How TON Solves Blockchain Scalability with the Actor Model and Dynamic Sharding
How The Open Network (TON) Achieves Scalability Through the Actor Model and Infinite Sharding
One of the biggest challenges in blockchain engineering is scalability. Traditional blockchain networks successfully introduced decentralized consensus and secure digital ownership, but most of them struggle when transaction volume increases. As adoption grows, networks become congested, confirmation times increase, and transaction fees rise significantly. This limitation is commonly known as the Blockchain Scalability Trilemma, which states that decentralization, security, and scalability are difficult to achieve simultaneously.
Modern blockchain systems attempt to solve scalability using Layer-2 protocols, rollups, sidechains, and sharding. However, many of these solutions still inherit architectural bottlenecks from earlier blockchain designs. The Open Network (TON), originally proposed by the Telegram team led by Nikolai Durov, approaches scalability from a fundamentally different perspective. Instead of optimizing a globally synchronized blockchain, TON redesigns distributed computation itself.
TON combines asynchronous smart contract execution, dynamic sharding, and...
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