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Create a Scalable Hyperchain: Your Custom zk-Rollup with zkSync ZK Stack and Tokyo Techie
Tokyo Techie enriches its Rollups-as-a-Service offering with zkSync Hyperchains support, streamlining the launch of your zk-Rollup. We take care of all aspects, from setup to continuous 24/7 monitoring, so you can focus on scaling your business. With Tokyo Techie, enjoy effortless integration where technology and business excellence converge.
Develop and deploy a top-tier zk-Rollup with the zkSync ZK Stack and Tokyo Techie RaaS platform, featuring robust enterprise-grade capabilities and flexible customization options.
Handle and scale your zk-Rollup effortlessly using a centralized Management Dashboard, continuous monitoring, flexible scaling options, and a robust Web3 partner ecosystem.
Achieve top-tier security, scalability, and reliability for your zk-Rollup with Tokyo Techie's infrastructure, backed by ISO 27001, SOC 2 Type 2, and GDPR compliance, along with industry-leading security practices.
The zkSync ZK Stack offers essential components for zk-Rollups, including native bridges. When paired with Tokyo Techie’s RaaS platform and our network of integration partners, it becomes your all-in-one launchpad for custom zk-Rollups.
Tokyo Techie offers extensive configuration and customization options to tailor a zk-Rollup precisely to your specific needs.
Access enterprise-grade node infrastructure for your zk-Rollup, featuring top-tier security practices and scalable solutions on demand.
Tokyo Techie offers integrated Block Explorer options that cover comprehensive transaction data and provides a faucet for testnet tokens.
Enhance your zk-Rollup with partner integrations for data indexing, oracles, interoperability, wallets, development tools, account abstraction, and more.
Effortlessly set up a bridge UI for your zk-Rollup through our platform and connect with various rollups and blockchains using either native or third-party bridging solutions.
Tokyo Techie supports deployments across 9 cloud providers in over 150 regions, ensuring data compliance, minimal latency, and optimal performance.
Tokyo Techie guarantees 99.9% uptime and optimal performance for zk-Rollup infrastructure through its 24/7 monitoring and Enterprise SLA.
Tokyo Techie offers a skilled team of blockchain engineers to assist with your migration to Rollup infrastructure.
Enterprises and Web3 startups favor TokyoTechie for its reliability and security. Our zkRollup infrastructure includes top-notch security practices, scalable architecture, and 24/7 monitoring.
TokyoTechie is ISO 27001, SOC2 Type2, and GDPR compliant, operating under a strict SLA.
Developers of all types can leverage TokyoTechie for their projects.
Launch your blockchain with confidence using enterprise SLA, industry-vetted architecture, and over 7 years of blockchain experience and expertise.
We understand startup constraints. With TokyoTechie, access enterprise-grade blockchain infrastructure at startup-friendly costs.
Kickstart your Web3 journey with TokyoTechie to navigate new technology effortlessly. Our expert resources and support will make the transition smooth.
zkSync Hyperchains enable the creation of tailored ZK-powered L3 solutions, allowing for limitless transactions while preserving security and decentralization.
Each transaction on the hyperchain is confirmed once Ethereum validates it through ZK Proofs. These zero-knowledge proofs provide an additional verification layer, ensuring that the state roots on hyperchains are intact and all transactions are legitimate.
The ZK Stack provides a modular framework of ZK-powered elements for developing hyperchains. This flexible design allows businesses to customize their blockchain solutions to meet the specific requirements of their products.
Hyperchains constructed with the ZK Stack enhance Ethereum's horizontal scalability, akin to how adding more servers increases the internet's capacity to handle workloads. This enables the deployment of numerous hyperchains without escalating costs.
Hyperchains are designed to address the security issues associated with non-native bridges, which are prone to hacks. Interactions between fractal hyperchains in zkSync L3s will utilize native bridges, greatly enhancing their security.
zkSync’s ecosystem features a flexible LLVM compiler that supports Solidity along with other programming languages. This broad compatibility allows developers skilled in Rust, C++, Swift, and others to engage with and build on zkStack.