Quantum Lens
The scientific tools and workflows for quantum chemistry, molecular simulation and molecular design.
Science, compute and context, connected
The Kuano platform.
Kuano’s platform brings together quantum chemistry, molecular simulation and design tools with scalable computing and connected scientific data. It enables us to investigate molecular behaviour, generate and evaluate new designs, and carry the resulting evidence into the next round of decisions.
Scientist direction and review
Coordination layer
Agentic orchestration layer
Software agents coordinate steps across scientific tools, Compute and the project record, under scientist direction and review.
Quantum Lens / Science
Methods for the molecular question.
Quantum Lens brings together the core quantum chemistry, molecular dynamics and scientific workflows used to investigate molecular behaviour and inform design.
Scientists select methods and assess their outputs against the project’s evidence. The wider platform connects that work to execution, scientific context and review.
Explore the scientific componentCompute / Execution and scale
Run the science in the right environment.
Compute connects scientific workflows to the resources needed to execute them, from individual calculations to larger workloads.
The sovereign boundary
Sovereign deployment concerns the full operating boundary: data, storage, calculations, models and agent services. The configuration must establish what remains inside that boundary and which external connections are permitted.
Infrastructure development addresses scaling, integration and deployment within a client-controlled environment with enterprise engineering support from CROZ.
Where required, the platform can be deployed within your organisation’s own environment, with access governed by your policies.
Database / Context and provenance
A scientific record you can follow.
The Database connects molecular identities, project data, scientific context and the record of in silico experiments.
It provides the context needed to trace results back to their inputs, methods and execution, and to understand how evidence informed a design decision.
Keeping this context connected supports scientific review as new compounds, calculations and experimental results enter the programme.
Keeping inputs, assumptions and results together helps colleagues understand how an analysis was reached and build on it across disciplines and teams.
Ways to work together
A platform we can put to work in different ways.
These approaches can be combined, with the scientific contribution, access arrangements and operating responsibilities agreed for each engagement. The aim is to help specialist expertise support more programmes and make collaboration easier through shared scientific context, reusable workflows and traceable analysis, with less repetitive coordination.
Illustrative investigation
How the components work together.
A chemistry team wants to understand a starting series and explore new molecular designs.
Projects bring together a scientific objective, shared context and the evidence from multiple studies. Individual scientists or sub-teams can carry out studies within a project, building on each other’s findings.
Quantum Lens combines scientific calculations with generative models and molecular search. Compute runs the work, while the Database preserves context, candidate history and provenance. The agentic orchestration layer coordinates these steps under scientist direction, with reviewed findings guiding further design and assessment.
WORKFLOW EXPLORERIllustrative
Understand a starting series. Explore the next designs.
A scientific question with its context
- Inputs
- Compound identities, structures and relevant experimental evidence.
- Direction
- Scientists define the question, objectives, constraints and assumptions.
- Project record
- Keep the agreed question, sources and related studies connected.
Coordinate the investigation
- Quantum Lens
- Select scientific calculations and workflows for the molecular question.
- Compute
- Execute the work in the configured environment.
- Orchestration
- Coordinate steps across tools and the project record, under scientist direction.
Interpret the evidence
- Evidence
- Distinguish predictions from measurements and assess uncertainty.
- Provenance
- Trace results to inputs, methods and execution context.
- Design guidance
- Scientists identify useful molecular features, constraints and objectives for further design.
Design new molecular candidates
Combine generative models and molecular search methods with physical insight to propose new chemistry.
Starting
compound
designs
compound
ABC
Prioritiseddesigns
Preserve key features · Explore alternatives · Compare properties
- Guidance
- Molecular features, scientific evidence and programme objectives.
- Exploration
- Generate candidates and compare trade-offs across relevant properties.
- Output
- Prioritised designs with rationale and a traceable selection history.
Covalent example: explore related compounds while preserving a selected warhead, then compare molecular similarity and predicted reactivity to guide further investigation.
Conceptual workflow and schematic designs. This is not a live product interface or a claim of experimentally validated candidates.
Example / Covalent science
One scientific foundation. Different ways to collaborate.
A covalent question can be addressed through a focused scientific investigation or developed into a broader organisational capability.
Kuano scientists can investigate molecular context and reactivity within your programme. Selected tools and workflows can also be made available under an agreed scope, or incorporated into infrastructure developed with your team.
The scientific question, existing capabilities and operating requirements determine the appropriate contribution.
Explore the covalent approachEngineering & collaboration
Put the platform to work.
Kuano uses the platform in its own scientific work. Collaborations can also provide access to selected capabilities or develop infrastructure within your organisation.
CROZ is Kuano’s engineering partner, contributing enterprise engineering and integration to accelerate your platform adoption.