Kaspa's blockDAG network generates multiple blocks every second to record transactions in the ledger. Combined with transactions fully confirmed in 10 seconds, this makes Kaspa ideal for everyday transactions.

Kaspa uses the optical mining-ready kHeavyHash algorithm for consensus and network security. This algorithm, combined with high-throughput DAGs and waste-free blocks, makes it less energy-intensive than other PoW networks.

Kaspa was designed to be hundreds of times faster than Bitcoin, with each Kaspa transaction visible to the network in one second and each transaction fully confirmed in 10 seconds on average.

Kaspa leverages an ultra-secure block network with no compromise on decentralization. Achieved with pure, stake-free proof-of-work combined with a revolutionary GhostDAG consensus mechanism.

Kaspa solves the scalability problem with its ability to generate and confirm multiple blocks per second. This does not involve any compromises with security and decentralization as seen with Proof-of-Stake networks.

Overcoming the blockchain problem, Kaspa processes all blocks in parallel by connecting all side-chains. This leads to a DAG structure that dramatically increases block formation per second, creating a blockDAG.