Experience the power, efficiency, and security of H-Ethash technology in action
Interactive Blockchain Demo
This interactive demonstration showcases the Habify Blockchain's core innovations: energy-efficient consensus and quantum-resistant cryptography. Watch live as our testnet validates transactions using 78.3% less energy than traditional blockchain networks while maintaining robust security against both classical and quantum threats.
Key Technologies
The interactive demos below highlight the revolutionary aspects of our blockchain implementation that set Habify apart from traditional distributed ledger technologies.
H-Ethash Consensus Algorithm
Our proprietary algorithm that retains the security of proof-of-work while dramatically reducing energy consumption through optimized hash verification.
Quantum-Resistant Cryptography
Post-quantum cryptographic signatures that secure transactions against attacks from both classical and quantum computers.
Accelerated Transaction Processing
Parallel transaction validation that enables 10,000+ TPS without compromising security or decentralization principles.
Real-time Energy Monitoring
Live comparison of energy consumption between Habify's approach and traditional blockchain networks.
Smart Contract Optimization
Intelligent contract execution that reduces computational overhead and gas costs while maintaining complete EVM compatibility.
Cross-Chain Interoperability
Seamless bridge technology that enables asset and data transfer between Habify and other major blockchain networks.
Live Demo Technical Parameters
The following configuration parameters are used in this interactive demonstration environment. All metrics are measured in real-time.
Consensus Type
H-Ethash (Modified Proof of Work)
Node Count
12
Block Time
3.2 seconds
Transaction Capacity
10,000+ TPS
Energy per Transaction
0.003 kWh
Signature Scheme
XMSS/SPHINCS+
Security Level
256-bit equivalent
Technical Benchmarks
Interact with the Demo
Our interactive terminal allows you to execute commands directly against the demo network. Try creating a transaction, monitoring energy usage, or validating the quantum-resistant signatures.
Initialize Connection
Interactive Terminal
Getting Started
To interact with the Habify Blockchain demo, you can use our JavaScript SDK. The code examples show common operations you can perform.
Visualizing the Advantages
These interactive visualizations demonstrate the real-world impact of Habify's technological innovations compared to traditional blockchain systems.
Energy Efficiency
Watch in real-time as Habify's H-Ethash algorithm consumes a fraction of the energy required by traditional proof-of-work systems while maintaining the same security guarantees.
Quantum Resistance
Simulate a quantum computer attack on both traditional blockchain signatures and Habify's quantum-resistant signatures to visualize the security difference.
Transaction Throughput
Compare transaction processing speeds between Habify and traditional blockchain networks under various network conditions and load scenarios.
Habify vs. Traditional Blockchains
See how Habify's technology compares to traditional blockchain implementations across key performance and security metrics.
| Category | Traditional PoW | Traditional PoS | Habify |
|---|---|---|---|
| Energy Efficiency | 1/10 | 7/10 | 10/10 |
| Decentralization | 9/10 | 5/10 | 9/10 |
| Transaction Speed | 3/10 | 8/10 | 10/10 |
| Quantum Resistance | 2/10 | 2/10 | 10/10 |
| Security | 8/10 | 7/10 | 9/10 |
Demo FAQ
Is this demo running on actual blockchain infrastructure?
Yes, this demo is running on a scaled-down version of the Habify testnet with real nodes validating transactions using our H-Ethash consensus algorithm and quantum-resistant cryptography.
How does H-Ethash achieve such significant energy savings?
H-Ethash optimizes the traditional proof-of-work process by implementing a multi-layered validation approach that requires significantly less computational work while maintaining the same security guarantees. Our algorithm uses intelligent work distribution that focuses computational resources only where they're needed most.
What makes Habify quantum-resistant?
Habify uses post-quantum cryptographic algorithms (specifically XMSS and SPHINCS+) for transaction signatures. These algorithms are based on hash functions rather than the integer factorization or discrete logarithm problems that are vulnerable to quantum attacks via Shor's algorithm.
Can I connect to this demo network with my own code?
Yes! We provide a developer SDK that allows you to connect to our demo network. Use the API key 'DEMO_KEY_7X9Y2Z' with the endpoint 'https://demo.habify.io' to get started.
How accurate are the energy consumption comparisons?
The comparisons are based on actual measurements from our testnet nodes compared with published data on energy consumption from major blockchain networks. We use standardized metrics of kilowatt-hours per transaction for accurate comparison.
Ready to Try Habify in Your Project?
Get early access to our developer SDK and start building on the most energy-efficient, quantum-resistant blockchain platform.