Athena Tech develops an AI-powered platform for managing complex oncological patient data, integrating clinical details, genetic markers, and treatment outcomes to enhance precision in cancer care. The platform enables healthcare institutions to customize data management and analytics, facilitating evidence-based decision-making and improving patient treatment pathways.
Funding
Funding not disclosed
Founders
Product
Problem
Managing and integrating diverse oncological patient data, including clinical details, genetic markers, and treatment outcomes, is challenging for healthcare institutions. The lack of seamless data integration hinders comprehensive analysis and evidence-based decision-making in cancer care.
Solution
Athena Tech offers an AI-powered platform designed to streamline the management of complex oncological patient data. The platform integrates clinical details, genetic markers, treatment outcomes, and other relevant information into a unified system. By providing a holistic view of patient data, Athena Tech enables healthcare institutions to enhance patient stratification, personalize treatment pathways, and improve overall outcomes. The platform also facilitates collaborative research by allowing institutions to customize settings and control data-sharing agreements with Clinical Research Organizations (CROs) within a secure, pseudonymized data warehouse.
Target Audience
The primary target audience includes healthcare professionals, researchers, hospitals, and institutions involved in oncology care and research.
Features
- Integrated oncological data management across 100+ data tables, including clinical details, demographics, genetic markers, and treatment outcomes.
- Customizable platform instances for individual institutions and consortiums, allowing tailored settings and collaboration controls.
- AI algorithms for patient stratification and treatment pathway optimization.
- Multidimensional database supporting genetic data, medical procedures, cancer treatments, family history, demographic data, phenotypical data, images, and TNM data.
- Secure, pseudonymized data warehouse for collaborative research with CROs.