Top 5 Quantum Computing Software Of 2025

What comes to mind when you think of quantum computing?

Is it the scene where Ant-Man travels through the Quantum Realm or a hailstorm of scientific computing jargon? Don’t worry if it’s the latter—we are here to simplify what quantum computing technology is and introduce the top 5 tools you should know about.

Well, just like any other computing technology, quantum computing allows you to store and process data. Imagine a traditional computer as a librarian who can recall every line from every page of every book in the library. This librarian can give you all the answers you need to know—but it takes a long, long time to go through the entire dataset.

Now, imagine a librarian who can read every book in the library at the same time!

Yeah, quantum computing operates on the rules of quantum mechanics, which are strange but powerful. If you’re wondering what’s the best way to leverage this magical computing for your business, here is a list of the best Quantum Computing Software.

So, following up on our list from 2024, we’ve curated an updated list of the top 5 Quantum Computing Software of 2025. Read on!
 

What Is Quantum Computing Software?

Quantum Computing Software is a digital solution that allows users to build, simulate, and run quantum algorithms to harness the power of quantum computing. It is popular with researchers, scientists, engineers and even enterprises, as the software accelerates problem-solving across diverse domains. By integrating traditional classical computing with quantum capabilities, Quantum Computing Software is paving the way for innovation in computationally intensive industries.
 

Top 5 Quantum Computing Software Of 2025

Well, quantum computing might just be the future, and every business wants to be prepared for the quantum revolution. If you’re one of them, read on to find the top 5 Quantum Computing Software of 2025!
   

Tool 1: Azure Quantum

Launched in February 2021, Microsoft Azure Quantum is a newcomer on our list, developed by none other than Microsoft. This cloud-based platform is integrated into the Azure cloud ecosystem. This Quantum Computing Software provides access to state-of-the-art quantum hardware and logical qubits, enabling businesses to harness the power of quantum computers. Microsoft Azure Quantum cemented its position in the quantum computing world in November 2024 by creating 24 entangled logical qubits with CNOT—a new world record!
 

Why We Chose This Tool

Microsoft Azure Quantum stands out with its hybrid approach, integrating both quantum and classical computing. It also supports diverse quantum systems such as trapped ions, superconducting qubits and topological qubits to cater to diverse use cases. Further, the platform offers a development suite with Q# (a high-level, open-source programming language), pre-built libraries and seamless integration with Microsoft Azure’s AI and machine learning services.


While Microsoft has not provided information for this product’s pricing, it is usage-based and offers pay-as-you-go options. The final price for each quantum hardware depends on the error mitigation settings. For instance, IonQ’s charges range from approximately $12.42 to $97.50 per use. Yet, its flexible pricing plans ensure accessibility even to smaller businesses and large-scale enterprises alike. Moreover, its interoperability with classical systems makes it a comprehensive solution for quantum exploration and development.
 

What Users Like And Dislike

Users appreciate Microsoft Azure Quantum’s robust documentation, scalability and reliability. However, some users note a steep learning curve for its programming language Q# and high setup costs for smaller teams. Despite these limitations, the platform's versatility and enterprise-grade features make it a trusted choice for quantum computing.
 

Tool 2: Entropica Labs

Founded in 2018 and making its debut on our list is Entropica Labs, a Singapore-based company focused on quantum software development. Entropica Labs develops quantum models, algorithms and digital solutions that make quantum computing accessible and usable for diverse industries. It is recognized as an innovation leader, receiving the Startup SG Tech grant from Enterprise Singapore and a $5.5 million investment from State Farm Ventures in 2024. Onward and upward for Entropica Labs!
 

Why We Chose This Tool

Entropica Labs was chosen, as it specializes in quantum-ready optimization software for industries like logistics, insurance and financial services. Its software integrates seamlessly with existing quantum computing platforms and provides ready-to-use algorithms that optimize and solve real-world problems. With fault-tolerant quantum computing tools, its software enables researchers across industries to design and build error-free quantum applications.


While the exact pricing is not publicly known, Entropica Labs’ Quantum Computing Software charges per project, with flexible subscription tiers for startups and custom enterprise solutions for larger organizations. Its unique ability to simulate quantum behaviors on classical systems offers an entry point for startups and research teams exploring quantum solutions without considerable hardware investments.
 

What Users Like And Dislike

Users praise Entropica Labs’ ease of integration and practical superposition algorithms that deliver various permutations and combinations. However, users point to the lack of robust support and documentation for nontechnical users. Overall, Entropica Labs remains a key player for small-to-medium-sized businesses looking to adopt quantum tools with minimal entry barriers.
 

Tool 3: IBM Qiskit

Making a reappearance this year is IBM Qiskit, a Quantum Computing Software developed by IBM and launched in 2017. The open-source software development kit (SDK) allows businesses to work with quantum computers and algorithms by providing tools to create and run quantum programs either on IBM Quantum Platform or on local simulators. The IBM Quantum System Two, an integral quantum computing infrastructure of IBM Qiskit, received the Pencil Award in Technological Innovation from D&AD in 2024.
 

Why We Chose This Tool

IBM Qiskit stands out, as it offers an accessible platform with top-notch tools to design, test, manipulate and execute quantum programs and algorithms on quantum hardware. Its unique modular structure enables users to develop custom quantum applications. What’s more, it boasts simplified workflows, cloud-based GPUs, QPUs and CPUs for quantum workloads, as well as Qiskit Code Assistant, an AI-powered tool to create quantum circuits.


Talking about its pricing, the Quantum Computing Software offers a range of plans, starting with a free open-source tier, a pay-as-you-go plan starting at $96/minute, a Premium tier $48/minute/Quantum Allocation Unit and a quoted price for a dedicated custom plan. IBM Qiskit stands out for its vibrant open-source developer community, comprehensive documentation and seamless integration with IBM Quantum Experience and hardware.
 

What Users Like And Dislike

Users appreciate IBM Qiskit’s open-source nature, supporting resources and quantum-safe cryptography tools. Yet, some mention occasional hardware accessibility issues with third-party equipment. Overall, IBM Qiskit is a reliable choice for researchers, organizations and developers looking for an open-source quantum platform.
 

Tool 4: Strawberry Fields By Xanadu

Launched in November 2018, Strawberry Fields makes a reappearance on our list. Developed by Toronto-based Xanadu, a quantum computing developer specializing in photonic quantum solutions. Strawberry Fields is a cross-platform Python library that simplifies the development, simulation and execution of programs on quantum photonic hardware. This Quantum Computing Software was named a Technology Pioneer by the World Economic Forum in 2023, acknowledging its contributions to quantum computing.
 

Why We Chose This Tool

Strawberry Fields remains a mainstay on our list thanks to its focus on photonic quantum computing. It offers a Python-based library for building quantum machine learning models and quantum simulations. Moreover, the platform offers pre-built applications, extensive documentation and integration with Xanadu's quantum hardware. It also boasts seamless integration with the Xanadu Quantum Cloud, high-level quantum functions for solving practical problems and TensorFlow backend support.


Although its precise pricing is unknown, Strawberry Fields includes a free community edition and paid subscription tier for advanced features and hardware access. Strawberry Fields' emphasis on photonic quantum computing to run photonic quantum algorithms on Xanadu's quantum hardware makes it a highly innovative tool.
 

What Users Like And Dislike

Users commend Strawberry Field’s focus on quantum photonics, ease of integration and technical documentation. On the downside, some note limited compatibility with non-photonic quantum systems. Overall, Strawberry Fields helps users push the boundaries of quantum applications in specialized areas.
 

Tool 5: D-Wave Ocean

D-Wave Ocean, developed by D-Wave Systems, returns to our list this year. Built by a pioneer in quantum computing since 1999, the suite of open-source Python tools empowers users to experiment, develop and harness the power of D-Wave’s Advantage™ quantum computer. Moreover, BC Tech Association named D-Wave as a finalist in the “GameChanger Ambition” category at the Technology Impact Awards 2024.
 

Why We Chose This Tool

D-Wave Ocean stands out with its support for quantum annealing-based solutions, ideal for optimization problems in logistics, machine learning, portfolio optimization and floor planning. It integrates with Python-based development environments, boasts pre-built libraries and provides tools for hybrid quantum-classical workflows. Plus, D-Wave Ocean’s quantum-classical hybrid solvers can be securely accessed through the Leap quantum cloud service.


The pricing for D-Wave Ocean is $25,000/ quarter for those looking for comprehensive access to D-Wave's solvers to develop their own applications. However, its developer plans with advanced features and support are available for free as an open-source offering. D-Wave Ocean’s focus on real-world applications sets it apart from other Quantum Computing Software, offering businesses practical solutions to optimization challenges.
 

What Users Like And Dislike

Users appreciate D-Wave Ocean’s problem-specific approach, Python tools and access to Advantage™ quantum computer. However, users also highlight limited versatility beyond optimization problems. Nevertheless, D-Wave Ocean remains a leading choice for businesses to leverage quantum annealing and optimization.
 

Conclusion

Quantum Computing Software is no longer a futuristic concept! It’s a critical innovation enabler for modern businesses tackling complex, resource-heavy computational problems. These tools are empowering industries to innovate, optimize and succeed in an increasingly competitive landscape. Adopting Quantum Computing Software in 2025 is no longer a strategic move—it’s essential for the future!

P.S. Always remember to visit the vendor’s site for the latest information!
 

Starting Price	Free	NA	Free	Free	Free
Avg. User Rating	4.6	4.0	4.2	NA	NA
Best For	Enterprises	SMBs	Enterprises	Suitable for all sizes	Enterprises
Trial Period/ Demo	30 days	NA	Free Demo	NA	Free Demo
Top Customers	Goldman Sachs, NASA and OTI Lumionics	Xanadu, State Farm Ventures and UOB	E.ON, Boeing and CERN	Oak Ridge National Labs, University of Toronto and IBM Quantum	Volkswagen Group, Lockheed Martin and Biogen