118 standards finalized
Lux Proposals
Lux Network: A high-performance, quantum-resistant blockchain platform designed for the AI era. Explore advanced cryptography, privacy-preserving technologies, and decentralized infrastructure standards.
Advanced Cryptography & Privacy Technologies
Cutting-edge security innovations powering the quantum-safe, AI-ready blockchain
Post-Quantum Cryptography
Quantum-resistant cryptographic algorithms including ML-KEM and ML-DSA that provide long-term security against quantum computing threats.
Zero-Knowledge Proofs
Privacy-preserving cryptographic protocols including zk-SNARKs and zk-STARKs for confidential transactions and verifiable computation.
Homomorphic Encryption
Advanced encryption techniques that enable computation on encrypted data, supporting privacy-preserving analytics and machine learning.
Hardware Acceleration
Optimized cryptographic operations leveraging GPU, FPGA, and ASIC technologies for high-performance blockchain applications.
Threshold Signatures
Distributed cryptographic protocols that enhance security by eliminating single points of failure in key management.
Secure Multi-Party Computation
Collaborative computation frameworks that preserve data privacy while enabling advanced analytics and machine learning applications.
Foundational Standards
Core blockchain infrastructure and protocols
Advanced Technology
Research, sustainability, and network evolution
Multi-Chain Architecture
Specialized blockchain networks for diverse applications
Finalized Standards
Production-ready specifications
Lux Network Architecture & Standards Framework
Foundational document establishing Lux Network's mission, the LP standards process, multi-chain architecture, and research domains.
P-Chain - Core Platform Specification
Core specification for the P-Chain (Platform Chain), the metadata and coordination chain of Lux Network
Q-Chain - Core Quantum-Resistant Specification (Canonical Crypto Umbrella)
Q-Chain (Quantum Chain) core spec and canonical 4xxx-crypto umbrella. Supersedes LP-4200 (merged in).
B-Chain - Core Bridge Specification
Core specification for the B-Chain (Bridge Chain), Lux Network's dedicated cross-chain bridge infrastructure
Z-Chain - Core ZKVM Specification
Core specification for the Z-Chain (ZKVM), Lux Network's zero-knowledge proof and privacy chain
DEX - Core Trading Protocol Specification
Core specification for the Lux DEX trading protocols, including AMM and order book implementations
Recent proposals
Latest additions to the repository
Chain Topology, UTXO Ownership, and Fee Model
Canonical spec of the 10-chain roster, UTXO ownership rule, cross-chain money/staking rails, and per-chain fee policy
Created 2026-07-03
Blockchain-Native Datastore (Quasar-Coordinated OLAP)
A consensus-coordinated OLAP datastore whose replication log reaches leaderless post-quantum finality through Quasar, contrasted with a ZooKeeper-coordinated baseline
Created 2026-06-27
DeFi Precompile Gas Benchmarks
Measured gas cost of Lux native DeFi precompiles versus the equivalent Solidity implementation, with explicit per-figure provenance. The evidence layer for the native-precompile thesis.
Created 2026-06-27
Lux Blockchain Go-Live Standard — Chains, VMs, Precompiles, Finality
The single canonical go-live standard for the Lux primary network. Fixes the authoritative chain-letter to VM map from node/genesis/builder/registry.go; the precompile slot map from precompile code; the VM/engine boundary (VMs are pure block.ChainVM state machines, the one Quasar engine owns all consensus and gossip); two-tier finality (BLS fast path stays, native PQ in parallel, P3Q rollup-commit to Z-Chain, STARK-FRI trustless); and value conservation. Reconciles LP-0110, LP-0120, LP-218, LP-220, LP-221, LP-134 against shipping code; code is authoritative.
Created 2026-06-25
Permissionless
Permissionless use — anyone may list a real asset, trade, deploy, and delegate without an allowlist — and the line where gated operation (validators, high-security chains) begins.
Created 2026-06-24
Open
Public verifiability made enforceable — SPDX and license on every source, an SBOM that bounds the dependency set, and content-addressed artifact provenance bound on-chain so a deployed identity can be checked byte-for-byte.
Created 2026-06-24
Proposal Types
Different types of proposals serve different purposes
Technical specifications that describe new features, protocols, or standards. Requires implementation and consensus.
Process proposals that describe governance, decision-making, or changes to how LPs work.
Educational content, guidelines, and best practices that don't require implementation.
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