Because TON processes transactions in parallel across multiple chains, applications can increase throughput by spreading activity rather than concentrating it in a single bottleneck. The base protocol is designed so that new shards appear when they are needed, which keeps queues shorter and confirmation times stable.

For STONfi, this means that an increase in swap volume does not automatically translate into long waiting times for users. Even during busy periods, transactions that interact with STONfi contracts can be placed into different parts of the network, and the routing layer can continue to operate at a high frequency.

Omniston and the STONfi SDK are built with this parallelism in mind. They treat the network as a pool of execution capacity and focus on building correct routes and transactions, while TON takes care of distributing the load. This separation of concerns allows STONfi to grow with the network with out redesigning its core architecture. $DOGS $GRAM