LabRunner follows tissue from the moment it leaves the patient, through the courier van and the lab, to the moment it answers a research question. The lab keeps custody and control at every step, and researchers finally get the material, and the answers, they came for.
A specimen carries the diagnosis. If it is mislabelled or lost, that information can be gone for good, even when the surgery and the recovery went well. The patient and their family live with the consequence.
Parcels get a scan at every hand-off. Most specimens still move on paper logs and memory. LabRunner gives each one a chain of custody you can read at a glance: where it is, who touched it, and when.
ATLAS and PRISM open the lab's archive to research, with AI estimates the lab reviews before anyone sees them. SAMS, SAMS+, TRACE and ARK keep every specimen accounted for: in the lab, on the road and in our archive.
Pathology Research Insights from Slide Models
AI estimates from the slide image, released only after a person at the lab has looked.
Archive Tissue Lookup And Search
A research window onto the lab's archive. Researchers find tissue by counts, ask for it, and the lab decides.
Slide Archive and Management System
Custody and real-time tracking for pathology, from accessioning to the archive and back.
Everything in SAMS, plus the lab work around it
New sections and images from the archive on request, and custody that follows a slide beyond the lab's walls.
Transport, Routing And Chain-of-custody Engine
Specimens and slides tracked between sites with couriers and GPS, so nothing goes missing on the way.
Archive, Retrieval and Keeping
We store your slides, tissue blocks and paperwork, so your lab doesn't have to. Anything you need comes back on demand.
MSI-high colon cancers respond differently to treatment, and the standard tests take extra tissue and time. Our model estimates MSI status from the routine H&E slide, for research, and shows which parts of the tissue drove the estimate.
Each slide becomes thousands of small squares of tissue, 224 pixels at about 20x. Background is skipped.
An advanced pathology foundation model reads each tile and captures what the tissue looks like as a compact numeric fingerprint.
Our AI attention model, trained on public slides, learns which tiles matter. Their pushes add up to the score.
Researchers can ask about their released results in plain English. Gemini answers from the released scores, the model card and the methods, nothing else. Anything only the lab can see goes to the lab with one button, and the lab's reply arrives in the same thread.
Illustration. The lab reads every question.
MSI on public colon slides, tested hospital by hospital, and the full loop from request to released map running end to end.
More public slides and hospitals, external validation on an independent cohort, and new tissues, starting with breast and lung.
Local validation on a partner lab's scanner and stain, using its own mismatch-repair results as labels. A model that gets better with every lab that joins.
These are research results on public data. The AI estimate is not a validated clinical test and is not used for patient care. Demonstrations use made-up (synthetic) cases.
Approving a request, starting an AI run and releasing a result are each done by a person at the lab. Nothing leaves on its own.
Researchers see counts, never people. Slides travel under pseudonyms only the lab can reverse, and small groups stay hidden.
Every result carries its model card, its tested accuracy and its limits. Borderline means borderline.
Clinical custody and research use run on the same signed record, so a slide on loan is never a slide lost.
"An irreplaceable biopsy deserves at least the care we give a parcel."
LabRunner grew out of our own work in specimen tracking and management, with more than forty years of combined experience in the industry behind it.
We started with patient safety: making sure every specimen is where it should be. Along the way we saw how much the archive could do for research, and how often researchers got the worst of the deal: long waits, little material, and results they could not explain.
So we built the rest of the trail. Custody first, then research access, then AI the lab can stand behind.
We will walk you through custody, research access and the lab AI with synthetic data, and talk about what your lab needs.