-functional asset that powers network operations, enables governance participation, supports staking and DeFi integration, and funds ecosystem growth. With low fees, versatile derivatives, and a clear distribution plan, EVER is positioned to facilitate high-throughput, cost-efficient operations while fostering a sustainable and active blockchain ecosystem.

Everscale’s Versatile Ecosystem

Everscale (EVER) is more than a high-performance blockchain—it is a comprehensive ecosystem supporting decentralized finance (DeFi), GameFi, NFTs, identity management, and cross-chain interoperability. Its combination of dynamic scalability, multithreaded execution, and low-cost transactions makes it a flexible platform for developers and users alike. The ecosystem is designed to accommodate diverse applications, enabling users to leverage the blockchain for financial, gaming, and digital identity purposes, while maintaining security and efficiency.

DeFi Protocols: Building a Financial Infrastructure

Everscale supports a growing suite of DeFi protocols, enabling users to participate in decentralized trading, lending, and yield farming. Key use cases include:

• Decentralized Exchanges (DEXs): Fast, low-cost token swaps powered by Everscale’s scalable infrastructure.
• Lending and Borrowing: Users can lend assets or take loans through smart contracts, with minimized fees and high-speed execution.
• Farming and Yield Generation: Liquidity providers earn rewards for participating in various staking and farming programs.

These DeFi capabilities provide users with robust financial tools while maintaining decentralized governance and transparency.

Cross-Chain Bridges: Expanding Network Connectivity

Through solutions like the Octus Bridge, Everscale enables cross-chain token transfers, connecting the network with Ethereum, Binance Smart Chain, and other ecosystems. Benefits of cross-chain functionality include:

• Seamless token mobility across multiple blockchains.
• Greater liquidity and trading opportunities for users.
• Interoperability that encourages broader ecosystem adoption and development.

Cross-chain support positions Everscale as a hub for multi-chain applications and integrated DeFi experiences.

Wallet Support: Secure Asset Management

Users can store and manage their EVER tokens and interact with dApps via dedicated wallets, including:

• Ever Wallet: A secure interface for transactions and token storage.
• Ever Surf: A mobile-friendly wallet supporting multi-chain operations.
• Everspace: A versatile wallet for both everyday use and advanced DeFi activities.

Robust wallet support ensures accessibility, security, and seamless interaction with the Everscale ecosystem.

NFTs, GameFi, and Digital Identity

Everscale’s architecture supports NFT marketplaces, Web3 games, and decentralized identity solutions:

• NFT Marketplaces: Create, buy, and sell non-fungible tokens with low transaction costs.
• GameFi Projects: Developers can deploy blockchain-based games leveraging high throughput and scalable execution.
• Decentralized Name System (EverName): Provides blockchain-based domain names and identity services for users and dApps.

These features enable both digital ownership and interactive experiences within the Everscale network.

Liquid Staking: Earn While Participating

Everscale offers liquid staking mechanisms, allowing users to stake EVER and receive stEVER, a liquid staking derivative. This approach provides:

• Ongoing rewards from staking.
• Usability of stEVER in DeFi protocols for additional yield opportunities.
• Increased capital efficiency, as staked assets remain productive while locked.

Liquid staking strengthens ecosystem engagement while enhancing the utility of token holdings.

Everscale’s ecosystem combines DeFi, cross-chain interoperability, secure wallets, NFT/GameFi support, digital identity, and liquid staking into a versatile and scalable platform. By catering to diverse applications and use cases, Everscale provides developers and users with the tools to create, trade, and interact within a robust Web3 environment, reinforcing its position as a high-performance, multi-purpose layer-1 blockchain.

Begin Your Journey with Everscale

Everscale (EVER) offers a high-performance blockchain ecosystem that is accessible to both beginners and experienced users. To participate, users need to acquire EVER tokens, set up a compatible wallet, and understand basic operations such as staking, governance, and interacting with on-chain applications. This guide provides a step-by-step approach to getting started, ensuring a smooth entry into the Everscale network and its diverse ecosystem of DeFi, GameFi, and cross-chain applications.

Getting a Wallet: Secure Your Assets

Before acquiring EVER, users must set up a compatible wallet to store and interact with tokens securely. Recommended wallets include:

• Ever Wallet: A secure, user-friendly interface for transactions and token management.
• Ever Surf: Mobile-focused wallet enabling easy on-the-go access to the network.
• Everspace: A versatile wallet suitable for advanced users and DeFi interactions.

When creating a wallet, ensure that you safeguard your private keys and backup phrases. Proper security practices are essential to prevent loss of assets or unauthorized access.

Acquiring EVER: Buying and Receiving Tokens

Once your wallet is ready, you can acquire EVER tokens through several methods:

• Exchange Purchase: Buy EVER on supported cryptocurrency exchanges using fiat or other cryptocurrencies.
• “Get EVER” Portal: Use the official Everscale website’s portal to purchase tokens directly and transfer them to your wallet.

Acquiring EVER is the first step to participating in transactions, staking, governance, and other network activities.

Staking EVER: Earn Rewards

Everscale provides a staking mechanism that allows users to earn rewards while supporting network security.

• Stake EVER: Lock tokens in the network to receive staking rewards.
• Receive stEVER: Staking generates a liquid derivative called stEVER, which can be used in DeFi protocols for additional yield.
• Benefits: Staking not only earns rewards but also strengthens network security and incentivizes long-term participation.

Staking is an efficient way to maximize token utility while contributing to Everscale’s decentralized infrastructure.

Wrapping for Governance: Participate in DAO Voting

EVER holders can engage in network governance by converting their tokens into WEVER:

• Wrap EVER to WEVER: Enables participation in DAO voting.
• Vote on Proposals: Influence protocol upgrades, treasury allocations, and ecosystem development decisions.
• Community Engagement: Governance participation ensures that holders have a voice in shaping the future of Everscale.

This process empowers users to actively participate in platform evolution and strategic planning.

Using On-Chain Apps: Interact with the Ecosystem

With EVER in your wallet, you can start interacting with Everscale applications:

• Connect Your Wallet: Link your wallet to supported dApps and DeFi platforms.
• Trade and Swap Tokens: Use DEXs or bridges for cross-chain operations.
• Participate in DeFi and GameFi: Stake, farm, or engage in NFT marketplaces and Web3 games.

These interactions unlock the practical benefits of the Everscale ecosystem, allowing users to leverage high-performance infrastructure for finance, gaming, and digital identity services.

Getting started with EVER involves setting up a secure wallet, acquiring tokens, staking for rewards, participating in governance, and interacting with on-chain applications. By following these steps, users can fully engage with the Everscale ecosystem, enjoy low-cost, high-speed transactions, and participate in the diverse opportunities offered by a scalable, multi-purpose layer-1 blockchain.

Everscale (EVER) is not just another blockchain — it’s a high-throughput, scalable, and community-governed network built to power the next generation of decentralized apps. With its dynamic sharding, Threaded VM, and efficient fee structure, it offers a robust foundation for DeFi, GameFi, cross‑chain bridges, and beyond. The EVER token is at the heart of this ecosystem: it fuels transactions, supports staking, and gives you a voice in governance via WEVER. Of course, innovative projects come with risks — technical complexity, adoption hurdles, and governance mechanics all matter.

But if you align with a vision of a truly scalable Web3 powered by community and performance, Everscale could be a compelling platform to watch (or invest in). Ready to explore? Head over to theofficial Everscale website, pick a wallet, and start building or participating today. BlockDAG is a next-generation Layer-1 blockchain that combines the proven security of Proof-of-Work (PoW) consensus with the advanced scalability of Directed Acyclic Graph (DAG) architecture.