Clinical Hematopathology AI

AI-Powered Hematopathology,
From Cells to Diagnosis

CytoVista develops intelligent AI platforms for hematopathology, integrating morphology, flow cytometry, cytogenetics, molecular data, and clinical context to help laboratories deliver faster, more consistent, and more scalable diagnostic workflows.

Collaborating with leading institutions including MD Anderson Cancer Center, OHSU, and the University of Washington.

CytoVista MICM AI Agent integrating morphology, immunology, histology, and genetics
About CytoVista

Building Clinical AI for the Future of Hematopathology

CytoVista is focused on developing advanced AI applications for hematopathology. Our mission is to empower pathologists and laboratories with intelligent digital workflows that improve efficiency, consistency, and diagnostic confidence. By combining computer vision, machine learning, cloud computing, and agentic AI, CytoVista helps bridge morphology, immunophenotyping, cytogenetics, molecular biology, and clinical interpretation.

Mission

Empower hematopathology with trustworthy clinical AI.

Vision

Create an integrated AI ecosystem that supports pathologists from cell-level analysis to final diagnostic insight.

Product

An Integrated AI Platform for MICM Hematopathology

Connecting Morphology, Immunology, Cytogenetics, and Molecular Biology through intelligent AI workflows.

Morphology AI

AI-assisted analysis of peripheral blood and bone marrow smear images, including cell detection, classification, counting, review, and traceable cell-level records.

Flow Cytometry AI

Cloud-based AI analysis for high-dimensional flow cytometry data, including automated gating, immunophenotype analysis, report generation, and LIS/HIS workflow support.

Cytogenetics AI

AI-assisted chromosome segmentation, classification, abnormality detection, and karyotyping workflow support.

Agentic Diagnostic Workflow

An LLM-assisted workflow that helps integrate morphology, immunology, cytogenetics, molecular biology, and clinical context into a unified review process.

DeepFlow

DeepFlow: Cloud AI for Flow Cytometry Analysis

DeepFlow is a cloud-based AI platform designed to support flow cytometry data analysis. It automates key steps including FCS data ingestion, quality checking, secure data management, automated gating, immunophenotype analysis, report generation, and LIS/HIS integration.

FCS
Cloud AI
Report
AI-assisted interpretation
DeepFlow flow cytometry dot plots with automated gating
DeepFlow immunophenotype analysis view
DeepFlow population heatmap and cell type breakdown
DeepFlow structured flow cytometry report

Automated Gating

High-Dimensional Analysis

AI-Assisted Diagnosis

Custom Panel Support

Cloud Workflow

Report Generation

DeepCell

DeepCell: AI-Assisted Morphology for Blood and Bone Marrow

Automating cell detection, classification, counting, and review for peripheral blood and bone marrow morphology.

  • Automated Cell Counting
  • High-Resolution Morphology Review
  • Workflow Efficiency
  • Quality and Traceability
  • Remote Review
DeepCell AI morphology cell map of a peripheral blood smear
DeepCell AI cell classification and review interface
CytoVista HPC1600 digital morphology scanner workstation
Clinical Workflow

Designed for Real Laboratory Workflows

01

Data Acquisition

Import FCS files, slide images, case information, and laboratory records.

02

Data Management

Secure storage, quality check, case organization, and workflow tracking.

03

AI Analysis

Automated gating, cell classification, morphology review, and immunophenotype analysis.

04

Expert Review

Interactive editing, pathologist review, quality control, and second opinion.

05

Report Generation

Structured report generation and export to LIS/HIS.

DeepFlow AI platform for flow cytometry — data import, data management, AI analysis, and report generation workflow

Bring Intelligent Hematopathology AI to Your Laboratory

CytoVista partners with hospitals, pathology groups, academic medical centers, and research laboratories to develop and deploy AI-powered hematopathology workflows.