MiroChain utilizes a sharded blockchain architecture combined with an innovative Proof-of-Stake (PoS) consensus algorithm optimized for microtransactions.

Each shard operates as a mini blockchain capable of independently processing transactions, reducing congestion and distributing load evenly.

Transactions are validated quickly through the PoS mechanism that requires less energy and allows for fast processing time, reducing latency.

Additionally, the protocol integrates a dynamic fee structure that adjusts based on network demand, ensuring cost-effectiveness even as volumes ramp up.

MiroChain's architecture significantly reduces transaction fees and accelerates transaction speeds, making microtransactions economically viable and scalable.

Unlike traditional blockchains, it offers a dedicated solution that maximizes efficiency for businesses needing high throughput.

MiroChain leverages proven blockchain technologies like sharding and PoS, which are beginning to mature and see real-world adoption.

Initial development would focus on ensuring robust performance and security to ease concerns from potential business adopters, with a phased deployment strategy to minimize costs.