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Block Validation
Block validation in BPX is composed of two parts: header validation and body validation. The hea...
Overflow Blocks and Weight
For a farmer to create a block, their required_iterations must be less than sub-slot_iterations /...
Execution Client
The Execution Client functions as a full node for the BPX Execution Chain. It listens for new tra...
Beacon Client
The Beacon Client serves as a full node for the BPX Beacon Chain with several key responsibilitie...
BPX vs Chia
If you are familiar with how Chia works, the following tips will help you better understand the B...
BPX vs Ethereum
If you are familiar with how Ethereum works, the following tips will help you better understand t...
Beacon and Execution Chain
BPX comprises two distinct blockchains: the Beacon Chain and the Execution Chain, each responsibl...
Introduction
BPX Chain is a new generation Ethereum-compatible blockchain based upon an innovative consensus a...
Timelord algorithm
A timelord keeps track of the current peak of beacon chain, which includes an infused block at a ...
Block Creation
As soon as the Execution Client receives a new execution block, it starts working on a candidate ...
Proof of Time
A Verifiable Delay Function, also referred to as a Proof of Time or VDF, is a proof that a sequen...
Proof of Space
A Proof of Space protocol is one in which: A Verifier can send a challenge to a Prover. The P...
Consensus Introduction
Decentralized consensus algorithms require Sybil resistance, using a resource that is both crypto...
Farmer
BPX farmers are analogous to Bitcoin's miners. They earn block rewards and fees by finding valid ...
Architecture Overview
The above diagram shows BPX network architecture. A single machine can run more than one of these...