Quantum computing solutions

Unlock the power of quantum mechanics

Quantum Computing (QC) is an emerging technology that uses quantum mechanics to solve problems too complex for classical computers. It promises a major leap in computing power, enabling rapid simulation of complex systems and unlocking new digital possibilities across industries.

Bull’s Qaptiva™ offers a comprehensive full-stack quantum solution, including on-premises emulation appliances, a powerful programming platform, HPC-cluster emulation software, expert consulting, and a free starter toolkit.

Designed to be fully hardware-agnostic, Qaptiva empowers users to develop, optimise, emulate, and run quantum applications across diverse infrastructures and technologies.

Quantum figures

Our products and services

Man in server room

Qaptiva HPC

Qaptiva HPC is Bull quantum emulation software that extends HPC clusters with large scale quantum simulation capabilities for research and application development.

Qaptiva 800

Qaptiva Quantum Emulation Appliance

The Quantum Emulation Appliance is a Bull quantum computing system for developing, emulating, testing and optimising quantum applications in a secure environment.

Woman giving training to a class in front of a whiteboard

Quantum consulting, training and support

Bull quantum consulting, training and support services help organisations assess quantum computing use cases, develop internal expertise and prepare practical adoption plans.

quantum knots

Qaptiva Access Server

Qaptiva Access Server is Bull software that connects users with quantum emulators, quantum computers and HPC systems while centrally managing access, workloads and orchestration.

quantum-computing-solution-image

myQLM

myQLM is a free quantum programming Python package from Bull that enables researchers, students and developers to write, simulate and test quantum programs locally.

Some of the exciting projects and initiatives we are currently working on

Benchmarks for Application-Centric Quantum Computing (BACQ)

The Q-score is a metric designed to evaluate the performance of quantum processors and the entire quantum computing stack for solving real-world problems.

Turning qubit noise into an advantage: Automatic state preparation and long-time dynamics for impurity models on quantum computers

Noise is often regarded as a limitation of quantum computers. In this work, we show that in the dynamical mean field theory (DMFT) approach to strongly-correlated systems, it can actually be harnessed to our advantage.

Learn more >

Quantum computing projects

Quantum Computing has the potential to revolutionise every industry

icon-orange-finance-1
Finance & Insurance

  • Portfolio optimisation

  • Risk assessment

  • Credit scoring

  • Fraud detection

green-factory_orange
Energy & Utilities

  • Decarbonisation

  • Network infrastructure

  • Facility location

  • Logistics scheduling

robotic-arm_orange
Manufacturing

  • Supply chain

  • Software validation

  • Material science

  • Product development

icon-orange-sovereignty-government
Public Sector & Defense

  • Academic research

  • Cryptanalysis

  • Material science

  • Nanotechnology

icon-health-orange
Healthcare & Lifesciences

  • Genomics

  • Virtual screening

  • Protein folding

  • Drug discovery

satellite-telecom_orange
Telco & Media

  • Content

  • Antenna location

  • Chip layout optimisation

  • Predictive maintenance

Our success stories

abstract image of glowing blue glass clouds with one orange glass cloud

ColibriTD accelerates algorithm development with quantum as a service

Quantum computing startup reaps efficiencies with Bull's Qaptiva on OVHcloud

connection stream

Hartree Centre prepares for the coming quantum evolution

The Hartree Centre in the UK advances quantum computing by integrating Bull's Qaptiva emulator

Photo of Bob Sorenson

Qaptiva HPC marks a significant advancement in quantum emulation for high-performance computing. Quantum simulators, such as Qaptiva, offer quantum computing researchers, software developers, and end users an opportunity to fine tune their quantum computing efforts within a classical compute environment, mitigating the uncertainties and related errors that are inherent in current generation NISQ systems. Perhaps equally important, Qaptiva can be run on users' existing HPC hardware. Such capabilities could prove to be a valuable asset for those looking to harness the power of quantum computing for numerical simulation.

Bull is a global leader in Quantum Computing and with the launch of Qaptiva™, a complete as-a-service offer focused on applications development, Bull is on the right path toward rapid innovation and adoption of Quantum Computing for enterprises and businesses.

With its proven expertise in High Performance Computing (HPC), Bull will speed up the adoption of hybridisation to combine quantum, traditional HPC and AI at scale. Bull has all the critical elements and potential to contribute meaningfully to the future of Quantum Computing.

Bob Sorensen Chief Analyst for Quantum Computing, Hyperion Research

Related resources

FAQ

Quantum Computing helps businesses and organisations enhance their discovery capabilities and solve complex business problems beyond conventional computers’ reach.

The field of quantum computing technology is continually expanding and transforming. It takes significant time for businesses and organisations to discern the practical applications that Quantum Computing can provide. Therefore, it is crucial to begin exploring these possibilities and stay caught up.

Solve what matters

Bring us your most complex challenge. We will help define a practical, scalable path from infrastructure to outcomes.

Discuss your priorities
Contact us