Qanto uses one primary website, one canonical explorer, and browser-friendly health pages so navigation stays consistent across every public surface.
Open Explorer Edge Health Node Health
Layer-0 DAG Enterprise + Explorer + Edge API

Quantum-Resistant Blockchain
Built for Tomorrow's Threats

Qanto combines post-quantum security, deterministic DAG finality, an edge-routed API, and a dedicated explorer experience for operators, builders, and enterprise teams.

Explorer Edge Health Node Health
32+
Blocks Per Second
10M+
Transactions Per Second
31ms
Block Finality
99.9%
Network Uptime
Open Qanto Explorer → View Performance →
Main Website qanto.org
Product narrative, technical architecture, and developer entrypoints.
Canonical Explorer qanto.org/explorer/
Operational view for chain health, throughput, supply, and backend diagnostics.
Edge Health api.qanto.org/api/health
Human-friendly edge status page for browsers and JSON payload for integrations.
Node Health api.qanto.org/api/node-health
Upstream probe that confirms whether the backend node is healthy behind the edge.

Revolutionary Technology Stack

Six core innovations that redefine blockchain infrastructure for the quantum era

Phase 01 Mempool Ingest

Fee-aware transaction admission and reservation safety checks.

Phase 02 DAG Tips

Parallel block proposals referencing multiple parents.

Phase 03 Deterministic Finality

Reproducible ordering rules across nodes for hard finality.

Phase 04 Explorer Telemetry

Edge-routed APIs and canonical explorer views for operators.

🔐

Post-Quantum Cryptography

NIST-standardized CRYSTALS-Dilithium (ML-DSA-65) signatures with Kyber-1024 KEM and SHAKE-256 hashing. Hardware Security Module integration ensures quantum-resistant security from day one.

Algorithm: ML-DSA-65
Key Exchange: Kyber-1024
Hash Function: SHAKE-256
Security Level: NIST Level 3
⚡

Hybrid Consensus Engine

Revolutionary PoW+DPoS hybrid consensus with deterministic finality. Proof-of-Work ensures permissionless block proposals while Delegated Proof-of-Stake provides instant finality.

Block Time: 31ms
Finality: Deterministic
Throughput: 32+ BPS
Validators: Dynamic
🧠

SAGA AI Governance

Sentient Autonomous Governance Algorithm optimizes network parameters in real-time. Machine learning models predict and prevent network congestion while maintaining decentralization.

Optimization: Real-time
Prediction: ML-based
Governance: Autonomous
Adaptation: Dynamic
🌐

QantoDAG Architecture

Directed Acyclic Graph structure enables parallel transaction processing with dynamic sharding. Achieves 10M+ TPS through optimized batch processing and memory management.

Structure: DAG
Sharding: Dynamic
Batch Size: 500K TX
Memory Limit: 10MB
🔬

Quantum Hash Function

Custom Qanhash32x algorithm based on Keccak-f[1600] permutations with enhanced quantum resistance. Optimized for high-throughput operations and cryptographic security.

Algorithm: Qanhash32x
Base: Keccak-f[1600]
Resistance: Quantum
Performance: Optimized
🛡️

X-Phyrus Security Suite

Military-grade pre-boot security with hardware security module integration. Quantum-resistant firewall and intrusion detection system with economic slashing penalties.

Security: Military-grade
HSM: Integrated
IDS: Real-time
Slashing: Economic

Performance, Measured

Real throughput comes from deterministic consensus, predictable execution, and disciplined system design

32+
BPS
High-frequency block production
Parallel block proposals enabled by DAG tips, with deterministic ordering rules for reproducible finality.
10M+
TPS
Elite mempool + batch validation
Batch transaction validation and prioritized inclusion for high-value flows while keeping fees nano-scale.
31
ms
Deterministic finality target
Fast confirmations with hard rules driven by DAG structure and weight, not probabilistic reorg roulette.
99.9
%
Operational uptime posture
Edge API routing via Cloudflare with a decoupled backend node to isolate failures and stabilize user traffic.
View Live Explorer → API Endpoint →

Live DAG Network Explorer

Real-time visualization of the Qanto network with interactive controls and live metrics

Live Quantum Cryptography

Interactive demonstration of CRYSTALS-Dilithium signatures and quantum-resistant encryption

CRYSTALS-Dilithium Signature Generation

1952
Public Key Bytes
4000
Private Key Bytes
~1.2ms
Signature Time
833
Signatures/sec

Developers

Production-grade primitives: JSON-RPC, gRPC, GraphQL, and WebSocket streams — built for low-latency and strong validation

Quick Links

RPC Surface

  • JSON-RPCPOST /api (proxy)
  • RESTGET /api/block, /api/mempool
  • WSReal-time feeds via backend node streams

Security Model

  • PQCCRYSTALS-Dilithium signatures for quantum resistance
  • CORSEdge-enforced origin policy for explorer + dapps
  • RateEdge rate limiting to protect node capacity
Open Explorer → Browse API →

Qanto Faucet

Request testnet QNTO directly from the website through the edge API. The faucet is purpose-built for developers onboarding to the chain, RPC tooling, and contract deployment workflows.

Request Testnet QNTO

Submit a 64-byte wallet address and the edge faucet will forward a controlled drip from the genesis wallet to your account. This surface is rate-limited at the edge to protect chain capacity and prevent abuse.

Faucet ready.
Current faucet policy: one request per IP per 24 hours, forwarded through the edge to the live Qanto backend.

Why This Matters

Drip Size 10 QNTO per approved request from the genesis-backed testnet faucet flow.
Edge Security The Cloudflare worker enforces a stricter per-IP faucet cooldown than the general RPC rate limit.
Developer Flow Use faucet funds to test explorer behavior, transfers, and upcoming contract-deployment RPC workflows.