OmicInsight offers the Esper Platform, a single‑cell analysis solution that combines ultra‑high‑resolution imaging with AI‑driven data pipelines. The system provides single‑molecule sensitivity, allowing researchers to detect and quantify individual molecules within cells, and supports customizable analysis workflows to accelerate biomedical discovery and personalized medicine research.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers lack tools that can simultaneously capture ultra‑high‑resolution images of single cells, detect individual molecules, and provide automated analysis, limiting the depth and speed of spatial omics studies.
Solution
OmicInsight’s Esper Platform combines subcellular‑level imaging with AI‑driven data pipelines to detect and quantify individual molecules inside cells. The system delivers single‑molecule sensitivity and high‑resolution molecular imaging, enabling precise spatial profiling of proteins, RNA, and other biomolecules. Integrated AI algorithms automatically extract patterns, generate quantitative metrics, and predict biological states, reducing manual data processing. Users can customize analysis pipelines to match specific omics workflows, improving efficiency and ensuring that the most relevant insights are captured. The platform is designed for scalability, supporting large‑scale studies while maintaining molecular precision, thereby accelerating biomedical discovery and supporting personalized medicine initiatives.
Target Audience
Primary customers are academic and industry researchers in biomedical sciences—particularly those conducting spatial transcriptomics, proteomics, and multi‑omics studies in fields such as oncology, neuroscience, and immunology.
Features
- Ultra‑high‑resolution molecular imaging that resolves subcellular structures and individual biomolecules
- Single‑molecule detection and quantification across multiple omics modalities (e.g., RNA, protein)
- AI‑powered analysis pipelines that automatically identify patterns, generate quantitative metrics, and make predictive assessments
- Fully customizable workflow pipelines allowing researchers to tailor data processing to specific experimental designs
- Integrated hardware‑software architecture that streamlines data acquisition, processing, and visualization in a single platform
- High‑throughput capability for large‑scale spatial omics studies without compromising sensitivity