The Speed of Light for Your Capital.
The world's first quantum-resistant Layer-1 blockchain. Future-proof your digital assets with next-generation post-quantum security and industry-leading performance.
Backed by & building with
Throughput
50K+ TPS
Sustained network throughput
Finality
800ms
Deterministic settlement time
Avg. Cost Per Tx
$0.00025
Predictable micro-fees at scale
Active Validators
100
Production-ready validator set
Engineered for Excellence.
A quantum-resistant Layer-1 blockchain built to handle the demands of global finance today and against tomorrow's quantum computing threats.
800ms Deterministic Finality
Transactions reach deterministic finality in 800ms with 400ms block times, providing the speed of centralized systems with the trust of a decentralized ledger.
Near-Zero Fees
Predictable micro-fees averaging $0.00025 per transaction make DeFi, micropayments, and QLRC-20 token transfers viable at global scale.
Post-Quantum Security
Secured by NIST-standardized post-quantum cryptographic signatures, protecting your assets against both classical and quantum computing attacks - now and in the future.
Synchronous Cross-Chain Logic
OP_XCALL resolves cross-contract calls within the same block - no bridges, no async round-trips, no fragmented state. Composable DeFi that settles atomically.
Quantum-Safe
By Design.
Qlorix's multi-layered architecture ensures that every transaction is shielded by post-quantum cryptography, from the consensus layer to the application interface.
Consensus Layer (Q-PoS)
Our Quantum Proof of Stake uses Dilithium3 (NIST FIPS 204) to provide quantum resistance for validator identity, making the very fabric of the network immune to Shor's algorithm and future quantum threats.
- check_circle Post-Quantum Key Exchange
- check_circle Deterministic Finality Engines
Dilithium Aggregation
Advanced Dilithium-based signature aggregation allows for massive transaction batching without compromising the cryptographic integrity of individual wallets.
"Building the foundation of post-quantum security through architecture-validated parallel verification."
Hardware-Optimized VM
The QLVM executes smart contracts using specialized AVX-512 and ARM Neon instructions, ensuring that cryptographic overhead never slows down the user experience.
- memory 800ms Block Finality
- bolt Parallel Execution Threads
Synchronous Cross-Chain Logic
Qlorix's OP_XCALL opcode lets smart contracts call other contracts - on any chain - and receive their result within the same block. No bridges, no async round-trips, no fragmented state. Atomic composability by design.
- sync_alt Intra-block atomic settlement
- hub @extern declarations - no bridge contracts
- verified Effect-tracked cross-contract reads & writes
@extern("SwapRouter", "0x1a2b…")
let price = SwapRouter.getPrice(token, amount);
ZK Privacy Layer (Groth16)
Qlorix embeds Groth16 zero-knowledge proofs natively into the protocol. Private transactions prove validity without exposing sender, recipient, or amount on-chain eliminating the key exposure attack surface entirely while preserving full auditability for authorized parties.
- visibility_off On-chain privacy with off-chain proof generation
- shield No key material exposed in private transfers
- lock_open Selective disclosure for compliance & audits
@zk_proof(Groth16)
fn transfer_private(to: Address, amount: u64) {
// amount & sender never touch the chain
}
Built for a
Post-Quantum World.
Join developers and institutional partners building the future of DeFi, NFTs, and quantum-safe digital assets on Qlorix. Supported by the Qlorix Foundation, incorporated in the Cayman Islands with operations in Singapore and UAE.
Developer Docs
Comprehensive API guides
Qlorix SDK
Typescript & Rust support
Network Explorer
Real-time block tracking
Governance
Shape the network future
32,418
Transactions / sec
4,182,991
Current Block Height
2.14B
Total Transactions
↑ +847K in last hour
100 / 100
Validators Active
Built for Every Financial Future.
From micropayments to institutional settlement, Qlorix powers the full spectrum of digital finance with quantum-grade security at every layer.
DeFi & On-Chain AMM
Trade QLRC-20 tokens and provide liquidity on the native Qlorix AMM. 800ms settlement, $0.00025 fees, and quantum-safe smart contracts make DeFi economically viable at global scale.
Digital Identity & QLNS
Register human-readable .qlx domains via the Qlorix Name Service. Use Kyber768 key-exchange for quantum-safe encrypted messaging and credential binding.
Cross-Chain Bridge
Transfer assets between Qlorix, Ethereum, Cosmos, and Solana via the quantum-safe IBC bridge. HTLC-secured atomic swaps with finality guaranteed in under 2 seconds.
Enterprise Settlement
Replace T+2 settlement with sub-second finality. Institutions can run permissioned validator nodes with NIST FIPS 204-compliant key custody - quantum-proof today, not tomorrow.
Qlorix vs. The Rest
Every metric that matters for production blockchain infrastructure - side by side.
Tokenize Any Asset.
On-Chain. Regulated. Instant.
QLRC-1400 brings the $900 trillion global asset market on-chain real estate, equities, commodities, and debt with built-in KYC partitions, controller force-transfer, and quantum-safe settlement in under 800ms.
Real Estate
$326T market
Equities
$109T market
Commodities
$18T market
QLRC-1400
Standard
KYC Gated
3 tiers enforced
Partitioned
Tranches & classes
Sub-Second
<800ms finality
$900T
Addressable market
<800ms
Settlement time
3
KYC tiers
6+
Asset classes
Partition Tranches
Split supply across share classes, lock-up periods, or jurisdictions. Each transfer specifies a source partition.
KYC Whitelist Hook
Attestations expire at block-height checkpoints. Transfers revert instantly if KYC lapses no manual intervention.
Controller Recovery
Regulatory force-transfer and redemption by designated controllers. Every action emits a distinct on-chain event.
Document Registry
On-chain URI + SHA-256 hash per legal document. Tamper-evident: prospectus, audit report, subscription agreement.
Building the Post-Quantum Future.
A clear path from foundation to global adoption, with each phase hardened by quantum-resistant cryptography.
Genesis
Core protocol bootstrap, Q-PoS consensus, Dilithium3 integration, QLVM engine, and multi-phase network rollout from devnet to public testnet.
DeFi Layer
Native AMM, QLRC-20/QLRC-721 standards, QLNS domain registration, and the MEV-resistant fair-order protocol.
Cross-Chain
IBC bridge to Cosmos, light-client Ethereum relay, and ZK rollup support for Photon contract bundles.
Global Scale
Enterprise validator programs, institutional custody integration, 1M+ TPS sharding, and fiat on-ramp partnerships.
From Zero to Deployed in Minutes.
The Qlorix SDK abstracts quantum-safe key management, transaction signing with Dilithium3, and JSON-RPC node communication. Works with TypeScript, Python, and Go.
Install the SDK
One command sets up the full SDK with post-quantum key generation out of the box.
Generate a Quantum-Safe Wallet
Dilithium3 key pairs are generated locally - private keys never leave your device.
Send & Deploy
Broadcast transactions or deploy Photon smart contracts with a single async call.
// Install: npm install @qlorix/sdk import { QlorixClient, Wallet } from '@qlorix/sdk' // 1. Create a quantum-safe wallet (Dilithium3) const wallet = await Wallet.generate() // → { address: "qlx1a8x…", publicKey: Dilithium3PK } // 2. Connect to mainnet const client = new QlorixClient({ rpc: 'https://rpc.qlorix.com', wallet, }) // 3. Send a quantum-signed transfer const tx = await client.transfer({ to: 'qlx1recipient…', amount: '1_000_000', // 1 QLX in gQLX memo: 'Hello Qlorix', }) // → { hash: "0x…", finalized: true, gas: 21000 } console.log(`Finalized in ${tx.latencyMs}ms`)
Meet Photon
A formally-verified, quantum-safe smart contract language built for QLVM. Prove correctness at compile time - not at runtime, when it's already too late.
Why Photon beats Solidity
Solidity finds bugs at runtime - in production, with real funds. Photon eliminates entire bug classes before the contract ever deploys.
Re-entrancy impossible by design
Linear types consume values exactly once - the DAO hack class of bugs is eliminated at the type level.
Integer overflow caught at compile time
@invariant proofs verify arithmetic bounds - no SafeMath library required.
Storage access is explicit and verified
The effect system tracks every read and write - phantom storage access is a compile error, not a footgun.
Gas usage bounded before deployment
@gas_bound is a static proof, not a hint - contracts that could exceed their limit don't compile.
Native Standards
Formal Verification
@requires, @ensures and @invariant annotations generate SMT-LIB2 proofs checked by Z3 at compile time - not audited, proven.
Effect System
Every function declares @reads and @writes on storage slots. Hidden state mutations are a compile error - storage access is verified, not guessed.
Linear Types
Borrowed<T> is consumed exactly once - the compiler guarantees flash loans are always repaid. No re-entrancy guards, no runtime checks.
Static Gas Bounds
@gas_bound(50000) is statically enforced - if your contract can exceed the bound, it won't compile. No gas estimation surprises in production.
What's Coming Next
Spin the globe to explore upcoming Qlorix events - conferences, launches, and community summits.
Qlorix Genesis Summit
The flagship developer conference marking Qlorix's mainnet launch - keynotes, hackathons, and hands-on demos.
Ready to break the
sound barrier?
Join the next generation of financial applications building on the fastest network in the cosmos.
Got Questions?
Frequently Asked
Everything you need to know about Qlorix.
Qlorix is a quantum-resistant Layer 1 blockchain designed for the post-quantum era. It combines high-throughput consensus with lattice-based cryptography, delivering a fast, decentralized, and future-proof infrastructure for developers, institutions, and communities.
Qlorix uses NIST-standardized post-quantum cryptographic algorithms including lattice-based key encapsulation and signature schemes at the protocol level. This ensures that wallets, transactions, and smart contracts remain secure even against adversaries with large-scale quantum computers.
QLX is the native token of the Qlorix network. It is used to pay transaction fees, stake as a validator, participate in on-chain governance, and access premium ecosystem services. The total supply is fixed at 1 billion QLX with a transparent, community-governed distribution schedule.
Unlike Ethereum and Solana, Qlorix is built quantum-resistant from day one not retrofitted. It targets 100,000+ TPS with sub-second finality, while maintaining EVM-compatible tooling so existing Solidity developers can migrate with minimal friction. Think of it as Solana-speed with Ethereum-compatibility and quantum-safe security.
Head to the Developer Docs to get your environment set up, or visit the Developer Hub for starter kits, SDKs, and example projects. The Qlorix testnet faucet gives you free QLX to start experimenting right away.
Qlorix is currently in public testnet. Mainnet launch is planned for Q3 2026, following security audits, validator onboarding, and a community governance vote to ratify the genesis parameters. Follow @qlorix for the latest updates.
QLX holders can submit and vote on Qlorix Improvement Proposals (QIPs) directly on-chain. The governance portal is accessible via the Governance page. Staked QLX carries voting weight, and quorum thresholds are tuned to prevent capture by any single bloc.
Yes. The Qlorix Foundation runs an ongoing grants program with funding tiers from $5K to $500K for projects building infrastructure, tooling, DeFi primitives, and consumer apps on Qlorix. Apply for a grant to get started.
Qlorix uses a Proof-of-Stake (PoS) consensus mechanism enhanced with a quantum-safe BFT finality layer. Validators stake QLX to participate in block production and earn rewards. The protocol achieves single-slot finality blocks are final within the same slot they are proposed, eliminating re-org risk.
Yes. Qlorix ships with a full EVM execution environment, meaning Solidity smart contracts, Hardhat/Foundry tooling, and existing Ethereum dApps can be deployed to Qlorix with minimal changes. You get Ethereum-level developer familiarity with Qlorix-level throughput and quantum-safe security underneath.
The Qlorix testnet currently processes over 100,000 transactions per second with sub-400ms block times. Transaction fees average under $0.001. For comparison, Ethereum handles ~15 TPS and Solana peaks around 65,000 TPS Qlorix is designed to comfortably exceed both without sacrificing decentralization.
To become a validator on Qlorix you need to stake a minimum of 10,000 QLX, run the Qlorix node software on a server meeting the hardware requirements, and register your validator key on-chain. Detailed setup instructions are available in the documentation. Validators earn staking rewards plus a share of transaction fees.
Yes. Qlorix will launch with a native cross-chain bridge supporting Ethereum, Solana, and major EVM-compatible chains. Wrapped assets (wETH, wSOL, wUSDC) will be available from day one. Third-party bridges via Wormhole and LayerZero are also planned as part of the ecosystem expansion.
The Photon Wallet the official Qlorix browser extension is available now for Chrome and supports all Qlorix features including sending, staking, and dApp connections. MetaMask can also connect to Qlorix by adding the network RPC manually. Mobile wallet support is on the roadmap for Q2 2026.
Qlorix uses a base-fee-plus-priority-tip model similar to EIP-1559. The base fee adjusts dynamically with network load and is burned, while the priority tip goes to validators. Because of the high throughput, fees are consistently sub-cent even during peak usage no gas war dynamics.
Qlorix runs a responsible disclosure bug bounty program. If you discover a vulnerability in the protocol, smart contracts, or infrastructure, please report it privately via security@qlorix.io. Critical findings are eligible for bounties up to $250,000 in QLX depending on severity.