We are building a system to structure fragmented literature and experimental data into a computable design space.
Instead of trial-and-error, researchers get guided exploration.
Instead of isolated results, knowledge becomes connected.
Built for scientists and R&D teams shaping the next generation of nanomedicine.
Inefficiency in nanomedicine development is not just a scientific challenge — it has real environmental and resource costs.
“Decisions are made locally — but failures emerge at the system level.”
Thousands of papers, countless experiments — but no practical way to see the full system. Each researcher sees only a fragment of the space — spanning formulation, characterization, biology, scale-up, and translation toward clinical use. A complete view remains difficult to access.
Each iteration consumes hundreds of single-use plastics, organic solvents, and energy-intensive equipment — generating significant material waste and disposal burden. And most experiments never move forward.
So many nanomedicine programs fail during translation — not because they don’t work in principle, but because we lack systematic ways to integrate across the full space.
“What if we could make the design space visible?”
— Kristina Han, Founder of Lumineur
Lumineur is the infrastructure layer that nanomedicine has been missing. We make nanomedicine development navigable — so each new experiment can start from a more informed position.
We are structuring fragmented literature and experimental data — across formulation, characterization, biology, scale-up, and translation toward clinical use — into a unified knowledge layer.
Disparate results become connected knowledge. Relationships between material properties, process conditions, and biological outcomes are being mapped to enable query and comparison.
Researchers will be able to explore the design space interactively — following guided paths based on relevant precedents.
There's still no infrastructure for navigating nanomedicine design. Two converging forces now make this the moment to build it.
Advances in AI now make it possible to structure and work with complex experimental knowledge at scale — something not feasible just a few years ago.
Next-generation therapies demand precision delivery, including mRNA, gene delivery, and personalized medicine. The design space has exploded. There is no longer a ‘good enough’ approach — systematic design is now a necessity.
We're building the missing layer — an operating system for nanomedicine design.
Lumineur's workspace is being developed as the first integrated environment for navigating nanomedicine development stages — from early exploration to downstream translational decision-making.
Nav
Lipid-Based · 9 Types
Liposome
Most studied
Lipid NP
mRNA delivery
Micelle
Exosome
Biogenic
Cubosome
Nanoemul.
SLN
Multilayer
Rev. Mic.
An evolving library of nanocarrier types mapped and categorized across structural classes — with properties, synthesis methods, and use-cases linked.
Designed to enable search and filtering of the design space by payload type, route of administration, target tissue, or particle size.
A structured workflow for formulation design. Connect decisions to downstream implications.
Designed to extract and structure experimental data from scientific papers — enabling comparison, reuse, and integration into the design space.
Your AI Co-Pilot — helping you explore ideas, connect what's known, and move forward with greater clarity.
Your research. Your blueprint. Your design space.
Record every decision. Trace every exploration. Build on what you've learned — and let your journey shape what comes next.
A workspace tailored to your research focus — whether you're engineering lipid nanoparticles for mRNA or polymer carriers for targeted oncology.
Document every formulation decision, characterization result, and design rationale. Your scientific blueprint, structured and searchable.
Every path you take through the design space is captured. Revisit past explorations, compare routes, and build on what you've learned.
Your workspace grows smarter with each entry. Connect new results to existing knowledge and watch your design space illuminate.
Your Exploration Journey
Your data stays yours
Groups, teams, co-investigators
Build a structured knowledge network
Fewer failed experiments. More informed decisions.
A more sustainable path to nanomedicine innovation.
Join researchers already on the list.
An infrastructure layer connecting academia, biotech, pharma, CROs, and CDMOs.
No spam. We'll only reach out when access becomes available.
Access will be released gradually as we build Lumineur.
