Radix achieves a record-breaking 1.4 million financial transactions per second using just $700 of Google Cloud infrastructure. The test, which replayed 10 years of Bitcoin transactions history in less

Introduction This is a quick start guide aimed for non-technical users, to run a Radix DLT Betanet Emulator on your computer. The following steps are covered: -Installing Docker -Creating a configuration

Radix started as a project to not only be highly scalable but to also make it easy for any developer to build decentralized applications with. Staying true to this cause, we are releasing a series of developer

This is the first part of a two-part series on how we built and deployed a test that pushed the entire transaction history of Bitcoin across the Radix ledger in less than 15 minutes. # What is this test?

Today we replayed the entire 10 years of Bitcoin’s transaction history on the Radix ledger, with full transaction and signature validation, on a network of over 1,000 Nodes distributed evenly throughout

Hi everyone! In case you didn’t know, we are running a scalability test tomorrow, 14:30 #London time, replaying BTC history! Subscribe here to get notified tomorrow -

Radix Universe Visualizer At Radix we like to think big, a useful mindset when trying to create a fast and scalable ledger that can support billions of people. With that in mind, Edgars and I (Stephen

Delegated Proof of Stake (DPoS) derives its name from Proof of Stake (PoS) but is different in both concept and implementation. It is used in projects such as Lisk and the forthcoming EOS, and is

Solving the Byzantine Generals Problem with Proof of Stake (PoS) Proof of Stake (PoS) is an alternative consensus algorithm to Proof of Work (PoW). Unlike PoW where new transactions are confirmed

Proof of Work (PoW) is the original blockchain consensus algorithm, and is used in projects such as Bitcoin and Ethereum. It is the mechanism that enables users on a blockchain network to reach an

Why consensus algorithms are like military generals Consensus algorithms are essential for Distributed Ledger Technology (DLT) to function. They are used to verify which data submitted to a shared

We previously wrote about how gaming could be the first area to drive global adoption of cryptoassets, with the likes of non-fungible tokens offering the chance to revolutionize how collectibles and gaming

Our last article looked at simple conflict resolution, breaking down how we use components such as logical clocks and commitments to solve the majority of conflicts. However, there are a small number

Building on the ideas of Leslie Lamport in his seminal 1982 paper  “The Byzantine Generals Problem” (also recently discussed by Vitalik Buterin on his website), Radix uses a consensus algorithm

Or Why the Constraint Machine Will Save the Universe … Tasked with making Radix Tempo Consensus programmable, we’ve stumbled upon a new idea we call a Constraint Machine. Humbleness aside, we believe the

“Controlling complexity is the essence of computer programming.” -Brian Kernighan Creating correctly working software is hard. Creating correctly working distributed, decentralized, permissionless, scalable

Introduction Thanks to the storage immutability and time-stamping capabilities of the public DLT, notarization is one of the most commonly referenced use-cases outside of transactional services. This article

Beta Access Required This Radix application is currently in pre-release testing and the code is not yet available on our github, if you would like early access to start testing immediately, or would just

Introduction The current Radix Alpha Network helps you to: -store wealth, -facilitate monetary transactions or transfer value, and -record immutable data like messages, hashes or meta-data. Each node in

Introduction This document will walk through the design logic behind the Constraint Machine, one of the two middle layers in the Radix Engine. The Constraint Machine is a concept that takes Bitcoin's UTXO