Post-Quantum
AI Blockchain
for Autonomous Agents.
Quanta is a post-quantum Layer 1 AI blockchain built for AI agents, DePIN infrastructure, and compliant machine-to-machine execution. Powered by Falcon-512 cryptography and fast BFT consensus for secure decentralized intelligence.
The Quantum Threat is Not Future. It's Now.
“Store now, decrypt later” attacks are already happening. Nation-state adversaries harvest encrypted blockchain transactions today, planning to decrypt them when quantum computers become capable enough.
Every major blockchain — Bitcoin, Ethereum, Solana — uses ECDSA or Ed25519 signatures that Shor's algorithm will break on a sufficiently powerful quantum machine. Quanta was built from day one to be immune.
Broken by Shor's algorithm on a fault-tolerant quantum computer
Different curve, same quantum vulnerability
NIST-standardized lattice signature — quantum-resistant by design
Source: NIST Post-Quantum Cryptography Standardization — FIPS 206 (ML-DSA / Falcon)
The AI Execution
Infrastructure Layer.
NVIDIA
AI Compute
OpenAI
GPT / Agents
Anthropic
Claude
xAI
Grok
Google DeepMind
Gemini
Meta AI
Llama
Mistral AI
Open Models
Cohere
Enterprise LLMs
NVIDIA
AI Compute
OpenAI
GPT / Agents
Anthropic
Claude
xAI
Grok
Google DeepMind
Gemini
Meta AI
Llama
Mistral AI
Open Models
Cohere
Enterprise LLMs
NVIDIA
AI Compute
OpenAI
GPT / Agents
Anthropic
Claude
xAI
Grok
Google DeepMind
Gemini
Meta AI
Llama
Mistral AI
Open Models
Cohere
Enterprise LLMs
Hugging Face
Model Hub
Scale AI
Data & RLHF
Stability AI
Generative
Inflection AI
Pi
Character.ai
Agents
Perplexity AI
AI Search
Together AI
Inference
Replicate
Model API
Hugging Face
Model Hub
Scale AI
Data & RLHF
Stability AI
Generative
Inflection AI
Pi
Character.ai
Agents
Perplexity AI
AI Search
Together AI
Inference
Replicate
Model API
Hugging Face
Model Hub
Scale AI
Data & RLHF
Stability AI
Generative
Inflection AI
Pi
Character.ai
Agents
Perplexity AI
AI Search
Together AI
Inference
Replicate
Model API
Everything
Built & Live.
From protocol to wallets, explorer to SDK — the entire quantum-resistant stack is production-ready and growing fast.
Block Explorer
Real-time blocks, transactions, addresses, and network analytics — powered by quantascan.
Testnet Faucet
Request free testnet QUA to fund your development workflow instantly.
Quantalabs
The core engineering lab behind the Quanta protocol — R&D, audits, and institutional services.
Validator Node
GitHubHigh-performance AlephBFT consensus node. Institutional grade security for securing the Quanta network.
Data Indexer
GitHubHigh-throughput Rust daemon for real-time indexing of Quanta blockchain data into MongoDB.
Chrome Extension
Falcon-512 secured browser wallet. Send, receive, and sign transactions right from your browser.
Mobile Wallet
Native Android wallet with Rust cryptography compiled directly on-device. No compromise on security.
Native Templates
Write zero-gas smart contracts directly in Rust. Native execution speed without EVM overhead.
quanta-sdk
NPMOfficial JavaScript / TypeScript SDK. Wallets, transactions, TimeLock, MultiSig — all post-quantum.
quanta-wasm
NPM · Crates.ioFalcon-512 cryptography compiled to WebAssembly. Native-speed PQC directly in the browser or Node.js.
Documentation
GitBookFull validator setup, Rust templates guide, REST API reference, and technical specifications.
Want to build on Quanta?
Docs, SDK, and WASM are ready. Start in minutes.
Building Toward
Mainnet 2027.
Testnet Launch
- Core blockchain, P2P, REST API, RPC
- HD Wallet (BIP39/BIP32), Multisig (M-of-N)
- Treasury Multisig live on-chain
- Docker image + Prometheus monitoring
- Zenodo research paper published
Public Testnet & EcosystemActive
- 91,000+ blocks, external validators live
- Block explorer — scan.quantachain.org
- Chrome wallet extension (Live)
- quanta-sdk (NPM) + quanta-wasm (Crates.io)
- Mining Pool Server (Stratum-Q)
- Data Indexer (Rust + MongoDB)
- External security audits initiated
Security Hardening
- Comprehensive protocol audit
- Penetration testing
- Bug bounty program launch
- Mobile Wallet (Android — Rust JNI)
- QuantaCipher API integration
- Protocol finalization
Mainnet Preparation
- Code freeze + genesis configuration
- 21-validator bootstrap consortium
- Desktop wallets (Windows / macOS / Linux)
- Block explorer v2 with full analytics
- AI Escrow + DePIN settlement templates
Mainnet Genesis
- Genesis block event
- Production wallet suite
- Exchange integrations
- AI agent SDK v1
- DePIN settlement mainnet
Testnet Launch
- Core blockchain, P2P, REST API, RPC
- HD Wallet (BIP39/BIP32), Multisig (M-of-N)
- Treasury Multisig live on-chain
- Docker image + Prometheus monitoring
- Zenodo research paper published
Public Testnet & Ecosystem
- 91,000+ blocks, external validators live
- Block explorer — scan.quantachain.org
- Chrome wallet extension (Live)
- quanta-sdk (NPM) + quanta-wasm (Crates.io)
- Mining Pool Server (Stratum-Q)
- Data Indexer (Rust + MongoDB)
- External security audits initiated
Security Hardening
- Comprehensive protocol audit
- Penetration testing
- Bug bounty program launch
- Mobile Wallet (Android — Rust JNI)
- QuantaCipher API integration
- Protocol finalization
Mainnet Preparation
- Code freeze + genesis configuration
- 21-validator bootstrap consortium
- Desktop wallets (Windows / macOS / Linux)
- Block explorer v2 with full analytics
- AI Escrow + DePIN settlement templates
Mainnet Genesis
- Genesis block event
- Production wallet suite
- Exchange integrations
- AI agent SDK v1
- DePIN settlement mainnet
Peer-Reviewed Architecture
Operating at the forefront of post-quantum cryptography, distributed consensus, and theoretical physics. Three publications on Zenodo, peer-reviewed and open-access.
QUANTA: Engineering a Production-Ready Post-Quantum Blockchain with Falcon-512 Lattice Signatures
Design and implementation of Quantachain using NIST-standardized Falcon-512 lattice-based signatures for all transaction authentication and block proposals at the consensus layer.
Quantum Temporal Order: Structural Inevitability of Modular Flow and the Problem of Time
Framework for temporal ordering in quantum systems under causal ambiguity, connecting modular Hamiltonian flow with emergent time directionality in distributed protocols.
Learning with Correlated Errors: A New Lattice Hard Problem with Worst-Case Reductions and Public-Key Encryption
Introduction of LCE — a new lattice-based hard problem with worst-case to average-case reductions and an efficient public-key encryption scheme built from LCE hardness assumptions.
Why Your Crypto Startup's ECDSA Keys Are a Liability in 2026
Three papers dropped in one week of March 2026 that rewrote the quantum threat timeline. Google reduced the qubit requirement from 9M to 500K. A second paper put it at 10,000. What that means for every ECDSA-secured blockchain.
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