Simple, flexible pricing

Not sure where to start? Create a free account to explore the qBraid platform.

Free

$

0.0

/ hour

Free Plan

4 GB RAM

2 vCPU

Standard

$

0.00

/ hour

Standard Plan

8 GB RAM

4 vCPU

Pro

$

0.00

/ hour

Pro Plan

25 GB RAM

8 vCPU

Enterprise

Custom compute

Discounted access to bulk purchases of GPU, CPU, and QPU credits.

Access to advanced resources and support.

Intel

$

0.00

/ hour

Free Plan

4 GB RAM

2 vCPU

Bloqade

$

0.00

/ hour

Free Plan

4 GB RAM

2 vCPU

V100

$

3.03

/ hour

NVIDIA V100 GPU

16 GB RAM

4 vCPU

A100

$

4.86

/ hour

NVIDIA A100 GPU

70 GB RAM

8 vCPU

Free Plan

$ 0.00 /mo

for those getting started

FREE:

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2 vCPU

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4 GB RAM

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5 GB Cloud Storage

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Access to 20+ QPUs

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VSCode/Cursor Integration

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qBraid SDK Access

Standard Plan

$ 19.99 /mo

for quantum builders

EVERYTHING IN FREE PLUS:

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4 vCPU

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8 GB RAM

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10 GB Cloud Storage

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Create and share custom environments

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Clone environments

Pro Plan

$ 99.49 /mo

for quantum innovators

EVERYTHING IN STANDARD PLUS:

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10 vCPU

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16 GB RAM

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40 GB Cloud Storage

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Manage group access and compute credits

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Keep your server running longer when inactive

Academic Pricing

qBraid provides dedicated, affordable support and unparalleled hardware access for research labs, university courses, and quantum ecosystems.

Enterprise Development

qBraid provides quantum PoCs, upskilling resources, and roadmaps to business value in quantum for innovative enterprises.

Superconducting Quantum Computer

Quantum Tab Icon

Available with qBraid's Amazon Braket integration and Azure Quantum integration, Rigetti’s quantum processors features enhanced readout capabilities that contribute to better overall circuit fidelities.

Ankaa-3

Based on Rigetti’s 84-qubit technology with planar topology

$ 0.3 / task

+

$ 0.0009 / shot

Specifications:

  • 84 qubits
  • Average T1 Lifetime 13.012µs
    Average T2 Lifetime 11.999µs
  • Median Fidelity: 99.75% Single-qubit gates, 98% Two-qubit gates (ISWAP)
  • Price shown is for Amazon Braket. Subject to change and vary by provider.
Quantum Tab BG Image

Superconducting Quantum Computer

Available with qBraid's Amazon Braket integration, IQM Garnet is a high-fidelity 20-qubit QPU based on superconducting transmon qubits.

Garnet

A high-fidelity 20-qubit device with square lattice topology

$ 0.3 / task

+

$ 0.00145 / shot

Specifications:

  • 20 qubits
  • Average T1 Lifetime 47.344µs
    Average T2 Lifetime 10.680µs
  • Average CZ Fidelity 98.703%
  • Price shown is for Amazon Braket. Subject to change and vary by provider.

Trapped-Ion (Yb)
Quantum Computers

Available directly on qBraid, through qBraid's Amazon Braket integration, as well as qBraid's Azure Quantum Integration, IonQ’s quantum processors features trapped-ion quantum computers with all-to-all connectivity.

Aria 1

IonQ's 25-qubit processor with error mitigation

$ 0.3 / task

+

$ 0.03 / shot

Specifications:

  • 25 qubits
  • Average T1 Lifetime 100 seconds
    Average T2 Lifetime 1 second
  • Average Fidelity: 99.98% Single-qubit gates, 98.46% Two-qubit gates

Aria 2

IonQ's 25-qubit processor with error mitigation

$ 0.3 /  task

+

$ 0.03 / shot

Specifications:

  • 25 qubits
  • Average T1 Lifetime 10 seconds
    Average T2 Lifetime 1.5 second
  • Average Fidelity: 99.95% Single-qubit gates, 97.35% Two-qubit gates

Forte-1

IonQ's 36-qubit processor with error mitigation

$ 0.3 / task

+

$ 0.08 /  shot

Specifications:

  • 36 qubits
  • Average T1 Lifetime 100 seconds
    Average T2 Lifetime 1 second
  • Average Fidelity: 99.98% Single-qubit gates, 99.56% Two-qubit gates

Trapped-Ion (Yb)
Quantum Computers

Available with qBraid's Azure Quantum Integration by request, Quantinuum’s quantum processors features trapped-ion quantum computers with all-to-all connectivity and mid-circuit measurement.

System Model H1

Quantinuum's 20-qubit processor with TKET for circuit optimization

Pricing available upon request

Specifications:

  • 20 qubits
  • Native gate set: single-qubit rotations, two-qubit ZZ gates, arbitrary-angle ZZ gates,
    general SU(4) entangle
  • Average Fidelity: 99.998% Single-qubit gates, 99.91% Two-qubit gates

System Model H2

Quantinuum's 56-qubit processor with TKET for circuit optimization

Pricing available upon request

Specifications:

  • 56 qubits
  • Native gate set: single-qubit rotations, two-qubit ZZ gates, arbitrary-angle ZZ gates,
    general SU(4) entangle
  • Average Fidelity: 99.997% Single-qubit gates, 99.87% Two-qubit gates

Neutral Atom (Rb) Quantum Computer

Available with qBraid's Amazon Braket integration, QuEra’s quantum computers are based on programmable arrays of neutral atoms which use Rydberg states to create entanglement.

Aquila

QuEra's 256-qubit analog neutral atom quantum computer

$ 0.3 / task

+

$ 0.01 / shot

Specifications:

  • 256 qubits
  • Site position error (μm) 0.100
    Atom position error (μm) 0.200
  • Typical atom loss probability: 0.005

Neutral Atom (Rb) Quantum Computer

Available with qBraid's Azure Quantum integration, Pasqal’s quantum computers are based on programmable arrays of neutral atoms configred in 1D or 2D lattices.

Fresnel

Fresnel's 100-qubit analog neutral atom quantum computer

Pricing available upon request*

Specifications:

  • 100 qubits

qBraid QIR Simulator

Quantum computing simulators are software programs that emulate the behavior of quantum computers on classical computing systems.

qBraid-QIR

Our in-house simulator based on QIR (Quantum Intermediate Representation)

$ 0.005 /  task

+

$ 0.075 / minute

Specifications:

  • Based on LLVM architecture
  • Written in Rust; faster other statevector simulators

Simulators

Amazon Web Services (AWS) offers several quantum computing simulators through its Amazon Braket service, providing researchers and developers with powerful tools to explore and test quantum algorithms without the need for physical quantum hardware.

SV1

A general-purpose quantum circuit state vector simulator

$ 0.075 / per minute

Specifications:

  • Maximum runtime of 6 hours
  • 34 qubits
  • Can run a maximum of 100 concurrent tasks

TN1

A tensor network simulator particularly effective for sparse circuits

$ 0.275 / per minute

Specifications:

  • Maximum runtime of 6 hours
  • 50 qubits
  • Can run a maximum of 10 concurrent tasks

DM1

A density matrix simulator particularly effective for noisy circuits

$ 0.075 / per minute

Specifications:

  • Maximum runtime of 6 hours
  • 17 qubits
  • Can run a maximum of 50 concurrent tasks

Simulators

IonQ offers a simulator of their devices for free, providing researchers and developers of testing their circuits before submitting to real hardware. These noise models are simplified approximations of their actual hardware and results will not be exactly the same. Available, directly or through Amazon Braket or Azure Quantum integrations.

IonQ Simulator

Hardware noise model simulation

$ 0.0 / per minute

Specifications:

  • Can specify, aria-1, aria-2, harmony, or ideal
  • Up to 29 qubits
  • Noise model based off of gate-level characterization

Syntax Checkers and Emulators

Available with qBraid's Azure Quantum Integration by request, Quantinuum’s syntax checkers ensure smooth submission on their processors and their noisy emulators provide a cost-effective alternative to the real processor.

H1 Syntax Checker

Verify  syntax and compilation completion. Compatible with Model H1.

Pricing available upon request.

Specifications:

  • If the code compiles, the syntax checker returns a success status and a result of all 0s. If the code does not compile, the syntax checker returns a failed status and give the error returned to help users debug their circuit syntax.

H2 Syntax Checker

Verify  syntax and compilation completion. Compatible with Model H2.

Pricing available upon request.

Specifications:

  • If the code compiles, the syntax checker returns a success status and a result of all 0s. If the code does not compile, the syntax checker returns a failed status and give the error returned to help users debug their circuit syntax.

H1 Emulator

Emulates Quantinuum's 20-qubit processor, Model H1

Pricing available upon request.

Specifications:

  • 20 qubits
  • Native gate set: single-qubit rotations, two-qubit ZZ gates, arbitrary-angle ZZ gates,
    general SU(4) entangle
  • Average Fidelity: 99.998% Single-qubit gates, 99.91% Two-qubit gates

H2 Emulator

Emulates Quantinuum's 56-qubit processor, Model H2

Pricing available upon request.

Specifications:

  • 56 qubits
  • Native gate set: single-qubit rotations, two-qubit ZZ gates, arbitrary-angle ZZ gates,
    general SU(4) entangle
  • Average Fidelity: 99.997% Single-qubit gates, 99.87% Two-qubit gates

Neutral Atom Quantum Emulator

Available with qBraid's Azure Quantum integration, Pasqal’s Emu-TN emulator allows for simulating the 100 qubit Fresnel QPU.

Emu-TN

Emulates Pasqal's 100 qubit analog neutral atom quantum computer

Pricing available upon request.

Specifications:

  • Tensor network simulator which can simulate up to 100 qubits
  • Runs on a cluster of A100s

Simulated Annealers

NEC Vector Annealing is a quantum-inspired computing method that uses simulated annealing to solve complex optimization problems.

Vector Annealer

Created and hosted in Japan

Available upon request*

Specifications:

  • Run on the SX-Aurora TSUBASA vector supercomputer
  • 30 times faster than conventional services
  • 300,000 bit-scale

NOTE: All prices may be subject to change.

FAQs

Need clarity? Let’s collapse the confusion.

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