Ascent-tek's Innovations in AI
Ascent-tek is working with Research hospitals and Physicians to improve diagnosis with AI.
Hospitals
AI algorithms can streamline workflow in medical imaging departments by prioritizing urgent cases, automating routine tasks, and allowing healthcare professionals to focus more on complex cases.
Physicians
By assisting radiologists and other medical professionals, AI can significantly reduce human error rates in interpreting medical images, leading to more reliable diagnoses.
Patient
AI algorithms can analyze imaging data along with other patient information to create personalized treatment plans.
Our Mission
At Ascent-tek, We envision a future where our AI-powered imaging technologies redefine the landscape of healthcare. Our goal is to be at the forefront of innovation, driving transformative changes in medical imaging. Through relentless innovation and collaboration, we aspire to create intelligent solutions that not only elevate diagnostic precision but also empower healthcare professionals worldwide. By seamlessly integrating artificial intelligence into medical imaging, we aim to set new standards, ensuring personalized, efficient, and accessible healthcare for all, ultimately revolutionizing the way healthcare is delivered and experienced globally.
AI-Powered Insights
Uncover hidden patterns and gain invaluable insights from your data with Ascent-tek's AI machine learning solutions. Our advanced algorithms analyze complex datasets to provide actionable information.
Efficiency through Automation
Experience streamlined operations like never before. Ascent-tek's AI machine learning technology automates repetitive tasks, optimizes workflows, and enhances operational efficiency.
Predictive Performance
Anticipate the future with precision using Ascent-tek's predictive analytics powered by AI and machine learning. By analyzing historical data and trends, our solutions empower you to forecast outcomes.
Rupture/Growth Prediction
Plan procedures more effectively by predicting aneurysm rupture or growth rate based on comprehensive surveillance data utilizing existing medical imaging and Electronic Health Records (EHR).
EVAR (Endovascular Aneurysm Repair) Complication Prediction
Enhance post-operative outcomes with a proactive approach by predicting potential complications after EVAR. The predictions are fine-tuned using a rich dataset encompassing EHR, blood flow dynamics, and individual device mechanical models.
Post EVAR Complication Detection and Type Identification
Facilitate timely and targeted intervention by automatically detecting and identifying the type of complications that may arise post EVAR, ensuring that patients receive the most appropriate care promptly.
