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Average Block Time
3.0s
Active Validators
80,000+
Average Txn Fees
0.001MSTC
MST Blockchain (MST) is a public, EVM-compatible Layer 1 blockchain developed by India-based Masterstroke Technosoft, designed for high-speed (4000+ TPS) and low-cost decentralized applications. Using Proof of Stake Authority (PoSA), it focuses on security and efficiency for enterprise, fintech, supply chain, and digital identity use cases
SARAL Protocol is a simplified SDK and Web Protocol designed for fast and rich user onboarding on-chain. It enables users to access blockchain applications using mobile numbers and Single Sign-On (SSO) providers such as Google, Facebook, and Twitter, reducing onboarding friction for Web3 applications.
WASMify is a protocol designed to bridge Web2 and Web3 logical processing while securing execution through blockchain transparency and finality. It enables applications to combine traditional system logic with decentralized verification for reliable and transparent operations.
Designed to be resilient against quantum computing threats, ensuring long-term security of the MST network.
Explore the decentralized products, tools, and enterprise-grade infrastructure built on the MST Blockchain network.
BridgeKey is a secure and powerful multi-chain wallet designed to simplify digital asset management. It enables seamless transactions, cross-chain transfers, and advanced security features, making it the perfect gateway for users entering the Web3 ecosystem.
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MST Buddy is an AI-powered blockchain assistant that helps users explore, learn, and interact with the MST ecosystem effortlessly. It provides real-time insights, smart recommendations, and 24/7 guidance for developers and users.
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MasterStroke Academy is a next-generation learning platform focused on blockchain and Web3 development. It offers hands-on training, real-world projects, and industry-focused learning paths to help individuals build decentralized applications and grow in the Web3 space.
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MST Blockchain's enterprise-grade blockchain infrastructure meets ProofEasy's blockchain-powered document verification to redefine digital trust with secure, tamper-proof, and instantly verifiable records
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ChainPay is a next-generation crypto payment gateway built for simplicity, speed, and support. With ultra-low fees, seamless integration, and dedicated developer assistance, ChainPay empowers businesses of all sizes to start accepting crypto with confidence and ease.
LEARN MOREReal-time visualization of the MST mainnet ledger and transaction flow.
Run reliable node infrastructure, secure consensus, and earn rewards by participating at protocol level.
Represent MST across communities, onboard builders, and expand ecosystem reach.
Access funding and technical support to build high-impact applications on top of MST network primitives.
Track what’s next, revisit what shipped
MST Blockchain is heading to Token2049 Singapore as a Silver Sponsor, joining 25,000+ Web3 minds.
Everything you need to know about the MST ecosystem. Can’t find it? Ask our community.
MST Blockchain (MST) is a public, EVM-compatible Layer 1 blockchain developed by Masterstroke Technosoft. It is designed for high-speed (4000+ TPS), low-cost transactions and supports enterprise, fintech, and supply chain use cases.
To become a full validator on MST Blockchain, users must stake MSTC tokens and operate the required node infrastructure to help secure and validate the network. Users who prefer a simpler option can participate as fractional validators through the MST portal without requiring any technical setup or server management.
Yes, MST Blockchain is fully compatible with the Ethereum Virtual Machine (EVM). Developers can easily deploy Solidity-based smart contracts and use familiar Ethereum development tools such as MetaMask, Remix, Hardhat, and Truffle with minimal or no modification.
MST Blockchain uses Proof of Staked Authority (PoSA), a hybrid consensus mechanism that combines the operational efficiency of Proof of Authority (PoA) with the decentralized governance model of Delegated Proof of Stake (DPoS). This approach enables high transaction throughput, fast finality, low energy consumption, and secure validator-driven network operations.
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