FOR SCIENTISTS, ENGINEERS & RESEARCH TEAMS
AI for
real science.
Your entire R&D lab. One prompt away.
Review literature, analyze data and run scientific software in one workspace. Get physical lab tests done through Vicena with qualified laboratories, and use each result to choose your next step.
01 / Understand
Understand the material.
Review the literature, inspect the structure and define what you want to investigate. Keep sources, assumptions and open questions attached to your objective.
Explore the scientific tools
Material microstructure illustration
02 / Model
Run scientific software.
Vicena operates scientific software for analysis and simulations. Review the methods, models and output files, then choose what to test in the lab.
Explore scientific software
Existing Vicena interface · Separate graphene example
03 / Test
Get lab tests done through Vicena.
Submit your test brief through Vicena. Our team coordinates suitable laboratories after you approve the scope and quote. The laboratory performs the tests, and you review the reports and data in Vicena.
Get lab tests done- Brief in Vicena
- Vicena coordination
- Approved lab work
Solid specimen handling: ThisisEngineering / Unsplash · Instrument illustration
04 / Learn
Let results guide what comes next.
Bring reports and data into Vicena. Compare results with your question, revisit the assumptions and use the evidence to plan your next experiment.
Explore the R&D workspaceThe research cycle · Each result informs the next question
Materials & molecules
Study the structure. Define the next test.
Inspect a molecular structure or an electronic-structure model. Keep the scientific question, assumptions and evidence in view as you plan what to test.
Inspect the molecular surface of the EGFR protein.
Explore three representations of the experimental 2ITY structure. Each view reveals different features of the same EGFR protein.
Experimental EGFR structure · PDB 2ITY
Compare electronic structure while keeping the model and assumptions available for review.
This separate graphene example shows conduction and valence bands. Review the model before deciding which material properties to investigate experimentally.
Existing notebook visualization · Model exampleAcross science and engineering
Explore other scientific workflows.
The question changes. Vicena keeps the sources, code, scientific tools and results connected so you can inspect the work and decide what to do next.
Browse scientific tools
Fluid dynamics
Build a flow model, inspect its fields and compare designs.
Turbine wake illustration
Light transport
Trace how light moves through a model and inspect the spatial result.
MCX simulation output
Compute architectures
Connect a design brief to numerical checks and synthesized logic.
Systolic-array architecture diagram
Circuit behavior
Run a circuit model and compare its waveforms with the intended behavior.
ngspice transient output
Teach AI how science is done.
Build training and evaluation records from connected scientific work: questions, experiments, evidence and next decisions, across simulations and approved lab tests.
Explore experiment programsProposed enterprise offering · Programs scoped with your team
- Question
Objective and hypothesis
- Experiment
Simulated or physical
- Evidence
Results, methods and records
- Next experiment
A decision grounded in evidence
From digital work to physical evidence
Get lab tests done through Vicena.
Vicena turns your research question into an experiment brief. The Vicena team matches it to suitable laboratories and coordinates the work after you approve the scope and quote.
The selected laboratory performs the agreed tests. Review the reports and data in Vicena, alongside your methods and next research decision.
Supervised laboratory work
Matching and outreach are supervised. Provider fit, scope, capacity, price, safety, confidentiality and authorization require confirmation before work starts.
Examine sample morphology and surface detail.
Separate a mixture to investigate its composition.
The research workspace
Your methods and results, ready to revisit.
This separate graphene example shows a research session beside notebook code and a plot. Inspect the methods, reopen the output files and continue with the question and its assumptions still in view.
Explore the R&D WorkspaceStart with your work
What would help your research today?
Choose a starting point. You can edit the prompt before sending it.
For academic & industrial research teams
Bring Vicena into your team’s research.
A paid collaboration built around your specialty and the work your researchers need to do.
Discuss your team’s researchContact us at founders@vicena.ai with a short, non-confidential brief.
- Researcher access
- Agree on licenses and the models, scientific tools and compute your work requires.
- Setup for your specialty
- Work with us on agreed customizations and evaluate them against real research tasks.
- Continuing scientific support
- A scientific point of contact helps with methods, experiment preparation, analysis and effective use of Vicena.
Can I start on my own?
Yes. Start a research task or review the available plans. Team collaboration is a separate discussion about your group’s needs.
How are scope and costs agreed?
We agree on the team’s research scope, licenses, resource allowances and support arrangements before starting. Physical laboratory work is quoted separately. Additional paid resources require agreement before extra charges.
What about research data and IP?
You retain ownership of the research materials and pre-existing IP you bring. Newly produced work is governed by the applicable agreement and provider terms. Discuss confidentiality and permitted data before sharing sensitive research. Read the legal terms and privacy policy.
Begin with the objective
What do you want to discover?
Start with a question, a dataset or a lab test you want to get done through Vicena.
Start a research task Discuss research-team access