Distributed Network
Web3 / blockchain technology
A distributed network spreads data processing and storage across multiple independent nodes rather than relying on a single central server. Each node maintains a copy of relevant information, communicates directly with peers, and participates in consensus mechanisms to validate transactions or updates. This architecture eliminates single points of failure, increases resilience against censorship and attacks, and enables participants to verify information independently without trusting a central authority. Example: Bitcoin's network consists of thousands of independent nodes worldwide, each validating transactions and maintaining a complete copy of the blockchain. No single entity controls the network; instead, consensus emerges from distributed participants following the same protocol rules. Why it matters for blockchain technology: Distributed networks enable true decentralization and censorship resistance, allowing cryptocurrencies to function without intermediaries. This architecture is fundamental to blockchain's value proposition but introduces challenges like slower consensus and higher resource requirements compared to centralized systems.
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