Our Ecosystem

IBM's quantum computers are at the forefront of technological innovation, providing powerful tools for solving complex problems that are beyond the reach of classical computers. Here are some key features that highlight the capabilities and advancements of IBM’s quantum systems:

• Gate-based, Universal Quantum Computing: IBM's quantum computers utilize a gate-based approach, making them universal quantum machines. This means they can perform any computation given the right algorithm and sufficient resources, providing unparalleled flexibility and power.
• Superconducting Qubits: At the core of IBM's quantum computers are superconducting qubits. These qubits leverage superconducting circuits to create highly coherent quantum states, enabling more stable and reliable quantum operations.
• Fast Gate Speeds and Efficient Circuit Batching: IBM’s quantum systems are designed for speed and efficiency. Fast gate speeds allow for quicker quantum operations, while efficient circuit batching optimizes the execution of quantum circuits, maximizing the performance of quantum algorithms.
• Clear Scaling Roadmap Based on Processor Modularity: IBM has a clear and ambitious roadmap for scaling its quantum processors. By focusing on processor modularity, IBM plans to create larger and more powerful quantum systems, paving the way for solving increasingly complex problems.
• Mid-circuit Measurements: A Key Ingredient for Error Correction: One of the critical features of IBM’s quantum computers is the ability to perform mid-circuit measurements. This capability is essential for implementing advanced error correction techniques, which are crucial for maintaining the integrity of quantum information over longer computations.

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IonQ is harnessing the unique properties of trapped-ion technology to deliver outstanding performance and versatility. Here’s an overview of the key features that set IonQ’s quantum systems apart:

• Gate-based, Universal Quantum Computing: IonQ’s quantum computers employ a gate-based, universal approach, making them capable of executing any quantum algorithm. This universality ensures that IonQ’s systems can address a broad spectrum of computational challenges, providing unparalleled flexibility.

• Trapped-ion Qubits: At the heart of IonQ’s technology are trapped-ion qubits. These qubits are derived from individual ions held in electromagnetic traps, offering precise control and manipulation. Trapped-ion qubits are known for their stability and reliability, making them a robust foundation for quantum computing.

• Long Coherence Times: IonQ’s quantum systems boast long coherence times, meaning that the qubits maintain their quantum states for extended periods. This feature is critical for performing complex computations and achieving high fidelity in quantum operations, reducing errors and enhancing performance.

• High-quality Qubits: The qubits used in IonQ’s quantum computers are of exceptionally high quality, characterized by low error rates and high operational fidelity. High-quality qubits ensure more accurate and reliable quantum computations, leading to better overall system performance.

• All-to-all Qubit Connectivity: One of the standout features of IonQ’s quantum computers is their all-to-all qubit connectivity. This allows any qubit to interact directly with any other qubit in the system, enabling a wider range of algorithms and more efficient implementation of complex quantum circuits. This connectivity simplifies the design of quantum algorithms and enhances their execution.

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Focusing on annealing technology, D-Wave offers robust solutions for complex optimization problems and integrates seamlessly with classical computing resources. Here’s a closer look at the features that define D-Wave’s quantum systems:

• Annealing, Specialized for Optimization Problems: D-Wave’s quantum computers are based on quantum annealing, a process particularly well-suited for solving optimization problems. This technology excels at finding the best solutions in large, complex spaces, making it ideal for applications such as logistics, scheduling, and resource allocation.

• Superconducting Qubits: At the core of D-Wave’s technology are superconducting qubits. These qubits leverage superconducting materials to achieve high coherence and stability, enabling reliable and efficient quantum computations.

• Possibility to Efficiently Process Large (Classical) Data Volumes: D-Wave’s systems are designed to handle and process large volumes of classical data efficiently. This capability allows businesses to integrate their existing data infrastructure with quantum computing resources, enhancing overall computational power and flexibility.

• Quantum and Hybrid Quantum-Classical Solvers: D-Wave provides a range of solvers that include both pure quantum and hybrid quantum-classical approaches. Hybrid solvers leverage the strengths of both quantum and classical computing, offering powerful tools to tackle a variety of complex problems more effectively than either approach could alone.

• First Use Cases in Production: D-Wave’s quantum computers are not just theoretical; they have been successfully deployed in real-world production environments. These early use cases demonstrate the practical applicability and value of D-Wave’s technology in addressing real-world challenges, from optimizing manufacturing processes to improving financial modeling.

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NVIDIA GPUs offer market leading performance, advanced features, and a strong ecosystem, making them an excellent choice for Machine Learning and AI tasks. Their widespread adoption and continuous innovation ensure that you stay at the forefront of technology.

Our partnership with NVIDIA gives you access to the power of leading GPU technology. This enables you to accelerate AI and machine learning workloads, ensuring you get the most powerful and efficient solutions tailored to your needs.

OpenShift provides a powerful and flexible platform for deploying, managing, and scaling applications. Its robust security, scalability, and developer-friendly features make it an ideal choice for enterprises looking to adopt cloud-native technologies and improve operational efficiency.

By leveraging Red Hat OpenShift, QuantumBasel provides you with a cloud-agnostic, scalable, and flexible Kubernetes infrastructure. OpenShift aligns with our vision to give you sovereign access to Quantum and AI technologies, enabling you to rapidly develop custom solutions tailored to your needs.

Through our partnership with Phoenix Systems, you gain access to robust hardware and service capabilities that enhance QuantumBasel's local and sovereign infrastructure in Switzerland. This collaboration democratizes access and strengthens our ability to deliver advanced AI solutions.

Our collaboration with IBM provides QuantumBasel with world-class technology and services that facilitate the seamless integration of Quantum and AI solutions. IBM's expertise enhances our ability to deliver robust, secure and innovative offerings to our customers.

QAI Ventures is a global ecosystem builder that uses its quantum-focused VC fund and startup accelerator programs to support the creation and growth of quantum startups throughout their journey from the lab to IPO. Born out of uptownBasel and with offices in Basel, Switzerland, and Calgary, Canada, QAI Ventures works towards harnessing the power of collective effort to drive the advancement of quantum technologies.