Pasqal Software Suite

Accelerate quantum innovation using Pasqal’s comprehensive software suite, featuring powerful solvers, developer SDKs, and scalable emulation tools.

Tackle optimization and graph machine learning challenges using Pasqal’s neutral atom quantum technology. Our Python-native SDKs and industry-grade emulators integrate seamlessly into your workflow, enabling rapid prototyping and scaling. Apply quantum computing to real business problems and research—efficiently and practically.

Enterprise-Grade Quantum
Software for Real-World Impact

All-in-one software suite: from design to deployment

Design, emulate, and deploy quantum applications with a full-stack software suite optimized for real use cases.

INDUSTRIAL APPLICATIONS

Pasqal’s software stack is utilized across 25+ commercial use cases in logistics, finance, energy, and advanced materials to map complex industrial challenges to hybrid quantum solutions.

QUANTUM APPLICATIONS

Ready-to-use libraries built around quantum-hybrid algorithms tailored to problem classes as combinatorial optimization, dynamical system simulation, or quantum-inspired machine learning, bridging customer needs to quantum solutions.

QUANTUM SDKs

A Multi-level Software Development Kit to design quantum algorithms, compile them for neutral-atom architectures, and connect them seamlessly into existing classical applications and workflows.

EXECUTION

Infrastructure to process workloads on Pasqal’s QPUs and quantum emulators, with scalable options for experimentation, benchmarking, and integration into larger quantum-classical workflows.

Pasqal’s quantum solvers provide ready-to-use algorithms designed to address challenging problems in mathematical optimization and machine learning. Engineered to pursue computational advantage over classical systems, these hybrid classical-quantum algorithms allow organizations to model complex scenarios in business and research.

Optimization

MIS Solver (Maximum Independent Set)

Target complex optimization workloads in logistics, scheduling, and network design. The MIS solver leverages quantum techniques to evaluate models in scenarios where classical architectures face significant computational bottlenecks.

Machine learning

QEK (Quantum Evolution Kernel)

Apply advanced quantum machine learning for graph classification and data analysis. QEK integrates quantum capabilities into graph-based workflows, accelerating exploration in areas like Quantum-Enhanced Graph Machine Learning and materials modeling.

Our Software Development Kits empower developers and researchers with versatile tools to create, control, and experiment with neutral atom quantum processors. Whether through code or visual interfaces, Pasqal’s SDKs bridge the gap between theory and practice.

Qoolqit

Hardware-agnostic, Python-native interface for quantum programming. Designed specifically for the neutral-atom computing model, Qoolqit automatically compiles for varying QPU architectures, enabling developers to focus on solution design.

Pulser

Enable direct, pulse-level control over neutral-atom quantum hardware. Pulser provides a Python-native interface engineered for researchers and developers requiring precise experiment design and hardware-specific programming.

No-Code interface

Pulser Studio

Access a no-code interface for building and simulating quantum pulse sequences. Pulser Studio enables users to visualize, prototype, and model quantum control mechanisms without requiring code execution.

Simulate quantum workflows with Pasqal’s emulators, engineered to model QPU environments. Available locally or via the cloud, these tools enable developers to test and refine quantum algorithms before deploying to physical hardware.

Simulation Platform

Emulate Locally or in the Cloud

Develop, test, and iterate hybrid quantum applications before executing on physical hardware. Pasqal’s emulators simulate quantum circuits locally or securely in the cloud, supporting development, troubleshooting, and workflow optimization.

Quantum Processor

Deploy on Cutting-Edge Quantum Hardware

Transition from simulation to execution on Pasqal’s neutral-atom quantum processors. The software suite provides access to QPU resources featuring automatic optimization, real-time monitoring, and commercial-grade integration, enabling users to execute quantum applications through a unified interface.