TON uses dynamic sharding, where the blockchain is split into multiple chains that can process transactions in parallel. When load increases, these chains can split; when it decreases, they can merge again. This design lets the network scale capacity without forcing every validator to handle every transaction.

For STONfi, this means that a high volume of swaps does not have to be serialized through a single chain segment. Transactions that interact with STONfi contracts can be distributed across shards, while the master chain keeps a consistent index of state. The Omniston layer and the STONfi SDK treat this as a transparent detail and simply send transactions into the network.

In practice, this architecture is what makes a swap every fraction of a second sustainable during peak periods. STONfi can scale routing and pool usage knowing that the base network is built to increase capacity automatically when demand grows. $DOGS $GRAM