Built for quantum researchers and developers running quantum chemistry, combinatorial optimisation, Hamiltonian simulation, and custom variational workflows

Run quantum experiments
faster, without the infrastructure headache

Write your algorithm in Python. Qoro handles the parallelisation, backend routing, and scaling across CPUs, GPUs, simulators, and quantum hardware. No infrastructure code. No vendor lock-in.

<10min to run 9,000 quantum jobs

15lines of Python to launch a hybrid workflow

100x runtime boost vs local simulation

Why Qoro

The difference in practice

Without Qoro

✗ Months of custom integration code per backend
✗ Rewrite your pipeline every time you switch hardware
✗ 24+ hours to run 9,000 simulation jobs locally
✗ Manual job batching, queuing, and error handling
✗ Locked into a single vendor's SDK

With Qoro

✓ 15 lines of Python to run a full hybrid workflow
✓ Switch between HPC to QPUs in one line
✓ Same 9,000 jobs in under 10 minutes on Solo
✓ Automatic circuit batching, Pauli grouping, and parallel execution
✓ Open-source SDK, no vendor lock-in

How It Works

You write code in Divi. We handle the rest.

Divi is Qoro's open-source Python SDK. It's the only thing you interact with directly. Everything else — simulator selection, job scheduling, hardware routing — runs automatically underneath.

Built-in algorithms

VQE, QAOA, PCE, Time Evolution, Custom VQA

Massive parallelisation

Ensemble batch execution, automatic circuit packing, Pauli grouping, multi-core & cloud scaling

Built for production

Checkpointing with resume, early stopping, graceful cancellation, live progress dashboards

from divi import QoroService
from divi.qprog import QAOA, GraphProblem
import networkx as nx

# Large scale beyond 25 qubits
G = nx.random_regular_graph(50, 100)

qaoa = QAOA(
    problem=G,
    graph_problem=GraphProblem.MAXCUT,
    n_layers=2,
    backend=QoroService(),
)
qaoa.run()
print(qaoa.solution)
          

Divi AI

Ask questions. Build programs.

Divi ships with a built-in AI assistant. Ask it about quantum algorithms, get code snippets, debug your workflows, and build full programs — right from your terminal.

Install with AI support

pip install qoro-divi[ai]

1.5B · 3B · 7B models

CPU-only

Lightweight

divi-ai

❯ ▌

Natural Language

Ask in plain English — get working Divi code back

Debug Help

Paste errors, get fixes and explanations instantly

Divi Expert

Trained on Divi's full API — always up to date

Get Started

Your path to first results

Choose the path that matches how you work.

Path A: Use a Built-in Algorithm

Install Divi

pip install qoro-divi

→

Pick an algorithm

VQE, QAOA, PCE, or Time Evolution

→

Run

Test locally, then scale to Solo cloud

→

Sign up for Solo

$100 free credit, API key in minutes

Path B: Scale to Hybrid QPU Systems (continuing from Path A, once simulation is validated)

Switch to QPU

Swap your backend to a QPU cluster

→

Distribute

Solo handles scheduling across distributed systems

→

Verify results

Divi validates and compares against simulation

Start your journey →

Run quantum experiments faster, without the infrastructure headache