Crypto Networks

Centralized, Decentralized, & Distributed Networks

Discussions about blockchain technology frequently refer to networks as "decentralized," "distributed," and "centralized." But what is a decentralized network? Is it different from a distributed network? And what advantages do these network...

Types of Nodes: Light Nodes, Full Nodes, and Masternodes

Learn about the various nodes that undergird a blockchain and why it can be so critical to reward them — especially the masternodes.

Types of Blockchains: PoW, PoS, and Private

Not all blockchains are created equal; their diverse consensus mechanisms have unique implications for accessibility, security, and sustainability.

Merkle Trees and Merkle Roots Help Make Blockchains Possible

Merkle trees and Merkle roots are a key part of the blockchain cryptography underpinning Bitcoin and other blockchain networks.

Blockchain Environments: Testnet, Devnet, and Mainnet

While blockchain networks may differ significantly, most leverage a live mainnet environment alongside a testnet and/or devnet for experimentation and developme...

How a Block in the Bitcoin Blockchain Works

Here, we explore the key components of the individual blockchain blocks that comprise the Bitcoin network.

What Is a Block Explorer?

Block explorers enable you to search for information on a particular blockchain.

Cross-Chain Interoperability: What it Means for Blockchain

Blockchain interoperability allows data and value to be transferred across different networks. It has become an increasingly important feature of Web3.

How Traditional and Crypto Bounty Programs Differ

A bug bounty program utilizes ethical programmers who work to bolster platform security and detect vulnerabilities before malicious hackers find them.