Tech

Deep technical coverage of the Radix protocol — Cerberus consensus, Radix Engine, Scrypto, scalability research, and core architecture.

ComparisonsSide-by-side comparisons of Radix against Ethereum, Solana, and other ledgers — feature, performance, and architecture differences.5 pages Core ConceptsFoundational ideas behind Radix — assets as primitives, atomic composability, finality, sharding, and DeFi-native design.44 pages Core ProtocolsThe protocols that power Radix — Cerberus consensus, Radix Engine state machine, transaction manifests, and the ledger model.18 pages ReleasesMajor Radix protocol upgrades and Babylon-era release notes — what shipped, when, and what each release unlocks.7 pages ResearchActive research efforts driving the Radix roadmap — Xi’an, Hyperscale, MFA Security Shield, RAC, and academic papers behind them.8 pages

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Tempo (Consensus Mechanism)

Tempo [ /ˈtɛmˌpoʊ/ ] is a consensus protocol developed as the fifth iteration of Radix. First proposed in 2017 , Tempo pioneered innovations such as l…

Transaction Manifests

Transaction manifests are Radix's instruction format for describing what a transaction should do. Where an EVM transaction encodes a function call as…

Transaction Processor

The Transaction Processor is the entry-point native blueprint that receives a parsed transaction manifest and executes its instructions sequentially a…

Transaction Tracker

The Transaction Tracker is a system-level native blueprint that records the status of every transaction submitted to the network – including its inten…

Transactions Per Second (TPS)

Transactions per second (TPS) is a key metric of the speed and scalability of payment and distributed ledger (DLT) networks. High TPS enables networks…

Trust Boundary

A Trust Boundary [ /trʌst ˈbaʊndəri/ ] is a concept used in distributed systems to describe the point beyond which a component must rely on the behavi…