terraFlow is a cloud-based platform that automates flow cytometry data analysis using machine learning and expert models. The service processes FCS files to generate complete, unbiased cellular profiling, identifying all possible phenotypes, including rare subtypes. Users receive publication-ready reports with contextualized findings linked directly to primary literature within 24 hours.
Funding
Funding not disclosed
Founders
Product
Problem
High-parameter flow cytometry and CyTOF data analysis is complex and time-consuming, often requiring specialized bioinformatics expertise and extensive manual gating, which can lead to inconsistent results and missed insights. Existing machine learning plugins offer only partial solutions, demanding users tune confusing algorithms or grapple with abstract results.
Solution
TerraFlow provides an AI-powered, fully automated flow cytometry and CyTOF data analysis software platform designed to accelerate biological insights and biomarker discovery. The platform delivers comprehensive cellular profiling and scientific context by combining machine learning with immunology knowledge to identify reproducible cell phenotypes correlated with patient outcomes. Users upload FCS files, label sample groups, and receive a detailed, presentation-ready report highlighting meaningful biological patterns within 24 hours.
Target Audience
The primary users are biomedical researchers in pharmaceutical companies, academic labs, and clinical trial settings who need comprehensive, unbiased analysis of high-parameter flow cytometry data.
Features
- Automated gating of every possible phenotype, including rare subtypes often missed by manual analysis
- Comparison of flow data results to over 1 million publications to provide biological context
- Statistical summarization of key differences between sample groups
- Automated cytometry data analysis pipeline from data upload to insight generation
- Comprehensive data analysis report generated within 24 hours of data submission
- Secure flow cytometry data analysis meeting strict cybersecurity standards