Qaptiva™ quantum emulation appliance

Quantum computing emulation in a single on-premises device

At Bull, we have established ourselves as pioneers and leaders in quantum programming and emulation, and we are thrilled to introduce our latest innovative solution to the market.

Quantum computing promises breakthroughs, but real quantum processing unit (QPUs) remain costly and limited. Bull’s Qaptiva™ bridges the gap with a powerful emulation platform on classical hardware, enabling developers to simulate, optimise, and test quantum algorithms today, preparing for future execution on QPUs without constraints.

Thumbnail Qaptiva 800

Trusted by leading organisations

  • CEA
  • genci
  • universite
  • scayle

Qaptiva Application Platform

The Qaptiva Application Platform offers a unified environment that includes programming tools, libraries, algorithms, notebooks, and third-party open-source connectors, all in one place. It enables users to efficiently develop, optimise, compile, and emulate quantum applications.

myQLM quantum development and emulation architecture

Programming: AQASM, pyAQASM, CIRC and QLIB

Libraries (Fermion, Bull’s proprietary libraries , Partners’ libraries) and Notebooks

Universal / Gates

Full Vector: Linear algebra, emulator and noisy/noiseless emulators

Tensor Networks: MPS, MPO, MPSTraj and compressors

Others: Feynman Path and more

Annealing

Simulated Quantum Annealing (SQA) emulator

Analog

Hamiltonian schedules
Analog QPU emulator

Optimise and/or compile

Topological optimiser
Pattern circuit optimiser
Noise models and density matrices

Quantum topography
Scheduler and resource manager
Batch generators

Emulate on premises and keep control
Qaptiva application platform diagram

myQLM quantum development and emulation architecture

Programming:
Atos Quantum Assembly (AQASM), Python AQASM (pyAQASM), CIRC and QLIB

Libraries: Fermion, Bull proprietary libraries and partner libraries, plus notebooks

Universal gates

Full vector: Linear algebra and noisy or noiseless emulators

Tensor networks: Matrix Product State (MPS), Matrix Product Operator (MPO), Matrix Product State Trajectories (MPSTraj) and compressors

Other: Feynman Path and more

Annealing

Simulated Quantum Annealing (SQA) emulator

Analogue

Hamiltonian schedules

Analogue Quantum Processing Unit (QPU) emulator

Optimise and compile

Topological optimiser
Pattern circuit optimiser
Noise models and density matrices

Quantum topography
Scheduler and resource manager
Batch generators

Emulate on premises and keep control

Key benefits

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Develop quantum applications more easily

Access programming tools, libraries, example notebooks, algorithms and open source connectors in one environment.

mindTest complex quantum applications

Run quantum algorithms and circuits with up to 40 logical qubits. You can also simulate physical noise to test how applications may behave on a quantum computer.

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Prepare applications for different quantum technologies

Develop and optimise your code without being tied to one quantum technology. Compile applications to run on different quantum computers when needed.

protection_blackKeep sensitive research on your premises

Install Qaptiva 800 on premises and integrate it with your existing infrastructure, helping you keep sensitive research and innovation data within your environment.

Related resources

Ready to talk to an expert?

Discuss your quantum algorithm testing needs and how a dedicated emulation appliance could fit your research environment.

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