Victoria D ‘E is
Post: March 21, 2025 12:37 PM Update: March 21, 2025 12:38 PM
Edit and Fact Confirmation: March 21, 2025 12:37 PM
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Gear.exe innovates Web3 expansion and efficiency by providing a distributed computing network that introduces a unique reverse gas model to improve Etherrium’s performance, eliminate sculptures and improve adoption.
Scaling and efficiency are the main tasks of Web3, and Gear.exe is solving it in front. For more information, we talked about how to improve Etherrium’s performance by avoiding sculptures with the computing networks distributed with Luis Ramírez, head of Gear Foundation.
In this interview, Luis explains how Gear.exe enables smooth scalability and discusses its own reverse gas model. He also covers the next step of the future of the blockchain, AI and Gear.exe.
Can you share your journey to Web3?
I am currently in charge of World Wide Web Foundation and my background is mainly technical. I have been working for 20 years. I started as a developer and established a company to make a variety of products 10 years ago. Like almost everyone, the web3 is still relatively carved, so it started on Web2.
During my trip with the company, I integrated other technologies. In 2013, it began to accept Bitcoin as a payment for development services, but at that time, nothing happened at that time because it was not the best time for Bitcoin. Later in 2017, I started developing a smart contract in Ether Leeum. From that point on, I switched to blockchain technology.
In 2019, a Russian friend introduced me to melting and blockchain, and later he invited me as part of the equipment. I have been working as a equipment for three and a half years. My background is to focus on strategic initiatives in many regions where developer community growth and Gear Foundation have official beings. There are currently teams in the United States, Mexico, Spain, India, China and other worlds.
Ether Lee has faced tasks with high waiting time and limited computational ability. How does Gear.exe solve this problem? How is it compared to Layer 2 solution?
Gear.exe is a decentralized computing network, and we focus on solving the calculation of Ether Leeum. We are using a proven technology in VARA, such as Webasasemble, actor models and continuous memory. Through this technology, you can safely expand the application of Web3 Space by utilizing frameworks and programming languages such as RUST.
We moved this technology to Gear.exe. I solved the expansion problem of Ether Leeum. But Gear.exe is not a blockchain, but a decentralized computing network. This difference is important because the tier 2 solution solves the expansion problem, but also introduces sculptures. Users often need to create new accounts that are fragmented for TVL and token balance. Gear.exe prevents this by allowing developers to interact with the network through the API while maintaining compatibility with Ethereum infrastructure.
The sculpture of liquidity and data was a continuous problem for Ether Lee. Gear.exe claims to remove sculptures. How do you achieve this while maintaining the expansion?
Gear.exe is not a blockchain, but uses some blockchain -based technology. For example, it verifies the data but does not save the user account. This does not produce additional user data, no new account is required, and liquidity remains entirely within Ethereum.
Our system only processes the calculation request and returns the results to Ethereum within the same block. Other technologies can get similar results, but often introduce delays in other blocks. The expansion is increased depending on the required calculations. Our platform is compatible with Webassembly, and smart contracts are interpreted by the Webassemble Virtual Machine in the node. This makes our solutions quickly and safe.
Gear.exe uses the reverse gas model to allow apps to cover user charges. How does this actually work?
In the existing Web3 application, the user interacts with the front end, but to communicate with the blockchain requires a wallet and a token. This requirement can be a major barrier to adoption.
Gear.exe is a reverse gas model and solves this. Instead of requiring a user to have a token for a transaction, developers can use a voucher system to prepare the transaction fee in advance. This voucher is stored in a smart contract, and users who interact with the contract do not have to worry about providing tokens or covering gas costs. This is a powerful feature that improves usefulness and adoption.
Did you perform a performance benchmark that compares the existing Etherrium or roll -up -based DApp with Gear.exe support? What is the result?
Yes, of course. We posted videos and articles explaining the benchmark results in detail. Compared with Gear.exe with class 2 solutions such as Arbitrum, such as ETHEREUM and EVM and Webassembly versions.
Compared to Ether Leeum, Gear.exe is about 1,000 times faster and much cheaper. Compared to Arbitrum, Gear.exe is about 200 times more expensive. Arbitrum’s websemble compatible implementation (perhaps the best layer 2 options of Ethereum) also matches the performance because it uses Rust instead of solidity and uses its own smart contract platform.
Considering the continuous tasks on the high commission, network congestion and centralization of the Layer 2 solution, do you think Ether Leeum will remain as a dominant smart contract platform or lead the alternative architecture?
Other platforms, such as Solana, are especially traction among developers. However, the most known case of users focuses on financial interests, so the best -known case is centered on Meme Coin. Technology is important, but user behavior also plays an important role in adoption.
In other words, Ether Lee is still the largest developer community. We aim to attract developers through Gear.exe while maintaining Blockchain-AGNOSTIC. Gear.exe is currently integrated with Ethereum’s HOLESKY Testnet, but plans to expand its support for additional networks in the future.
Gear.exe utilizes Webassemble to utilize efficiency. Do you see that the Webassemble -based execution environment becomes an industry standard for the next -generation blockchain platform?
Yes, Webassemble greatly improved virtual machine performance. The initial smart contract platform depended on Ether Lee’s EVM, but the transition to Webassembly began when Gavin Wood developed Polkadot. Our CEO, Nikolay, has been involved in the transition from EVM to Webassemble.
Today webassemble has been proven in terms of efficiency and security. Several blockchain platforms, including Ethereum Layer 2 solutions such as Arbitrum and several blockchain platforms, including some Etherum Layer 2 solutions, adopt Webassemble. This indicates that the trend of Webassemble -based execution environment is increasing.
As the overlapping between the blockchain and AI increases, is the future of Ethereum is associated with AI -centered smart contracts and distributed computing networks?
entirely. Ether Lee is faced with internal tasks within the community, but remains the largest ecosystem for developers. The intersections of AI and blockchain are already building several solutions based on Ether Leeum.
Currently, AI calculations are not performed directly in Ether Lee because of high costs. Instead, many solutions depend on off chain processing. Gear.exe enables distributed AI execution, so AI -centered smart contracts are more practical. AI agents are traction and this trend will continue to increase.
Innovation, such as Gear.exe’s reverse gas model, needs to make Web3 as smooth as Web2 or change infrastructure?
I think it is not enough itself. The reverse gas model is especially important to allow Web2 developers to access Web3 more. But the Web3 ecosystem also requires a new business model that connects Web2 and Web3. Adoption is not about infrastructure, but to create an executable business incentive.
Can I share a roadmap for gear.exe?
Gear.exe is running on Holesky Testnet. The team is particularly trying to improve the compatibility with the smart contract of the Vara Network.
Our goal is to ensure that VARA Smart Contracts can be migrated smoothly with Gear.exe. This is the core part of the roadmap. When this is completed, I plan to start Gear.exe in the main net in the next few months.
Before the Mainnet launch, we introduce a bridge between Gear.exe, Ethereum and VARA to allow perfect communication and token swap between these networks.
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About the author
Victoria is a writer about various technical topics, including Web3.0, AI and Cryptocurrencies. Through her extensive experience, she can write insightful articles for more audience.
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Victoria D ‘E is
Victoria is a writer about various technical topics, including Web3.0, AI and Cryptocurrencies. Through her extensive experience, she can write insightful articles for more audience.