O8t provides Quicktome, a cloud‑based platform that uses AI to turn standard MRI/DTI scans into patient‑specific structural and functional connectome maps. The service delivers automated network segmentation, 3D visualizations, and exportable reports for neurosurgeons to plan and guide surgeries, as well as for researchers studying brain connectivity, all without requiring on‑site hardware.
Funding
$44.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Neurosurgeons and brain researchers lack precise, patient‑specific maps of functional brain networks, making it difficult to plan surgeries, predict outcomes, and study neurological disorders without extensive manual analysis and costly equipment.
Solution
Omniscient Neurotechnology offers Quicktome, a cloud‑based platform that generates personalized connectome maps from standard neuroimaging data using AI and high‑performance computing. The system automatically segments and visualizes each patient’s large‑scale brain networks, delivering actionable insights for pre‑operative planning, intra‑operative guidance, and post‑operative assessment. Results are presented through an intuitive web interface that integrates with existing hospital workflows and can be exported for research analysis. By automating image processing and leveraging scalable cloud infrastructure, Quicktome reduces the need for specialized expertise and capital‑intensive hardware while improving the accuracy of functional preservation decisions.
Target Audience
Primary customers are neurosurgeons and neurosurgical teams seeking network‑based surgical planning, as well as academic and clinical researchers studying brain connectivity and neurological disease.
Features
- AI‑driven pipeline that converts MRI/DTI scans into individualized structural and functional connectome maps
- Automated network segmentation and visualization of language, motor, attention, and other clinically relevant circuits
- Cloud‑hosted processing eliminates on‑site hardware requirements and ensures consistent, secure analysis
- Web dashboard with interactive 3D brain network views, exportable reports, and integration hooks for surgical navigation systems
- Scalable service model with no upfront capital purchase, supporting single‑patient or enterprise‑wide deployments
- FDA‑cleared algorithms for clinical use, validated across multiple neurosurgical case studies