Smart contracts replace middlemen with code. Solana's Bri Migliaccio broke down how they work, where they're already used, ...

Modular and monolithic blockchains represent two distinct scaling approaches shaping crypto infrastructure in 2026. Data from early 2026 shows modular ecosystems leading in TVL growth and developer ...

Blockchain is only as powerful as its connections to the real world. Oracles are how that happens. Oracles are lines of code that connect information in the real world to contracts and other ...

A quiet revolution is underway transforming how we use blockchains, and at its core is one of crypto's latest buzzwords: "intents." Simply defined, an intent is a specific goal a blockchain user wants ...

Distributed ledger technology has the potential to solve some of the most prominent problems in the global economy, such as providing financial services to the 1.7 billion people that comprise the ...

The Meta-incubated blockchain is narrowing its focus on trading and AI after years as a general purpose layer 1. Now Aptos is narrowing its focus. After experimenting across web3 gaming, culture, and ...

At the core of blockchain networks lies a fundamental architectural principle called layering. Layering in blockchain refers to organizing different functionalities and protocols into separate layers, ...

A blockchain is a decentralized, distributed ledger that records transactions—organized into units called blocks—across a peer-to-peer network where participants remain anonymous. Blockchains are ...

Blockchains are distributed databases that store the data among nodes on a network and guarantee the fidelity and security of data stored on the chain. They are typically used in cases where the data ...

Private blockchains are typically more efficient than public, however, private blockchains usually substitute speed for decentralization. Public blockchain are widely adopted due to the network effect ...