Blockchain networks are designed to let people transfer value, run applications, and interact with digital assets without relying on a central authority. But as more people use a blockchain, the network can face an important challenge: how can it process more activity without becoming slow, expensive, or overly centralized?

Blockchain technology promises decentralized systems that can operate without relying on a central authority. But as blockchain networks attract more users, applications, and transactions, they face a fundamental challenge: how can they handle significantly more activity without becoming slow, expensive, or increasingly centralized?

Kaspa is a Layer 1 blockchain designed to achieve fast transaction confirmations without sacrificing decentralization or security. Unlike traditional blockchains that produce one block at a time, Kaspa uses a unique BlockDAG (Directed Acyclic Graph) architecture that allows multiple blocks to be created and confirmed simultaneously.