Product
Merlin Quantum
Five solver families, each with its status, the problem classes they take, and the industries they serve. Measured results sit on the industry pages, under the application they prove.
Merlin Quantum
One product, five solver families. Each names what it takes, what it returns and where it stands today.
Live on quantum hardware
Chemistry & materials
Ranks candidate molecules, formulations and materials before any are made, with the energy gap each ranking rests on.
Candidate ranking · Binding and activation energetics
Live on quantum hardware
Network response & failure analysis
Simulates how a coupled network responds when part of it moves: which assets fail together, where the response concentrates.
Contingency and correlated failure · Whole-network response
Deployed through the platform network
Planning & scheduling optimisation
Scheduling, dispatch, routing, assignment and selection, delivered through our platform network and benchmarked against your current solver.
Scheduling and dispatch · Routing and assignment · Selection under constraints
Deployed through the platform network
Detection & classification
Anomaly detection and classification on transaction, traffic, sensor and image data, through our platform network.
Anomaly detection · Classification
Roadmap
Flow & field simulation
CFD and field solves, with the crossover point and the route to it named.
Field and flow simulation
Device characterisation comes with every engagement on your own machine: its clock to 0.0029%, the lossy qubit located, and what it can run this quarter.
Problem classes
What the solver families take, independent of industry. Find your problem’s shape here, then its industry page.
| Problem class | Examples | Status |
|---|---|---|
| Candidate ranking | Photoresists, precursors, dielectrics, excipients, catalysts, battery and airframe materials | Live on quantum hardware |
| Binding and activation energetics | Fragments, protein–ligand complexes, reaction intermediates | Ready · computed, hardware next |
| Contingency and correlated failure | Transmission networks, dependency graphs, fraud rings | Live on quantum hardware |
| Whole-network response | Grids, mobile networks, payment graphs | Live on quantum hardware |
| Scheduling and dispatch | Production, unit commitment, shifts, timetables, gates | Deployed through the platform network |
| Routing and assignment | Fleets, drones, aircraft, optical wavelengths, QKD placement | Deployed through the platform network |
| Selection under constraints | Index tracking, hedging, regulatory capital, order acceptance | Deployed through the platform network |
| Anomaly detection and classification | Transactions, network traffic, water and utility sensors, medical images | Deployed through the platform network |
| Field and flow simulation | Aerodynamics, trajectories, satellite placement | Roadmap |
| Readiness assessment | Post-quantum migration windows, key-size assurance | Assessment |
How you work with it
Free check
Send your problem’s shape and get a verdict in about a second, with the cost of the best classical route beside it. No key, no card.
Python and REST
A Python client and a REST API for queued runs on your own data, with a key issued on the pricing page.
Inside your perimeter
For engagements, the heavy computation runs inside your own network, with UAE data residency available.
Your own machine
National programmes run on the 5 to 25-qubit machine they already own; we characterise it first.
Engagement tiers
Free check
A verdict on your problem in about a second.
Anyone with a problem to size.
Proof of concept
One application on your data, two weeks, the comparison with your current method included.
One team, one decision.
Enterprise and sovereign
Several applications, in-perimeter compute, your own machine characterised and used, quoted against the work.
Programmes and groups.