Quantum Applications
Developer Toolkit

Build next-generation quantum applications with Engotssa's SDK. Our quantum-ready developer tools let you create dApps that leverage real-time quantum computing and decentralized probabilistic consensus algorithms.

Get Started → API Docs

Getting Started

01

Install the SDK

npm install @engotssa/quantum-sdk

Install our quantum development toolkit with support for probabilistic quantum gates and entanglement circuits.

02

Create Quantum App

import { Entanglement } from '@engotssa/quantum-sdk';

const quantumApp = new Entanglement();
quantumApp.init().then(() => {
    const qubits = quantumApp.circuit.createQubits(4);
    // Add quantum gates here
});

Create a basic quantum application that initializes a circuit and handles quantum gates in our decentralized network.

Quantum SDK Features

Our developer toolkit provides everything you need to build quantum-powered applications with our probabilistic consensus network.

Quantum Entanglement API

Exposes real-time probabilistic state tracking for quantum applications in decentralized environments.

Probabilistic Circuits

Build quantum circuits that adapt to changing network conditions with entropy-based algorithms.

Decentralized Simulations

Run local quantum experiments on our blockchain network with distributed consensus validation.

Distributed Entanglement

Leverage quantum-encrypted data channels for secure application communication across the network.

Quantum Debugging Tools

Visualize and analyze quantum application behavior patterns in real-time with our network monitoring tools.

Entangled Contract API

Create smart contracts that respond to quantum probability states while maintaining blockchain integrity.

Code Examples

Start building quantum applications with these simple examples of quantum circuit integration.

Basic Quantum State Example


import { QuantumCircuit, EntanglementProvider } from '@engotssa/quantum-sdk';

const provider = new EntanglementProvider();
const circuit = new QuantumCircuit(provider, { qubits: 4 });

// Initialize quantum state
circuit.init().then(() => {
    // Create quantum gates with probabilistic outcomes
    circuit.xGate(0); // Apply X gate on 1st qubit
    circuit.hGate(1); // Apply H gate on 2nd qubit

    // Run quantum computation
    circuit.run().then(result => {
        console.log('Quantum result:', result); // Quantum result probability distribution
    });
});

Entangled Contract Deployment


import { EntangledContract, EntanglementProvider } from '@engotssa/quantum-sdk';

const provider = new EntanglementProvider();
const contract = new EntangledContract(provider, {
    name: "QuantumVote",
    code: `contract QuantumVote {
        qubit[3] state;
        uint256 votes;

        constructor() {
            state = registerQuantumState(3);
        }

        function vote() public {
            if(probabilisticDecision(51%)) {
                votes++;
                entangleState();
            }
        }
    }`
});

// Deploy quantum-enabled smart contract
contract.deploy().then((tx) => {
    console.log(`Quantum contract deployed at address ${tx.contractAddress}`);
});

API Documentation

Find detailed reference documentation for all quantum computing functions and dApp development tools.

Quantum Circuit API

  • createQubits(n: number) - Initialize quantum state array
  • addGate(gateType: string, qubit: number) - Add quantum operation
  • entangle(indexes: number[]) - Entangle selected qubits
  • measure(index: number): Promise<Object> - Get probability distribution

Entanglement API

  • connectNode(network: string) - Connect to quantum network
  • subscribe(topic: string) - Monitor network events
  • publish(state: Object) - Share quantum state
  • getState(hash: string): Promise<Object> - Retrieve network state

Need more details?

Complete API documentation with code samples and technical specifications.

View Developer Whitepaper

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