Vendor-neutral • Evidence-driven • Simulator-first
Determine whether quantum computing is actually worth using — before committing to expensive experimentation, hardware, or pilots.
ShorQ Prism is a vendor-neutral quantum feasibility intelligence platform that evaluates real-world problems and datasets, benchmarks quantum approaches against strong classical alternatives, and produces decision-ready evidence before organisations invest heavily in quantum execution.
Designed for industry, academia, public sector, consultancies and innovation teams.
Real-world problem
Data
Feasibility
Quantum vs Classical
Evidence
Decision
About ShorQ
ShorQ Ltd is a UK-based deep technology company focused on accelerating the practical adoption of quantum computing across industry, academia and the public sector.
ShorQ Prism helps organisations determine whether quantum computing can provide measurable benefits for their specific business, scientific or operational challenges. The platform sits between organisations seeking practical quantum applications and the broader quantum ecosystem, providing an objective, evidence-based assessment rather than assuming quantum is automatically the right technology.
ShorQ is vendor-neutral and is not dependent on one quantum hardware provider.
ShorQ Prism asks “Should we use quantum at all?” rather than assuming quantum will be used and moving straight to building the experiment.
Determine whether a quantum experiment is worth conducting before execution.
Use structured benchmarking and statistical analysis rather than hype.
Remain independent of any single quantum hardware provider.
Translate technical findings into evidence suitable for business and technical decision-making.
Founder & Chief Executive Officer
Original creator of ShorQ Prism. Leads product vision, technology architecture, product development, quantum methodology, research, intellectual property, business strategy and ecosystem engagement.
Co-Founder & Chief Operating Officer
Leads commercial operations, enterprise engagement, partnerships, funding strategy, university engagement, financial planning and operational scaling.
Platform
From real-world data to evidence-backed quantum decisions. ShorQ Prism evaluates a problem before an organisation commits to quantum experimentation.
Connected intelligence
Organisations bring real-world datasets — CSV, Excel, logs, financial, molecular, optimisation, classification, regression datasets and operational constraint systems. The platform performs preprocessing, normalisation, compatibility checks and structural extraction.
Shown here as a conceptual capability.
The platform identifies the computational problem type — optimisation, simulation, classification, regression, sampling or hybrid problems — and identifies potential quantum approaches.
Dataset characteristics are converted into a structured Quantum Feasibility Fingerprint.
The pre-execution feasibility engine. Its purpose is to identify unsuitable experiments before expensive quantum resources are consumed.
Quantum results are not evaluated in isolation. Every relevant quantum approach is compared against strong classical alternatives to determine whether quantum provides a meaningful and defensible advantage.
Rather than simply reporting raw performance metrics, results are assessed statistically so that quantum claims are more scientifically defensible.
A growing knowledge asset containing structured dataset fingerprints and associated outcomes, allowing future assessments to benefit from accumulated evidence.
ShorQ does not only learn from successful quantum experiments. Unfavourable outcomes become reusable intelligence for future feasibility assessments.
Technical results are converted into decision-ready evidence for boards, procurement teams, researchers, grant assessors, investors and technical teams.
ShorQ remains hardware-agnostic and is designed to support workflows across multiple quantum ecosystems, exporting benchmark artefacts, experiment definitions and supporting data toward those ecosystems.
Complex statistical and experimental findings are translated into understandable conclusions for technical and non-technical stakeholders.
How it works
ShorQ Prism puts feasibility and evidence before execution.
Start with a real-world business, scientific or operational problem and its relevant dataset.
Analyse dataset structure, dimensions, sparsity, constraints and other characteristics relevant to quantum suitability.
Identify the problem class and potential quantum approaches.
Run structured pre-execution checks covering qubits, circuit depth, encoding, statistical power, baselines and hardware constraints.
Compare potential quantum approaches against strong classical alternatives.
Evaluate significance, confidence intervals, variance, repeatability and effect size.
Produce a Quantum Readiness Evidence Pack and a clear evidence classification.
Sometimes the best quantum decision is not to use quantum.
Market pricing
Flexible engagement models for research, professional teams, enterprises and specialised programmes.
£300/ customer / month
For researchers, academic users and smaller teams exploring quantum feasibility and benchmarking.
£650/ customer / month
For professional teams and organisations requiring deeper feasibility, benchmarking and evidence capabilities.
£2,000/ customer / month
For enterprises and organisations requiring broader quantum feasibility intelligence and decision-support capabilities.
£6,000/ pilot
YEAR 1 · YEAR 2 · YEAR 3 — £6,000 EACH
A structured feasibility engagement for organisations evaluating a specific quantum use case.
£8,000/ engagement
YEAR 1 · YEAR 2 · YEAR 3 — £8,000 EACH
Professional consulting and training engagements related to quantum feasibility and evidence-based adoption.
£9,000/ package
YEAR 1 · YEAR 2 · YEAR 3 — £9,000 EACH
A specialised benchmarking package designed around a specific domain or application area.
Pricing shown reflects the business plan’s Year 1–3 pricing assumptions.
FAQ
Quantum feasibility before quantum commitment.
Request a Pilot
Share a few details and we will scope a vendor-neutral feasibility assessment for your problem and data. Submissions are stored locally in your browser only — this is a demonstration site with no backend.