Post Quantum
Cryptography.
Built and Deployed.
QuantaLabs helps Indian fintechs and crypto companies audit their cryptographic stack and migrate to NIST post-quantum standards — before the deadline hits.
131,000+ blocks on our live Falcon-512 blockchain·3 published research papers·QuantaCipher API in production
Backing the Quantachain Mission.
As the primary development entity, Quantalabs is responsible for the ongoing architecture and expansion of the Quantachain open-source ecosystem.
QuantaCipher
Zero-Trust Post-Quantum Security for your Applications.
Protect your enterprise applications from "Store Now, Decrypt Later" attacks. QuantaCipher provides a fully managed, zero-trust API gateway secured by NIST's ML-KEM (Kyber-1024) standard.
NIST Kyber-1024
NIST StandardEnterprise-grade post-quantum key encapsulation for secure transit.
Zero-Trust Architecture
Zero-TrustWe never see your plaintext data or private keys. End-to-end encryption via WASM.
Hybrid Cryptography
FIPS CompliantCombines ECC and Kyber for defense-in-depth security against classical and quantum threats.
Developer APIs
Developer FirstDrop-in SDKs for Node.js, Python, and Browser. Secure your data in 15 minutes.
Quanta Wallet
"Harvest now, decrypt later" is already happening.
Nation-state actors are archiving encrypted data today to break it once quantum computers arrive. Your wallet addresses and transaction signatures are public. When that day comes, ECC-based wallets are toast. We built something different from the ground up.
Falcon-512 PQC Core
NIST StandardNative Falcon-512 lattice signatures via WASM. Protects against 'harvest now, decrypt later' quantum attacks.
Deterministic Security
BIP-39 Seed24-word BIP-39 mnemonic for deterministic Falcon-512 key derivation across 10+ independent accounts.
Institutional Encryption
Military GradeAES-256-GCM + PBKDF2 (250,000 iterations) secures your secret keys in local encrypted storage.
Raw Vault Export
Self-SovereignExportable JSON vaults for secure offline storage. Full state restoration via raw key or mnemonic seed.
1,240.50 QUA
Recent Transactions
Deep-Tech Solutions
for the Vanguard.
We specialize in the engineering of sovereign infrastructure at the frontier of institutional cryptography. Our work ensures that the world's most critical data remains secure through the quantum transition.
Explore Protocol ServicesPQC Migration Framework
Architecting the transition from Shor-vulnerable ECDSA to NIST-finalized lattice-based cryptography (ML-DSA/ML-KEM) for systemic financial infrastructure.
CBOM Audit
Cryptographic inventory and quantum risk assessment to identify vulnerable cryptographic assets across enterprise networks.
Deterministic AI Agents
Securing LLM-driven autonomous agents through consensus-level validation, ensuring non-deterministic AI outputs meet institutional safety standards.
Architected for Maximum Performance.
NIST FIPS 203/204 Standards
Full production-ready implementation of ML-KEM and ML-DSA standards for key encapsulation and digital signatures across global financial infrastructure.
Lattice Hardness
Security derived from the M-LWE problem, ensuring provable resistance against Shor's algorithm and future quantum threats.
Backward Compatible
Hybrid signature support (ML-DSA + ECDSA) ensuring full connectivity with legacy systems during the transition.
Optimized Integration
Parallel-pipeline architecture providing PQC security without overhead or latency drag on existing infrastructure.
Zero-Downtime
Proprietary state-bridge technology for seamless migration of institutional ledger states with no operational interruption.
Architected for AI.
Secured for the Quantum Era.
We specialize in custom blockchain engineering, seamless mainnet Post-Quantum Cryptography (PQC) migrations, and native AI validator integration. Build sovereign infrastructure that outlives modern encryption.
// Bootstrap a Post-Quantum Autonomous Node
use quanta_core::consensus::PqcConsensus;
use quanta_ai::agents::ValidatorAgent;
fn main() -> Result<(), CoreError> {
// 1. Initialize NIST-standardized PQC layer
let pqc_layer = PqcConsensus::new(SignatureScheme::Falcon512);
// 2. Attach local autonomous validator AI
let mut ai_validator = ValidatorAgent::new(Model::Qwen3);
ai_validator.set_strategy(ValidationStrategy::OptimizeYield);
// 3. Launch the custom network node
let node = QuantaNodeBuilder::new()
.with_consensus(pqc_layer)
.with_ai_validator(ai_validator)
.build()?;
node.start().await
}Peer-reviewed cryptography.
Built for reality.
Our core architecture is derived from rigorous academic research. We are the first to actively implement state-aware NIST-standardized Falcon-512 signatures into a globally distributed consensus engine.