Most existing L1s, including Ethereum and Solana, use a monolithic architecture, which handles execution, settlement, and data availability on a single layer. This approach makes them more complex and challenging to scale. When network activity spikes, users face high gas fees, slow transaction speeds, and network congestion—a problem Ethereum has been battling for years.

NERO, on the other hand, is a modular blockchain, meaning it separates these core functions into specialized layers. Instead of trying to do everything at once, NERO optimizes each layer for efficiency, enabling greater scalability and lower costs. This shift from a monolithic to a modular approach is what allows NERO to achieve superior performance without sacrificing decentralization or security.

NERO isn’t just modular—it’s built with developers and users in mind. Its architecture is divided into distinct layers, each optimized for a specific role:

• Access Layer: Introduces Native Account Abstraction (AA), improving the user experience by eliminating the need for traditional Externally Owned Accounts (EOAs). This enables features like social logins, multi-factor authentication, and batch transactions, making blockchain interactions seamless.

• Settlement Layer: A high-performance, EVM-compatible chain, allowing developers to easily migrate their existing dApps without requiring expensive and time-consuming modifications. This ensures that NERO can support a wide range of applications right from launch.

• Data Availability (DA) Layer: Utilizes storage scalability and DA sharding, ensuring that transaction data remains accessible and cost-effective, even as network activity grows. This prevents the bottlenecks that plague monolithic chains.

This modular design means that developers get more flexibility, users get lower fees, and the network can scale effortlessly without hitting performance walls.

Traditional blockchains have an economic model that primarily benefits the network itself. Every transaction pays gas fees, which go to validators and the blockchain infrastructure, while dApps generate value but don’t share in the upside. Developers have little control over how their applications interact with the blockchain’s economic structure.

NERO flips this model on its head by ensuring that applications share in the success of the network. Instead of simply extracting value from dApps, NERO allows them to earn a portion of transaction fees, making it financially sustainable for developers. Additionally, dApps can accept gas fees in ERC-20 tokens, removing the need for users to always hold the native gas token. This makes it easier for applications to integrate custom tokens into their ecosystems, increasing their utility.

By allowing developers to monetize their applications more effectively, NERO creates stronger incentives for innovation and growth, fostering a more sustainable Web3 ecosystem.

On older blockchains, gas fees follow a one-size-fits-all model, meaning every transaction has to compete for the same blockspace regardless of its use case. This results in inefficient pricing, where certain applications overpay for transactions, while others struggle to execute due to fluctuating costs.

NERO introduces Blockspace 2.0, a revolutionary approach that allows applications to customize their transaction fee structures. Instead of being forced into a rigid gas model, dApps can set their own pricing mechanisms based on their specific needs.

Moreover, NERO’s gas sponsorship system—powered by the Paymaster mechanism—enables developers to cover transaction costs for their users. This makes dApps more accessible by allowing free or subsidized transactions, removing one of the biggest barriers to mainstream adoption.

With Blockspace 2.0, gas fees are no longer an obstacle—they become a tool for optimization and user acquisition.

One of the biggest challenges in Web3 is wallet management. Users are expected to handle private keys, seed phrases, and complicated gas fee calculations—all of which create friction and discourage adoption.

NERO natively supports Account Abstraction (AA), meaning smart contract wallets are available by default. This eliminates the need for traditional EOAs and enables a smoother user experience. Key benefits of this approach include:

• Social logins & multi-factor authentication, make wallets as easy to use as traditional Web2 accounts.

• Gas fee abstraction, allowing dApps to pay for users’ transactions, removing the need to hold native tokens.

• Batch transactions, which reduce gas costs and improve execution efficiency.

With Native AA, NERO makes blockchain interactions as simple and intuitive as using a regular app, setting a new standard for user-friendly crypto adoption.

For most blockchains, gas fees are a necessary evil—users must hold the native token to interact with the network. This creates a frustrating experience, especially for new users unfamiliar with crypto.

NERO solves this problem with the Paymaster mechanism, which allows gas fees to be sponsored or paid with ANY token. This unlocks powerful new possibilities:

• DApps or protocols can cover gas fees for users, enabling a frictionless experience.

• Users can pay gas fees in stablecoins, memecoins, or any ERC-20 token—no need to acquire the native token just to transact.

• Gasless transactions make onboarding smoother, helping Web3 apps attract mainstream users.

By eliminating gas fee complexity, NERO removes a major barrier to mass adoption and makes blockchain interactions significantly more user-friendly.

For developers, migrating to a new blockchain is often time-consuming and expensive, requiring extensive modifications and architectural changes. NERO eliminates this headache with full EVM compatibility, making it easy to deploy existing Solidity contracts without any changes.

Developers can use familiar tools like Hardhat, Remix, and Truffle, ensuring that they don’t need to learn an entirely new tech stack. Additionally, NERO’s modular architecture simplifies scaling, allowing dApps to grow without worrying about network congestion or high gas fees.

Compared to other modular blockchains that require developers to build rollups or rework their applications, NERO provides a seamless transition, making it one of the most developer-friendly L1s in the space.

NERO isn’t just another blockchain—it’s a paradigm shift in how Layer 1 networks should operate. By focusing on modularity, developer incentives, and user experience, it creates a network that is:

• Highly scalable through modular design

• Developer-friendly with easy EVM integration

• Cost-efficient with customizable gas fees and fee-sharing

• User-centric via Native Account Abstraction and gasless transactions

Rather than simply competing with Ethereum or Solana, NERO redefines the blockchain experience altogether.

Blockchain adoption has been hindered by scalability issues, high fees, and poor UX. NERO is here to fix that. With its modular architecture, unique economic model, and user-friendly features, it sets a new benchmark for L1 blockchains.

For developers, users, and Web3 projects alike, NERO offers a smarter, more scalable, and more rewarding ecosystem.

Are you ready for the future of blockchain?

Most existing L1s, including Ethereum and Solana, use a monolithic architecture, which handles execution, settlement, and data availability on a single layer. This approach makes them more complex and challenging to scale. When network activity spikes, users face high gas fees, slow transaction speeds, and network congestion—a problem Ethereum has been battling for years.

NERO, on the other hand, is a modular blockchain, meaning it separates these core functions into specialized layers. Instead of trying to do everything at once, NERO optimizes each layer for efficiency, enabling greater scalability and lower costs. This shift from a monolithic to a modular approach is what allows NERO to achieve superior performance without sacrificing decentralization or security.

NERO isn’t just modular—it’s built with developers and users in mind. Its architecture is divided into distinct layers, each optimized for a specific role:

• Access Layer: Introduces Native Account Abstraction (AA), improving the user experience by eliminating the need for traditional Externally Owned Accounts (EOAs). This enables features like social logins, multi-factor authentication, and batch transactions, making blockchain interactions seamless.

• Settlement Layer: A high-performance, EVM-compatible chain, allowing developers to easily migrate their existing dApps without requiring expensive and time-consuming modifications. This ensures that NERO can support a wide range of applications right from launch.

• Data Availability (DA) Layer: Utilizes storage scalability and DA sharding, ensuring that transaction data remains accessible and cost-effective, even as network activity grows. This prevents the bottlenecks that plague monolithic chains.

This modular design means that developers get more flexibility, users get lower fees, and the network can scale effortlessly without hitting performance walls.

Traditional blockchains have an economic model that primarily benefits the network itself. Every transaction pays gas fees, which go to validators and the blockchain infrastructure, while dApps generate value but don’t share in the upside. Developers have little control over how their applications interact with the blockchain’s economic structure.

NERO flips this model on its head by ensuring that applications share in the success of the network. Instead of simply extracting value from dApps, NERO allows them to earn a portion of transaction fees, making it financially sustainable for developers. Additionally, dApps can accept gas fees in ERC-20 tokens, removing the need for users to always hold the native gas token. This makes it easier for applications to integrate custom tokens into their ecosystems, increasing their utility.

By allowing developers to monetize their applications more effectively, NERO creates stronger incentives for innovation and growth, fostering a more sustainable Web3 ecosystem.

On older blockchains, gas fees follow a one-size-fits-all model, meaning every transaction has to compete for the same blockspace regardless of its use case. This results in inefficient pricing, where certain applications overpay for transactions, while others struggle to execute due to fluctuating costs.

NERO introduces Blockspace 2.0, a revolutionary approach that allows applications to customize their transaction fee structures. Instead of being forced into a rigid gas model, dApps can set their own pricing mechanisms based on their specific needs.

Moreover, NERO’s gas sponsorship system—powered by the Paymaster mechanism—enables developers to cover transaction costs for their users. This makes dApps more accessible by allowing free or subsidized transactions, removing one of the biggest barriers to mainstream adoption.

With Blockspace 2.0, gas fees are no longer an obstacle—they become a tool for optimization and user acquisition.

One of the biggest challenges in Web3 is wallet management. Users are expected to handle private keys, seed phrases, and complicated gas fee calculations—all of which create friction and discourage adoption.

NERO natively supports Account Abstraction (AA), meaning smart contract wallets are available by default. This eliminates the need for traditional EOAs and enables a smoother user experience. Key benefits of this approach include:

• Social logins & multi-factor authentication, make wallets as easy to use as traditional Web2 accounts.

• Gas fee abstraction, allowing dApps to pay for users’ transactions, removing the need to hold native tokens.

• Batch transactions, which reduce gas costs and improve execution efficiency.

With Native AA, NERO makes blockchain interactions as simple and intuitive as using a regular app, setting a new standard for user-friendly crypto adoption.

For most blockchains, gas fees are a necessary evil—users must hold the native token to interact with the network. This creates a frustrating experience, especially for new users unfamiliar with crypto.

NERO solves this problem with the Paymaster mechanism, which allows gas fees to be sponsored or paid with ANY token. This unlocks powerful new possibilities:

• DApps or protocols can cover gas fees for users, enabling a frictionless experience.

• Users can pay gas fees in stablecoins, memecoins, or any ERC-20 token—no need to acquire the native token just to transact.

• Gasless transactions make onboarding smoother, helping Web3 apps attract mainstream users.

By eliminating gas fee complexity, NERO removes a major barrier to mass adoption and makes blockchain interactions significantly more user-friendly.

For developers, migrating to a new blockchain is often time-consuming and expensive, requiring extensive modifications and architectural changes. NERO eliminates this headache with full EVM compatibility, making it easy to deploy existing Solidity contracts without any changes.

Developers can use familiar tools like Hardhat, Remix, and Truffle, ensuring that they don’t need to learn an entirely new tech stack. Additionally, NERO’s modular architecture simplifies scaling, allowing dApps to grow without worrying about network congestion or high gas fees.

Compared to other modular blockchains that require developers to build rollups or rework their applications, NERO provides a seamless transition, making it one of the most developer-friendly L1s in the space.

NERO isn’t just another blockchain—it’s a paradigm shift in how Layer 1 networks should operate. By focusing on modularity, developer incentives, and user experience, it creates a network that is:

• Highly scalable through modular design

• Developer-friendly with easy EVM integration

• Cost-efficient with customizable gas fees and fee-sharing

• User-centric via Native Account Abstraction and gasless transactions

Rather than simply competing with Ethereum or Solana, NERO redefines the blockchain experience altogether.

Blockchain adoption has been hindered by scalability issues, high fees, and poor UX. NERO is here to fix that. With its modular architecture, unique economic model, and user-friendly features, it sets a new benchmark for L1 blockchains.

For developers, users, and Web3 projects alike, NERO offers a smarter, more scalable, and more rewarding ecosystem.

Are you ready for the future of blockchain?