Advanced Technology
DeepSight is developing ultrasound technology that has the potential to provide higher sensitivity, broader bandwidth, and wider viewing angles than is available with conventional ultrasound technology. These fundamental improvements in hardware capability are designed with the intent to provide scans that are richer, more precise and extend to greater penetration depths.
Unlock the Power of AI with Our Cutting-Edge
Ultrasound Technology
Revolutionize your data acquisition process with our groundbreaking technology that takes AI training to new heights. We’ve redefined the game by harnessing the true potential of artificial intelligence through unparalleled ultrasound data.
Elevate Diagnostic and Interventional Applications
Existing innovations in the diagnosis and interventional domains can leverage an increase of information. New applications may be discovered.
Realize the Dream of Autonomous Scan
Successful development of Artificial Intelligence (AI) technology can streamline the scanning process, improve the quality of both diagnostic and intervention procedures, and expand the use of ultrasound in medical imaging.
Wider Angle of Reception
Our innovation is designed to provide an expansive angle of reception, capturing critical data from diverse sources.
Unleash Larger Bandwidth
From identifying standard ultrasound views to executing complicated quantification calculations, AI can be used to develop numerous automated workflows to help streamline productivity and improve exam and accuracy.
Take Workflow AI to an Unmatched Level
Numerous workflow automation applications have been developed using AI on existing legacy systems, from identification of standard imaging views (e.g. apical 4-chamber view) to quantification of vital physiological metrics. The superior sensitivity, ultra-wide angle of reception, and unprecedented large bandwidth supercharge these applications on DeepSight products.
Elevate Diagnostic and Intervention AI Applications
Our superior sensitivity, angle of reception, and bandwidth translate to much richer information in the resulting ultrasound data. Existing innovations in the diagnosis and intervention domains can leverage this increase of information. New applications may be discovered.
Reimagine AI Optimization of Image Quality
For AI-guided scanning, where maneuvers and adjustments are automatically recommended to sonographers, our ultra-wide angle of reception and deeper imaging depth unlock a much wider search range that can greatly expand its applicability. The unprecedented large bandwidth also extends our ability to optimize imaging parameters using AI models and help the user unlock the full potential of DeepSight technology.
Realize the Dream of Autonomous Scan
Paired with wide-band matrix transmitter arrays and harmonics imaging technology, DeepSight sensors potentially allow us to develop AI technology that selects imaging views and optimizes parameters autonomously. Such AI technology, if successfully developed, will streamline the scanning process, improve the quality of both diagnostic and intervention procedures, and expand the use of ultrasound in medical imaging.
Amplify Signal Data
Our technology goes beyond limits, collecting an extensive array of signal data like never before. Say goodbye to limited insights and hello to a wealth of information that fuels the development of our highly accurate AI models.
Wider Angle of Reception
Unlike traditional methods, our innovation boasts an expansive angle of reception, capturing critical data from diverse sources. This breadth of information empowers AI systems to grasp context and nuances, leading to smarter decision-making.
Unleash Larger Bandwidth
Numerous workflow automation applications have been developed using AI on existing legacy systems, from identification of standard imaging views (e.g. apical 4-chamber view) to quantification of vital physiological metrics. The superior sensitivity, ultra-wide angle of reception, and unprecedented large bandwidth supercharge these applications on DeepSight products.
Elevated AI Training
We elevate our AI models to unprecedented levels of proficiency. Our technology’s exceptional data collection capabilities pave the way for AI that understands, predicts, and evolves with remarkable accuracy.
Image Enhancement and Quality Improvement
AI algorithms can enhance the quality of ultrasound images by reducing noise, enhancing contrast, and improving overall image clarity. This helps clinicians make more accurate diagnoses and better visualize anatomical structures.
Automated Image Analysis
AI-powered software can automatically analyze ultrasound images to identify and measure specific structures, such as organs, blood vessels, and tumors. This aids in quicker and more precise diagnosis by reducing the need for manual measurements.
Image Recognition and Segmentation
AI can segment ultrasound images into different regions of interest, allowing for more accurate quantification of abnormalities and precise localization of structures. This is particularly useful in assessing complex organ structures.
Lesion Detection and Characterization
AI algorithms can detect and characterize lesions in ultrasound images, assisting radiologists and clinicians in identifying potential tumors, cysts, or other abnormalities. This helps in early detection and improved patient outcomes.
Guided Interventions
AI can provide real-time guidance during ultrasound-guided procedures, such as biopsies and injections. It assists medical professionals in accurately targeting the desired area, improving procedure success rates and reducing risks.
Automated Reporting
AI can generate automated reports based on ultrasound images and findings, streamlining the documentation process for healthcare providers. This saves time and ensures consistent and comprehensive reporting.
Predictive Analytics
By analyzing large datasets of ultrasound images and patient records, AI can help predict the likelihood of certain conditions or diseases developing in the future. This aids in proactive patient management and personalized treatment plans.
Training and Education
AI can be used to develop simulation models for training medical professionals in performing ultrasound examinations. This allows for realistic practice and skill enhancement without risking patient safety.
Real-time Feedback
AI can provide real-time feedback to sonographers during ultrasound scans, ensuring that they capture high-quality images by offering guidance on probe placement and pressure.
Experience a paradigm shift in AI advancement for Ultrasound with DeepSight. Join us in shaping the future, where data-driven innovation meets limitless possibilities. Embrace the potential of AI like never before – because better data means smarter AI.
