ZKSF

Zero Kelvin Simulation Foundry

ZHF-v0.1

2026-09-16T12:43:00+00:00

Certificate of Hardware Fidelity

Certificate ID

5add4654b1f94db4

Measured hardware fidelity: 0.0065 vs. exact ideal

Engine

qpu.iqm.garnet

Method

quantum hardware (IQM Garnet (superconducting))

Shots

500

Device

Garnet

Hellinger fidelity

0.0065

Verification mode

direct

Measured outcomes (top)

0111100001001000

2 shots

0011010100100100

2 shots

0010001110011000

2 shots

1101100110000100

1 shots

0001100101110100

1 shots

0010111101010010

1 shots

How this certificate was produced

This certificate reports ZHF-v0.1, the hardware fidelity protocol: how closely a real quantum processor's measured output matches the ideal distribution for the same circuit, as opposed to the accuracy of a classical approximation.
Verification mode is direct: the same circuit was additionally simulated exactly on a classical computer (feasible here because it uses at most 24 qubits). The reported Hellinger fidelity is the statistical overlap between the hardware's measured counts and that exact ideal distribution, on a scale from 0 (no overlap) to 1 (identical).
Counts are raw hardware output: no error mitigation, post-selection, or readout correction has been applied. Any deviation from the ideal distribution reflects the physical noise of the device.

Circuit SHA-256: eb924205c8b349bebb84cb2fef8760fbd33cc387e8b2d797a1d1c4cf9c821aa2