About Quantum Engineering & Implementation Services
Many organisations are past the “what is quantum computing?” stage. They already have candidate problems, early vendor relationships, maybe even a few proofs of concept. The hard part now is turning experiments into something rigorous, defensible and integrated with the rest of the stack.
That’s where Quantum Engineering & Implementation comes in. We work with engineering, data, R&D, security and operations teams to:
- identify realistic problems and architectures for quantum and quantum‑inspired approaches
- design and run rigorous PoCs and pilots, with clear baselines and success criteria
- choose and integrate hardware, platforms, networks and sensing solutions without locking you into the wrong path
- connect quantum components to your existing cloud, data, IT and OT environments
- secure classical–quantum interfaces and align with PQC and crypto‑modernisation plans
- build internal capability and ownership, so you’re not dependent on external experts forever
The goal is not “quantum for its own sake”, but quantum where it measurably helps – and a clear understanding of when classical or quantum‑inspired approaches are still the better answer today.
How we work
In engineering engagements we act as a vendor neutral partner, sitting between research and production. We help you avoid cargo cult “toy demos” by anchoring everything in real systems, metrics and constraints.
Frame the Problem and Choose the Right Approach
We start by working with your business, R&D and engineering teams to pin down the actual problems we’re trying to solve: optimisation, simulation, sensing, networking, security, analytics. We then evaluate whether quantum, hybrid or quantum inspired methods are appropriate - and which platforms and tools fit your constraints on data, performance, security and cost.
Design Rigorous Experiments and Prototypes
When quantum is a good candidate, we help design PoCs, experiments and prototypes that can actually be compared to your current methods. That includes baselines, datasets, metrics, success criteria and secure architecture. We often co develop code with your teams or vendors, so your engineers stay in the loop rather than being handed a black box.
Integrate, Secure and Hand Over
If experiments succeed, we support the work of integrating results into production architectures – whether that means scheduling jobs on cloud based quantum services, wiring new sensors into OT, or deploying QKD links and quantum networks. We focus on patterns, documentation, security and skills transfer, so your teams can operate and evolve the solution over time.
Quantum Software Engineering
We work with your engineering, data and R&D teams to design and implement quantum and hybrid algorithms and applications, integrated with your existing platforms. That includes workflow design, algorithm selection, tooling, and secure deployment patterns.
- Translate business and scientific requirements into concrete quantum or hybrid workflows.
- Design and implement algorithms, circuits and integrations using appropriate SDKs and platforms.
- Build patterns and reference implementations your teams can reuse and extend.
Quantum Hardware Consulting
We provide independent guidance on the quantum hardware landscape – from annealers and gate based machines to analogue devices and sensing platforms - and help you make pragmatic choices based on your use cases, timelines and constraints.
- Map hardware options against your problem classes, performance needs and risk appetite.
- Support proof‑of‑concepts and benchmarking across multiple vendors where appropriate.
- Advise on lab setups, testbeds and partnerships with hardware providers and research labs.
Quantum Technology Integration
We help you integrate quantum components into real IT and OT environments: from PQC libraries and quantum safe protocols to QKD links, QRNGs and quantum network hooks. The focus is on architectures that are secure, maintainable and interoperable.
- Design integration architectures for quantum components across applications, infra and OT.
- Work with your engineers to implement and test integrations, including monitoring and observability.
- Ensure solutions align with broader security, PQC and crypto‑agility roadmaps.
Quantum Simulation & Modeling
We support simulation and modelling projects that explore quantum and quantum inspired methods for complex systems: materials, molecules, industrial processes, financial portfolios and risk. The emphasis is on rigorous comparison with classical baselines and realistic expectations.
- Identify simulation problems where quantum or quantum‑inspired methods might add value.
- Design and run experiments comparing classical, hybrid and quantum approaches.
- Document findings, limitations and next‑step recommendations for R&D and leadership.
Quantum Sensing Strategy & Advisory
We help you understand where quantum sensing and metrology may be relevant in your operations, from navigation and timing to asset monitoring, diagnostics and environmental sensing. The aim is to move from vendor pitches to a structured roadmap.
- Scan your operations for sensing problems that match current and near‑term quantum capabilities.
- Evaluate candidate sensing technologies and vendors against technical and operational needs.
- Build a roadmap of pilots and deployments, with clear value hypotheses and constraints.
Quantum Sensing Integration
Once sensing opportunities are identified, we assist with the practical integration of quantum sensors into your existing infrastructure, analytics and control systems.
- Design end‑to‑end architectures connecting sensors, data pipelines, analytics and control.
- Support deployment, calibration and integration into monitoring, SCADA or analytics tools.
- Define operational procedures, maintenance and security considerations for sensing deployments.
Quantum Networks Implementation
We work with telecoms, backbone operators and governments on designing and piloting quantum networks - including entanglement distribution, quantum repeaters and integration with existing optical and IP networks.
- Define use cases and architectures for quantum network segments and services.
- Support pilots and testbeds in collaboration with network vendors and research partners.
- Address security, management and interoperability questions from day one.
Quantum Key Distribution (QKD) Deployment
We help organisations plan, design and deploy QKD links where they make sense – and avoid them where they don’t. This includes integration with key management, VPNs and existing crypto architectures.
- Assess whether QKD aligns with your threat models, architectures and regulatory context.
- Design and support QKD pilots, including network design and integration into KMS/HSM stacks.
- Define operating models, monitoring and fallback procedures for QKD‑enabled links.
Quantum Random Number Generation (QRNG) Implementation
We support the integration of QRNG hardware and services into cryptographic systems, key generation workflows and cloud KMS environments, ensuring they actually strengthen your security posture.
- Evaluate QRNG options (on‑prem, appliance, cloud) against your use cases and constraints.
- Integrate QRNG outputs into key‑generation, HSM/KMS and application workflows.
- Validate implementations and monitoring to avoid misuse or unexpected dependencies.
Cloud Based Quantum Services Integration
We help you choose and integrate cloud based quantum services (e.g. IBM Quantum, Amazon Braket, Azure Quantum) into your workflows, balancing experimentation with cost, security and vendor risk.
- Compare platforms and access models against your use cases, skills and governance constraints.
- Design secure integration patterns for running quantum jobs and managing results at scale.
- Define policies, guardrails and cost‑management practices for ongoing quantum cloud usage.
"Applied Quantum’s consulting services were instrumental in seamlessly integrating quantum technologies into our existing processes and systems. Their strategic advice and support have positioned us at the forefront of the quantum revolution."
- Inquire about our services
- Request detailed analyst reports
- Learn about our educational programs
- Discuss partnership opportunities
- Explore our R&D collaboration
- Get support for your quantum security
- Request a demo of our solutions