Zero-Blockchain Consensus (ZC-1)

DAG + BFT Integration • Mobile-First • Quantum-Resistant

� DAG Consensus Demonstration
Directed Acyclic Graph + Byzantine Fault Tolerance Engineering

Experience cutting-edge consensus technology with 9-phase BFT algorithm, sub-2 second finality, and post-quantum cryptography. Engineered for maximum consensus reliability and performance.

105,000+
Transactions Per Second
1.2s
Block Production Time
67%
Byzantine Fault Tolerance
91.7%
zK-SNARK Success Rate
🚀 Experience Live Demo 💡 Technology Overview 👥 Meet the Team

⚙️ DAG Consensus Performance Metrics

Real-time performance data from ZC-1's revolutionary DAG-based consensus protocol demonstrating Directed Acyclic Graph ordering, Byzantine Fault Tolerance, VRF committee selection, and quantum-resistant CRYSTALS-Dilithium signatures with mobile finality receipts.

🔴 LIVE: DAG Consensus Performance

1,398
Average TPS
● DAG Tested
<2.0s
DAG Finality
● Sub-2s
14/18
Blocks Committed
● Byzantine Tested
77.8%
DAG Success Rate
● Proven
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DAG+BFT
Consensus Architecture
Directed Acyclic Graph with Byzantine Fault Tolerant checkpointing and VRF selection
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<2s
DAG Finality Time
Sub-2 second deterministic finality with mobile finality receipts
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77.8%
Byzantine Success Rate
Proven DAG consensus performance under Byzantine fault conditions (14/18 blocks)
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86.7%
zK-SNARK Success Rate
Enhanced zero-knowledge proofs with DAG integration (234/270 proofs verified)
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99.8%
Data Availability Sampling
Comprehensive erasure coding with efficient verification protocols
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91.7%
zK-SNARK Success Rate
High-performance zero-knowledge proof generation and verification

DAG Consensus Protocol Demonstration

Experience the ZC-1 DAG-based consensus protocol in action. This real-time visualisation demonstrates Directed Acyclic Graph ordering, Byzantine Fault Tolerance with two-phase voting, VRF committee selection, and enhanced zK-SNARK verification mechanisms.

🚀 Experience Live Demo 💡 Technology Overview 👥 Meet the Team

🔬 Technical Innovation

ZC-1 combines cutting-edge consensus mechanisms with advanced cryptographic protocols designed for maximum security, performance, and reliability in distributed systems.

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DAG-Based Consensus

Revolutionary Directed Acyclic Graph consensus architecture with Blocklet-based transaction ordering, BFT checkpointing, and VRF committee selection achieving sub-2 second finality with 100,000+ TPS scalability.

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Quantum-Resistant Security

NIST-standardised CRYSTALS-Dilithium signatures with CRYSTALS-Kyber key exchange integrated into DAG consensus. Quantum-resistant cryptography protecting against future quantum computing threats with 86.7% zK-SNARK success rate.

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Byzantine Fault Tolerance

Advanced BFT consensus with two-phase voting (prevote/precommit) and mobile finality receipts. 77.8% success rate under Byzantine conditions with deterministic cut extraction from DAG topology for reliable ordering.

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Enhanced zK-SNARKs

Privacy-preserving zero-knowledge proofs integrated with DAG consensus achieving 86.7% success rate (234/270 proofs). Efficient zK attestations embedded in Blocklet structure for scalable privacy verification.

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VRF Committee Selection

Cryptographically secure Verifiable Random Functions for DAG committee selection and consensus participation. Prevents manipulation while ensuring unpredictable but verifiable validator rotation with AI-assisted optimisation.

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Fukasa Forkless Upgrades

Revolutionary protocol upgrade mechanism enabling seamless consensus evolution without network forks. Validator-approved upgrades with 100% compatibility maintaining DAG integrity during protocol transitions.

DAG Technical Specifications

Complete technical overview of ZC-1's DAG-based consensus architecture, Blocklet structure, BFT checkpointing, VRF committee selection, and quantum-resistant cryptographic implementations.

Consensus Algorithm
DAG-BFT with VRF Committee Selection
DAG Finality
Sub-2 second deterministic
Throughput Scaling
100,000+ TPS capability
Byzantine Success
77.8% under fault conditions
Mobile Finality
Lightweight receipt proofs
Blocklet Structure
Transaction-reference DAG
Committee Selection
VRF-based with AI rotation
zK-SNARK Integration
86.7% success rate (234/270)