Run QPU | Conductor Quantum

Submit a quantum circuit to real QPU hardware. Circuits are automatically converted to the target device's native format. Returns a job ID for tracking.

Authentication

AuthorizationBearer

Bearer authentication of the form Bearer <token>, where token is your auth token.

Request

This endpoint expects an object.

codestringRequired

Circuit code in any supported source framework

source_frameworkstringRequired

Framework name for code

backendstringRequired

Target device

shotsintegerOptional10-10000Defaults to 100

accept_overagebooleanOptionalDefaults to false

Acknowledge overage charges if credits insufficient

braket_execution_mode_hintstring or nullOptional

Optional: ‘program_set’ or ‘run_batch’ for multi-circuit cost alignment.

Response

Successful Response

successboolean

job_idstring

statusstring

backendstring

shotsinteger

Errors

422

Unprocessable Entity Error

1	from conductorquantum import ConductorQuantum
2
3	client = ConductorQuantum(token="<token>")
4	result = client.coda.qpus.run(
5	code="from qiskit import QuantumCircuit\nqc = QuantumCircuit(2)\nqc.h(0)\nqc.cx(0, 1)\nqc.measure_all()",
6	source_framework="qiskit",
7	backend="iqm",
8	shots=100,
9	)
10	print(result)

1	{
2	"success": true,
3	"job_id": "7f6c6b6a-2f7d-4b84-8f59-2ee3b4f49d8a",
4	"status": "submitted",
5	"backend": "iqm",
6	"shots": 100,
7	"estimated_cost_cents": 130,
8	"credits_applied": 2,
9	"overage_cents": 0
10	}

1	from conductorquantum import ConductorQuantum
2
3	client = ConductorQuantum(token="<token>")
4	result = client.coda.qpus.run(
5	code="from qiskit import QuantumCircuit\nqc = QuantumCircuit(2)\nqc.h(0)\nqc.cx(0, 1)\nqc.measure_all()",
6	source_framework="qiskit",
7	backend="iqm",
8	shots=100,
9	)
10	print(result)

1	{
2	"success": true,
3	"job_id": "7f6c6b6a-2f7d-4b84-8f59-2ee3b4f49d8a",
4	"status": "submitted",
5	"backend": "iqm",
6	"shots": 100,
7	"estimated_cost_cents": 130,
8	"credits_applied": 2,
9	"overage_cents": 0
10	}