A Remoscope on a clinical lab bench beside a traditional microscope, parasitology and serology reference charts on the wall behind

AI-driven deep analysis
of cell type and disease state.

Remoscope collects and analyzes images of millions of suspension cells from unprocessed fluid in real time, hands-free, with zero sample preparation.

THE PROBLEM

Analyzing cells in biological fluids requires labor-intensive and skill-dependent workflows.

Across research, pharmaceutical, diagnostics, and clinical settings, the same bottleneck holds: sample prep, staining, manual microscopy, and specialist expertise.

Remoscope is one platform: a high throughput label-free imaging cytometer that classifies, counts, and learns from every cell it sees. It images millions of cells per sample without labels or sample preparation and analyzes morphology in real time. Models run on device, built for the lab, clinic, or field.

Remoscope

Remoscope instrument — line drawing Remoscope instrument — internal components revealed
200 × 300 mm 35 Watts Edge compute
10 µL
sample
Zero sample preparation
label-free
2M cells
in 10 minutes
Hands-free
fully automated

5–100× faster than conventional workflows

  1. T:0 min Collect sample
  2. T:1 min Load sample
  3. T:11 min Image sample
  4. T:12 min Analyze & report
Foundation models

A data collection engine for foundation models.

> 3,000,000,000
cells imaged — and counting

Every Remoscope generates standardized, labeled imaging data at scale. We build our own AI/ML foundation models which are fine-tuned for specific tasks like cell counts, subtype classification, anomaly detection, and diagnostics.

Grad-CAM saliency map highlighting disease state features for sepsis classification
Disease state features
Malaria parasites classified by life-cycle stage — ring, trophozoite, and schizont — with bounding boxes from the YOGO model
Malaria parasite stages Ring Trophozoite Schizont
Cell classification
Instance segmentation mask overlay
Instance segmentation
APPLICATIONS

Same hardware. Many samples. Unlimited applications.

P. falciparum-infected cells imaged by Remoscope

Quantifies Plasmodium falciparum parasites by life stage in fresh, undiluted whole blood in just 12 minutes, with no staining or fixation.

Malaria diagnostic
Small animal hematology imaged by Remoscope

Due to its small sample volume, Remoscope is suited to veterinary and preclinical work, where small animal blood volumes limit conventional analyzers.

Small animal hematology
HEK cells imaged by Remoscope

Distinguishes healthy, stressed, and dying cells in culture by morphology alone. Its small sample volume lets it integrate seamlessly into established cell-culture workflows.

Cell state detection
Sickle cells imaged by Remoscope

Detects sickled red blood cell morphology for screening and monitoring.

Sickle cell disease detection
Sepsis sample imaged by Remoscope

Distinguishes sepsis patients from other critically ill patients and healthy donors, from fresh undiluted whole blood in 12 minutes.

Sepsis Diagnostic
Cerebrospinal fluid imaged by Remoscope

Supports rapid analysis of low-cellularity CSF samples that are slow to process by hand and otherwise require high-cost lab equipment. Screens for neurological immune conditions such as encephalitis and meningitis.

Cellular analysis of CSF
Blood cancer sample imaged by Remoscope

Surfaces abnormal white cell populations, like those seen in chronic myelomonocytic leukemia (CMML), from whole blood by morphology-based classification.

Blood cancer detection
White blood cells imaged by Remoscope

Uses label-free imaging to detect activated immune cells, enabling functional assays without antibody panels or flow-cytometry staining.

Immune cell activation assays
Hematological abnormality imaged by Remoscope

Able to flag abnormalities in whole blood, such as thrombocytosis, extending Remoscope to broad hematologic screening.

Blood abnormality detection

Every sample is classified label-free, in real time — on the same hardware.

IN PRACTICE

Built for the lab and the clinic.

The Remoscope is robust and repeatable, enabling both discovery and research-use-only clinical applications.

A Remoscope on a clinical lab bench beside a traditional microscope, parasitology and serology reference charts on the wall behind
Watch the mini documentary — The Road to Tororo.
CONTACT

Contact Us

Feel free to book a demo, initiate a collaboration, or fill out a pre-order form!

[email protected]

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Partnered with Biohub · UCSF · UC Berkeley · Stanford University · IDRC