Search results for Graduo

Founded in 1991, AS Software provides a cloud-based ultrasound automation platform that streamlines reporting, image management, and data integration for healthcare organizations of every size — from standalone clinics and community hospitals to large health systems. Purpose-built for ultrasound-driven specialties, the platform connects every step of the workflow, from scan to signature. With deep expertise in women’s health — including maternal-fetal medicine, OB/GYN, and related specialties — AS Software is uniquely designed to meet the precision, speed, and interoperability ultrasound demands. AS Software integrates seamlessly with any EHR, delivering structured reporting, comprehensive image management, and secure cloud hosting with 99.9% uptime. Trusted by more than 8,000 users across 35% of U.S. health systems, AS Software helps clinicians work smarter, operations run smoother, and organizations scale efficiently — improving both the quality and speed of patient care.

Nelson+ is a cloud-based data management system designed to support end-to-end workflows in low-dose CT lung cancer screening. The platform centralises all programme activities, including invitation management, eligibility assessment, pre-screening questionnaires, lung health checks, CT booking, reporting pathways, follow-up processes, and national data submissions. It is intended to provide a single environment where clinical, operational, and administrative steps can be monitored and documented consistently. The system enables structured data collection and workflow standardisation across screening hubs, hospitals, mobile CT units, and community diagnostic centres. Nelson+ offers role-based access control, full activity logging, and configurable workflows that align with clinical and operational requirements. All actions taken within the system are auditable, supporting quality assurance processes and compliance with screening standards. Nelson+ integrates with imaging systems, triage tools, electronic health record platforms, and national reporting frameworks. It supports secure data transfer, automated task progression, and real-time visibility of programme metrics. The platform is hosted in an NHS-approved cloud environment and adheres to recognised information governance and cybersecurity standards, including encryption, multi-layer access control, and compliance with NHS DCB0129 and DTAC requirements. The system is used to coordinate screening appointments, manage participant pathways, and facilitate communication with primary and secondary care. It is designed to reduce duplication of work, maintain data accuracy, and ensure that screening workflows can be delivered reliably at scale. Nelson+ is developed in collaboration with clinical and operational teams, with the aim of providing functionality that reflects real-world screening processes and supports consistent programme delivery.

Mindpeak Breast HER2 is an advanced AI-powered software designed for the automated analysis of digital histopathology images of human invasive breast carcinoma tissue samples. This stand-alone module supports the evaluation of digital images obtained by scanning fixed and HER2-stained samples of invasive ductal and lobular carcinoma. By detecting and classifying immunohistochemically (IHC) stained tumor cells, the software provides a HER2 score based on the distribution of classified tumor cells within regions of interest, adhering to the latest clinical practice guidelines of the American Society of Clinical Oncology and the College of American Pathologists (ASCO/CAP 2023).

Elea is an AI-powered pathology operating system designed to revolutionize laboratory workflows by enhancing efficiency, precision, and integration. By leveraging advanced large language model (LLM) technologies, Elea enables pathologists to double their case throughput while halving the processing time per case. This comprehensive system seamlessly integrates with laboratory hardware and processes, transforming traditional pathology practices into highly efficient, future-ready operations.

Qureight is a Cambridge-based clinical data analytics company specializing in AI-driven solutions to accelerate drug development, particularly for lung and heart diseases. By integrating advanced machine learning algorithms with cloud-based technology, Qureight curates and analyzes complex healthcare data, including clinical images, physiological metrics, and biomarkers. This approach enhances the efficiency of clinical trials, leading to faster development of life-saving therapies.

AZboneage is an advanced medical imaging software designed to assist healthcare professionals in accurately assessing bone age through radiographic analysis. By leveraging cutting-edge algorithms, it streamlines the evaluation process, enhancing diagnostic precision and efficiency.

deepcOS® Clinical Integrations is a comprehensive solution designed to seamlessly embed AI-generated results into existing radiology workflows, eliminating the need for radiologists to switch between multiple interfaces. By integrating with various Health Information Technology (HIT) systems—including PACS, RIS, EHR, EMR, HIS, CIS, and PHR—deepcOS® ensures that AI outputs are readily accessible within the tools healthcare professionals already use.

Opmed's AI-Powered Scheduling Optimization for Cath Labs is a specialized solution designed to address the unique challenges faced by catheterization laboratories. By leveraging advanced artificial intelligence, this system enhances operational efficiency, effectively manages emergency cases, and optimizes resource utilization, ensuring seamless and effective cath lab operations.

The SCN201, also known as Scolioscan Air, is an innovative portable 3D ultrasound system designed for radiation-free scoliosis assessment. Weighing just 500 grams and compact enough to fit in a handheld suitcase, it enables healthcare professionals to perform spinal evaluations efficiently across various settings, including hospitals, clinics, schools, and healthcare centers. Its user-friendly design and advanced technology facilitate quick and accurate assessments, enhancing patient care and monitoring.

HawkSpine is the first veterinary MRI and CT positioning system specifically designed to ensure precise, fast, and safe animal placement during imaging procedures. Its adaptable design accommodates various animal morphologies, from kittens to German Shepherds, facilitating efficient patient positioning in approximately two minutes. This innovation reduces scan times and minimizes anesthesia duration, enhancing overall patient care.

Spotlight Pathology is at the forefront of integrating artificial intelligence (AI) into the diagnostic process for blood cancers. By developing AI-powered decision support tools, the company aims to enhance the efficiency and accuracy of pathology services, addressing the global challenge posed by the increasing incidence of blood cancers and the shortage of specialized pathologists.

The SCN803 is the latest advancement in the SCN800 series, offering a radiation-free, ultrasound-based system for comprehensive spinal assessments. By integrating 3D electromagnetic tracking technology, it captures the spatial positioning of vertebrae to generate detailed three-dimensional images of the spine. This innovation enables safe, cost-effective, and accurate evaluations of scoliosis and other spinal deformities.

GateAI is an enterprise-focused AI platform designed to empower knowledge workers, such as accountants and tax advisors, to make faster and more accurate decisions using trusted Generative AI (GenAI) solutions. The platform offers a comprehensive, multi-modal interface that seamlessly connects users to a wide range of AI solutions, enabling integration with internal data sources like file systems, CRM tools, and databases for insightful analysis.

Scolio3D is an advanced 3D analysis software designed to process images generated by Scolioscan devices, enabling comprehensive visualization and measurement of the spine across coronal, sagittal, and transverse planes. This proprietary software facilitates the creation of full spinal profiles and 3D spinal models, enhancing the understanding of spinal deformities and improving diagnostic accuracy.

SARC MedIQ is an AI-powered imaging and reporting platform built for healthcare providers who want faster diagnostics, higher reimbursement success, and scalable efficiency across their practice. Whether you’re a hospital-based physician or launching an Office-Based Lab (OBL), SARC MedIQ helps you streamline your imaging workflow—from acquisition to report generation—without adding operational complexity. With SARC MedIQ, you can: - Cut diagnostic reporting time from 25+ minutes to under 2 minutes - Achieve 90%+ insurance claim acceptance, compared to the 60% industry average - Reduce transcription and documentation time by up to 90% - Save ~$30K per year in overhead costs - Unlock up to $250K/year in additional revenue The platform includes: - Cloud-based, HIPAA-compliant PACS - AI-assisted report generation via voice or structured input - Secure image sharing with one-click access - Scalable architecture for single sites or multi-location practices SARC MedIQ is trusted by 300+ healthcare facilities including radiology centers, vascular & vein clinics, OB/GYN groups, and interventional specialists transitioning to OBLs. Getting started is risk-free with a 15–30 day complimentary trial to evaluate the system in your real-world environment.

AISAP's CARDIO platform is an FDA-cleared, AI-powered software designed to enhance point-of-care ultrasound diagnostics, particularly for structural heart diseases and heart failure. This cloud-based solution integrates seamlessly with various ultrasound devices and electronic health record systems, enabling clinicians to perform real-time, accurate assessments and generate comprehensive reports within minutes. By providing immediate diagnostic insights at the bedside, AISAP aims to improve patient outcomes, streamline clinical workflows, and make advanced cardiac diagnostics more accessible across diverse healthcare settings.

RadiantGraph is an AI-driven platform designed to enhance consumer engagement within the healthcare sector. By leveraging machine learning and artificial intelligence, it transforms complex healthcare data—such as medical claims, medication histories, and biometric information—into personalized communication strategies. This approach aims to improve patient satisfaction, boost program adoption, and lead to better health outcomes.

Mindpeak Breast ER/PR is an AI-powered software designed for the automated analysis of digital histopathology images of invasive breast carcinoma tissue samples. It detects and quantifies estrogen receptor (ER) and progesterone receptor (PR) expressions in breast cancer cells, providing pathologists with rapid and accurate assessments without the need for manual fine-tuning.

Concentriq® is an enterprise digital pathology platform developed by Proscia, designed to accelerate drug discovery, development, and diagnostics in the era of precision medicine. By unifying data, teams, and applications, Concentriq empowers pathologists and scientists to harness the full potential of digital pathology and AI with unparalleled efficiency and impact.

QP-Brain® is an AI-powered medical imaging software developed by Quibim, designed to enhance brain MRI analysis by providing automated, quantitative evaluations of brain structures and white matter hyperintensities (WMH). This tool aids in the early detection and monitoring of neurodegenerative diseases by measuring brain atrophy and lesions, thereby improving diagnostic accuracy and patient outcomes.