Search results for: 'SYSTEMS AND METHODS FOR AI-ASSISTED SURGERY'

Artificial intelligence is becoming increasingly relevant to antibody discovery and immunotherapy development, supporting target identification, de novo antibody design, antibody engineering, clinical intelligence, and bioprocessing. Advances in generative AI, protein language models, diffusion models, and structure-based models are expanding the u...

Conversational AI solutions are designed to enhance communication and coordination among healthcare stakeholders. These voice and text applications automate human information gathering and communications and represent a growing opportunity for healthcare organizations to improve clinician efficiency, operational and administrative efficiency, healt...

This Frost Radar™ analyzes the clinical ambient AI solutions that enable clinicians to improve their efficiency at the point of care. AI scribe capability has become the baseline market requirement, eliminating it as a differentiator and pushing vendors to compete on higher-order clinical and financial workflow integration. These capabilities inclu...

Frost & Sullivan research found the visible market success of artificial intelligence (AI)-driven interactive virtual assistants (IVAs), such as Alexa from Amazon and the Google Assistant, has been matched by specialized IVA deployments in various vertical markets such as financial services, education, and retail. Healthcare has presented opportun...

The global healthcare RTLS market is evolving beyond traditional asset tracking toward intelligent location platforms that enable real-time visibility, workflow optimization, and operational decision-making across healthcare environments. As healthcare providers continue investing in digital transformation, RTLS is increasingly being deployed as an...

Traditional training environments face patient safety risks, resource constraints, and limited exposure to rare event scenarios. Additionally, physical simulations are costly, limiting accessibility (especially in resource-constrained settings). Current simulation models lack personalization, resulting in operational complexity for hospitals due to...

This edition of the Life Science, Health & Wellness Technology Opportunity Engine (TOE) encompasses insights across advances in targeted neurological therapies, cancer treatments, and AI-powered drug development. The TOE also features innovators for treatment of metabolic diseases such as obesity and heart failure.The Life Science, Health & Wellnes...

This Frost Radar™ benchmarks the growth and innovation activity of clinical decision support system (CDSS) vendors in their effort to provide end users with evidence to take the next best action. The CDSS role is evolving from just being the source of clinical knowledge at the point of care or facilitating clinical decision-making and workflow. New...

This edition of the Life Science, Health & Wellness Technology Opportunity Engine (TOE) provides a comprehensive overview of breakthrough innovations reshaping biomanufacturing, cell and gene therapy, precision immunotherapy, anti-infectives, and neurotherapeutics across oncology, infectious disease, nephrology, and neurodegenerative disease. It hi...