Scalability and transaction costs have long been barriers to blockchain adoption, particularly in gaming, where fast and frequent transactions are essential. While many blockchain networks offer security and decentralization, they often struggle to handle the high transaction volume required for seamless in-game experiences. Hamster Network, a recently launched gaming-focused Layer-2 built on TON, is addressing these challenges by leveraging Tycho, a high-performance protocol developed by Broxus, currently keeping up with an average of 30,000 TPS. Designed for high-load blockchain applications, Tycho enables fast, low-cost transactions while maintaining full compatibility with the TON Virtual Machine (TVM), making it an ideal solution for Web3 gaming and beyond.
Tycho: A Scalable Solution for Blockchain Applications
Tycho was developed to support high-throughput decentralized applications, making it well-suited for gaming and other resource-intensive use cases. It introduces improvements in consensus mechanisms and network architecture, optimizing transaction speed and scalability.
“For blockchain gaming to reach wider adoption, it needs infrastructure that can support frequent transactions at minimal cost,” shared a representative of Hamster team. “Tycho turned out to be our first choice when we thought about a technology that would be able to provide this level of efficiency while ensuring compatibility with the TON ecosystem.”
By integrating Tycho, Hamster Network enables a more seamless Web3 gaming experience. Whether for in-game transactions, NFT minting, or decentralized marketplaces, the network allows developers to build applications that are both scalable and cost-effective.
Hamster Network as a Practical Example of Tycho’s Capabilities
With its launch, Hamster Network provides an early demonstration of the protocol in action. The network includes key infrastructure components – a wallet, a canonical bridge, a blockchain explorer, and a dedicated DEX – giving developers the necessary tools to start building on Layer-2 for TON.
Recently, Hamster Network has been put to the test during high-traffic events, demonstrating the scalability and efficiency of its infrastructure. During peak activity, the network successfully handled up to 34,000 transactions per second (TPS), with an average throughput of around 30,000 TPS.
“Hamster Network is a strong example of what Tycho can achieve,” said Aleksandr Alekseev, Tycho protocol team leader. “By leveraging this technology, developers can bring new gaming experiences to Web3 without the limitations of high fees or slow transactions.”
While gaming is a natural fit for Tycho-powered Layer-2 solutions, the technology is designed to support a range of high-load decentralized applications, including DeFi and enterprise blockchain solutions.
A Step Forward for TVM-Based Blockchain Development
Beyond its immediate applications, the new protocol serves as a testing ground for new advancements in TVM-based blockchain technology. By introducing new approaches to consensus, networking layers, and scalability, it contributes to the broader development of efficient, high-performance decentralized networks on TON virtual machine.
“Tycho is not just about improving Layer-2 solutions – it’s about advancing TVM technology as a whole,” said Sergey Shashev from Broxus. “With Hamster Network as an early adopter, we’re seeing how these innovations can translate into practical improvements for blockchain applications.”
As Web3 gaming and decentralized applications continue to grow, the new protocol by Broxus provides a strong foundation for scalable blockchain solutions. With Hamster Network as the first scaled implementation, Broxus aims to support the continued expansion of TVM-powered ecosystems.
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