With Amazon Braket, there are no upfront charges, and you can get started exploring quantum computing with the AWS Free Tier and the open source Amazon Braket software development kit (SDK). Learn more about the AWS Free Tier with Amazon Braket below.

Beyond the AWS Free Tier, you only pay for the AWS resources you use. Amazon Braket provides access to quantum computers, managed simulators that simulate quantum circuits, and managed notebook development environments. You will also be billed separately for use of each of these capabilities, as well as other AWS services that you use with Amazon Braket such as Amazon S3 for storing the results of quantum computations.

If you need expert help as you explore quantum computing, our Amazon Quantum Solutions Lab professional services team and our quantum computing technology and consulting partners can help. You can request information about an engagement with them here.

Managed Notebook

Amazon Braket provides fully managed Jupyter notebook development environments so you can build your quantum algorithms, share code, test your algorithm and visualize your results. When you create a notebook in Amazon Braket, it will be hosted and billed by Amazon SageMaker. Amazon SageMaker is a machine learning (ML) service that you can use to build, train, and deploy ML models for virtually any use case. With Amazon Braket managed notebooks, you can choose your preferred instance type to run each notebook and you will be billed per hour for your usage, according to the pricing for the selected instance type. For usage under one hour, the cost is prorated based on the hourly pricing. The cost of using each notebook will be listed in the Amazon SageMaker portion of your bill.

For details on the pricing of different notebook instance types, refer to the Amazon SageMaker pricing page. Select the On-Demand Notebook Instance tab, select the relevant region, and refer to the instance type that you plan to use.


With Amazon Braket, you have a choice of three gate-based quantum circuit simulators to run and test quantum algorithms. These include: 1/ the local simulator that is included in the Amazon Braket SDK, 2/ the Amazon Braket SV1 managed simulator, and 3/ the Amazon Braket TN1 managed simulator. The local simulator and SV1 are general purpose quantum circuit simulators, whereas TN1 is only suitable for certain types of quantum circuits.

The local simulator in the Amazon Braket SDK is provided at no cost, and can run on your laptop, or within an Amazon Braket managed notebook on your chosen instance type. The local simulator is suitable for running small and medium-scale simulations (typically up to 25 qubits – quantum bits). You can use it for rapid prototyping, and for debugging or testing a small instance of your circuit before running it on high-performance managed simulators and quantum computers.

The Amazon Braket SV1 simulator is a fully managed state vector simulator for quantum circuits. A state vector simulator takes the full wave function of the quantum state and applies the operations of the circuit to calculate the result. SV1 automatically scales AWS computing resources to deliver high performance for testing and execution of your quantum algorithms. It supports simulations up to 34 qubits in size. For example, after you have designed and debugged your quantum algorithm in the Amazon Braket SDK with the local simulator, you can test and optimize its performance using SV1.

The Amazon Braket TN1 simulator is a managed, high-performance tensor network simulator that is used for structured quantum circuits. A tensor network simulator encodes quantum circuits into a structured graph to find the best way to compute the outcome of the circuit. TN1 can simulate certain types of quantum circuits up to 50 qubits in size. For example, you could use TN1 to simulate a 45-qubit circuit to validate your quantum algorithm at a much large scale.

The cost of using the Amazon Braket managed simulators is based on the duration of each simulation task. You are billed at a per-minute rate, in increments of one millisecond, for the time your simulation takes to execute. When you use either managed simulator, you are billed for a minimum of 3 seconds per simulation.

The Amazon Braket SV1 simulator is billed at a rate of $0.075 per minute.

The Amazon Braket TN1 simulator is billed at a rate of $0.275 per minute.

AWS Free Tier

Amazon Braket is part of AWS Free Tier. When you begin using Amazon Braket managed simulators, the AWS Free Tier provides you one hour of simulation time for which you will not be charged. This applies to simulation time on SV1, TN1 or a combination of both. After you use the one free-tier hour, you pay the standard rates quoted above for any incremental time.

Quantum Computers

There are two pricing components when using a quantum computer, or quantum processing unit (QPU), on Amazon Braket: a per-shot fee and a per-task fee.

A shot is a single execution of a quantum algorithm on a QPU. For example, a shot is a single pass through each stage of a complete quantum circuit on a gate-based QPU from IonQ or Rigetti. When you use a D-Wave quantum annealer, a shot is when you obtain a result sample of a quantum annealing problem. The per-shot pricing depends on the type of QPU used. The per-shot price is not affected by the number or type of gates used in a quantum circuit or the number of variables used in a quantum annealing problem.

A task is a sequence of repeated shots based on the same circuit design or annealing problem. You define how many shots you want included in a task when you submit the task to Amazon Braket. Per-task pricing is the same across all QPUs. Pricing for each hardware provider and QPU is in the table below:

Hardware Provider

QPU family

Per-task price

Per-shot price










IonQ device







Pricing Examples

Example #1 – Managed simulator

A developer designs a quantum circuit to use 30 qubits and simulates the circuit using the Amazon Braket managed simulator SV1 ($0.075 per minute). The simulation takes 4 minutes to execute.

Simulation charges: $0.30 = $0.075 / minute x 4 minutes
Total charges: $0.30

Example #2 – Quantum annealer

A researcher runs a quantum annealing problem on the D-Wave 2000Q quantum computer. This task includes 2,000 result samples of the same annealing problem. The cost to execute this task includes a per-task charge of $0.30, plus 2,000 shots at a per-shot price of $0.00019.

Task charges: 1 task x $0.30 / task = $0.30
Shots charges: 2,000 shots x $0.00019 / shot = $0.38
Total charges: $0.68 = $0.30 + $0.38

Example #3 – Gate-based QPU

A scientist runs a quantum algorithm on the Rigetti Aspen-8 quantum computer. This task includes 10,000 repeated shots of the same circuit design. The cost to execute this task includes a per-task charge of $0.30, plus 10,000 shots at a per-shot price of $0.00035.

Task charges: 1 task x $0.30 / task = $0.30
Shots charges: 10,000 shots x $0.00035 / shot = $3.50
Total charges: $3.80 = $0.30 + $3.50

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