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Pasqal Review

Pasqal specializes in neutral-atom quantum computing, providing hardware, a comprehensive software suite, and cloud access for enterprise deployment and research applications.

shipped Jul 7, 2026aipaid
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Pasqal — product screenshot

Why it matters

1Operates 10 quantum processing units (QPUs), with 7 installed and 3 in production as of March 2026.
2Achieved defect-free 1024-atom registers, demonstrating scalability towards 1000 qubits.
3Raised over $550 million in funding, including $250 million in committed convertible financing.
4Reported €16.5 million in commercial revenue in 2025, with over €66 million in booked and awarded business as of March 2026.

Specs

API Docs

View Documentation →

API Available

Yes, public API

overview

What is Pasqal?

Pasqal is a quantum computing tool developed by Pasqal that enables enterprises and researchers to develop and deploy neutral-atom quantum computing solutions. It offers high-performance neutral-atom quantum processors and a full-stack quantum computing ecosystem accessible via cloud platforms. Pasqal's technology is based on Nobel Prize-winning research, utilizing precisely controlled laser light to trap, manipulate, and entangle individual rubidium atoms as qubits. These processors support both analog and digital modes, emphasizing scalability, precision, and flexibility for industrial applications. The company provides quantum hardware for on-premises deployment and cloud access, software platforms like Pulser and Pulser Studio for programming and simulation, and SDKs for hybrid quantum-classical algorithms. Additionally, Pasqal offers consultation, training, and custom quantum solutions to integrate quantum technologies into various sectors.

features

Key Features of Pasqal

Pasqal provides a comprehensive suite of features designed to support the development and deployment of neutral-atom quantum computing applications.

  • Neutral-atom quantum computing hardware for on-premises deployment and cloud access.
  • Comprehensive software suite including Pulser and Pulser Studio for quantum programming and simulation.
  • Software Development Kits (SDKs) for hybrid quantum-classical algorithm development.
  • Cloud access to quantum hardware via Pasqal's platform and major providers like Google Cloud and Microsoft Azure.
  • Scalable quantum computing solutions, demonstrated by defect-free 1024-atom registers.
  • Production-ready quantum systems, with 3 QPUs currently in production.
  • API available for programmatic access to quantum resources.
  • Professional services for consultation, training, and custom quantum solutions.
  • Research into advanced concepts like fault-tolerant quantum computing and error correction.

use cases

Who Should Use Pasqal?

Pasqal's technology is applied across various key economic sectors to solve complex computational challenges, targeting enterprises and researchers in specific domains.

  • Optimization: Solving complex problems in logistics, supply chain management, and resource allocation for industrial bottlenecks.
  • Simulation: Advanced materials simulation, molecular interactions for drug discovery, and dynamical system simulation.
  • Artificial Intelligence (AI) and Machine Learning (ML): Enhancing ML algorithms and developing powerful AI models for large datasets and real-time predictions in finance and healthcare.
  • Finance: Portfolio modeling, risk analysis, and market trend analysis.
  • Energy and Utilities: Addressing complex industrial challenges and resource management.

how to use

How to Use Pasqal

Pasqal's quantum computing resources can be accessed through its cloud platform or integrated into existing high-performance computing environments. Users can leverage Pasqal's SDKs and software tools to develop and execute quantum algorithms.

  • 1Access Pasqal's quantum hardware via its cloud platform or integrated cloud providers like Google Cloud and Microsoft Azure.
  • 2Utilize the Pulser SDK for Python to program neutral-atom quantum processors.
  • 3Develop and simulate quantum algorithms using Pulser Studio for design and testing.
  • 4Integrate Pasqal's quantum solvers into existing classical workflows for hybrid quantum-classical applications.
  • 5Engage with Pasqal's professional services for custom quantum solution development and deployment.
  • 6Explore scientific publications and research to understand current capabilities and advancements.

pricing

Pasqal Pricing & Plans

Pasqal operates on a paid business model, primarily offering enterprise-level solutions, cloud access to its quantum processing units (QPUs), and professional services. Specific public pricing tiers or per-unit costs are not detailed; instead, the company engages in custom contracts and partnerships for its quantum computing hardware, software, and consultation services. As of March 2026, Pasqal has over €66 million in booked and awarded business, including grants, from more than 25 quantum-solution contracts.

  • Custom enterprise solutions: Pricing based on project scope, hardware deployment, and service level agreements.
  • Cloud access: Usage-based or subscription models for accessing QPUs, details available upon inquiry.
  • Professional services: Consultation, training, and tailored quantum algorithm development are offered via custom quotes.

Pros

  • +Specializes in neutral-atom quantum computing, a scalable technology.
  • +Offers a full-stack ecosystem including hardware, software (Pulser, Pulser Studio), and SDKs.
  • +Provides cloud access to its quantum processing units (QPUs) via multiple major cloud providers.
  • +Demonstrated significant hardware scalability with defect-free 1024-atom registers.
  • +Strong focus on industrial applications and achieving quantum advantage for real-world problems.
  • +Active in strategic partnerships and collaborations for hybrid quantum-classical integration.

Cons

  • −Specific public pricing details for cloud access or software tiers are not readily available, requiring custom inquiries.
  • −Quantum computing technology, including neutral-atom systems, is still in early stages of commercial maturity for widespread adoption.
  • −Requires specialized expertise in quantum programming and algorithm development to fully leverage its capabilities.
  • −The full realization of fault-tolerant quantum computing and error correction is part of a long-term roadmap (2029 target).

Similar Tools

Pasqal vs Competitors

Pasqal operates within a competitive quantum computing landscape, differentiating itself through its neutral-atom technology and full-stack ecosystem.

1
QuEra ComputingOn StorkCompare

QuEra Computing specializes in developing neutral-atom quantum computers with a focus on scalability and real-world applications, and is the most-accessed neutral-atom QPU by external-customer hours.

Like Pasqal, QuEra also uses neutral-atom technology and targets real-world applications and enterprise innovators. QuEra's Aquila system is accessible via Amazon Braket, providing a different cloud access route compared to Pasqal's access through IBM Qiskit, Google Cloud, Microsoft Azure, and HPE GreenLake.

2
Atom ComputingOn StorkCompare

Atom Computing holds a world record for qubit count in neutral-atom systems and focuses on logical qubit work.

Atom Computing is a direct neutral-atom competitor to Pasqal, both aiming for high qubit counts and scalable solutions. Atom Computing partners with Microsoft on logical-qubit work, similar to Pasqal's collaborations for hybrid integration.

3
IonQOn StorkCompare

IonQ is a leading manufacturer of trapped-ion quantum computers, known for high-fidelity qubits and commercial systems with enterprise-grade features.

While Pasqal uses neutral atoms, IonQ uses trapped-ion technology. Both offer cloud access (IonQ via its own cloud, Amazon Braket, Microsoft Azure, and Google Cloud; Pasqal via its own cloud, Google Cloud, and Microsoft Azure) and target enterprise solutions for complex problems like drug discovery and financial modeling.

4
IBM Quantum↗

IBM Quantum is a global leader in quantum computing with a strong focus on superconducting quantum computers, offering a robust cloud platform and a clear roadmap toward fault-tolerant quantum computing.

IBM Quantum utilizes superconducting qubits, a different modality than Pasqal's neutral atoms. Both provide comprehensive software suites and cloud access for enterprise use, with IBM having a longer history and larger installed base of superconducting systems. Pasqal and IBM also collaborate on quantum-centric supercomputing, indicating a hybrid approach.

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