Quantum Computing & Hybrid Readiness

PREPARE YOUR ORGANISATION FOR QUANTUM COMPUTING - WITOUT DISRUPTING YOUR HPC INVESTMENT

Quantum Computing & Hybrid Readiness

Quantum computing is transitioning from a theoretical promise to practical impact. While classical computing continues to power today’s workloads, quantum technologies are emerging as the next frontier as they unlock breakthroughs in optimisation, materials science, cryptography, and artificial intelligence.

Bridge today’s HPC infrastructure with tomorrow’s quantum capability. OCF helps you assess, integrate, and future-proof your environment for hybrid HPC + quantum workloads.

Why Quantum Computing Matters Now

Quantum systems leverage qubits rather than classical bits, enabling them to process complex computations exponentially faster for specific problem classes. However, the industry is still in the NISQ (Noisy Intermediate-Scale Quantum) era, meaning:

  • Quantum hardware is powerful but not yet fully fault-tolerant
  • Use cases are emerging—but require integration with classical systems
  • Success depends on hybrid architectures

 

Organisations are facing:

  • Uncertainty about when quantum becomes usable
  • Risk of falling behind competitors investing early
  • Difficulty integrating quantum with existing HPC systems
  • Lack of internal expertise or roadmap


OCF helps you turn uncertainty into a structured, low-risk strategy.

The Hybrid Quantum Approach

OCF advocates a hybrid computing model, combining:

  • Classical HPC / cloud infrastructure
  • AI and advanced analytics
  • Quantum processing units (QPUs)


This approach enables organisations to:

  • Experiment with quantum algorithms today
  • Offload specific optimisation or simulation tasks to quantum systems
  • Maintain scalability and reliability through classical systems

Hybrid platforms ensure that quantum computing becomes an extension of enterprise architecture - not a disruption.

IBM’s Quantum Vision:
The “Chandelier” Architecture

IBM is leading the industry with its ambitious quantum-centric supercomputing vision, often referred to as a modular or “chandelier” architecture:

  • Multi-chip quantum processors interconnected at scale
  • Integration with classical supercomputing resources
  • A roadmap toward fault-tolerant quantum systems


IBM’s approach focuses on:

  • Scalability: Linking thousands of qubits
  • Modularity: Building systems like data centre infrastructure
  • Hybrid orchestration: Seamless integration with classical workloads

Through IBM Quantum services, organisations can access quantum systems via the cloud and begin developing hybrid solutions today.

NVIDIA’s Role in Quantum Acceleration

NVIDIA is playing a critical role in bridging quantum and classical computing.

CUDA-Q Platform
  • A unified programming model for hybrid quantum-classical workflows
  • Enables developers to run quantum algorithms alongside GPU acceleration
  • Supports simulation, testing, and optimisation of quantum workloads
NVIDIA Quantum Systems (DGX + Quantum Integration)
  • Combines AI supercomputing with quantum simulation
  • Uses GPUs to emulate quantum circuits and accelerate research
  • Enables large-scale experimentation before deploying on real QPUs


NVIDIA’s approach ensures that:

  • Quantum development is accessible using familiar tools
  • AI and quantum converge into a unified computational stack
  • Organisations can prototype today and scale tomorrow

 

European Innovation: Photonic Quantum Computing

Europe is emerging as a strong player with alternative quantum approaches - particularly photonic quantum computing, where OCF actively collaborates with leading innovators such as AegiQ and other ecosystem partners.

Photonic Quantum (e.g., Photon-based systems)
  • Uses light (photons) instead of superconducting circuits
  • Operates at room temperature - no need for extreme cooling
  • Highly scalable for communication and distributed quantum networks
  • Strong alignment with quantum networking and secure communications


OCF works with partners like AegiQ - a UK-based photonic quantum technology leader, to bring:

  • Advanced single-photon sources
  • Quantum communication and security solutions
  • Scalable architectures for future quantum networks


This collaboration enables OCF clients to explore next-generation quantum infrastructure, particularly in areas such as secure data exchange, quantum encryption, and distributed computing.

Neutral Atom / other Modalities (sometimes referred to as “netron” approaches)
  • Use trapped atoms or ions as qubits
  • Offer high stability and coherence times
  • Well-suited for precision simulations and complex modelling


These approaches provide:

  • Different performance trade-offs
  • Increased diversity in the quantum ecosystem
  • Opportunities to build interconnected quantum networks


OCF helps clients evaluate these technologies based on use case alignment, maturity, and ecosystem support.

OCF’s Quantum Readiness Framework

We guide organisations through a structured journey:
1. Awareness & Strategy

  • Identify high-impact quantum use cases
  • Assess business value and feasibility
  • Build internal understanding and leadership alignment


2. Experimentation & Prototyping

  • Access quantum platforms (e.g., IBM Quantum)
  • Develop hybrid proofs of concept
    Use simulation environments powered by NVIDIA


3. Integration & Scaling

  • Embed hybrid architectures into enterprise IT
  • Align with AI, data, and HPC strategy
  • Prepare for future fault-tolerant quantum systems

Key Use Cases We Support

  • Financial modelling and risk analysis
  • Supply chain optimisation
  • Drug discovery and materials science
  • Advanced AI and machine learning acceleration
  • Cryptography and security readiness

 

Why Partner with OCF

  • Deep expertise in AI, data, and advanced computing
  • Strong partnerships across IBM, NVIDIA, and leading ecosystem providers
  • Proven experience in translating emerging tech into business outcomes
  • End-to-end support—from strategy to deployment

Start Your Quantum Journey Today

Quantum computing is not a distant future - it is a strategic capability emerging now. Organisations that start preparing today will be best positioned to lead tomorrow.

OCF can help you move from curiosity to capability
- safely, practically, and with measurable value.