Sam Brusco, Associate Editor02.15.23
Asensus Surgical has begun a multi-year collaboration with Google Cloud to integrate Google Cloud’s secure cloud data architecture and machine learning (ML) tech to expand Asensus’ Performance-Guided Surgery (PGS) framework enabled via its Intelligent Surgical Unit (ISU).
PGS may help surgeons perform more accurately and efficiently, help avoid complications, and improve outcomes.
“We are thrilled to be collaborating with Google Cloud to realize and scale our Performance Guidance Surgery capabilities, by leveraging the data collected by our state-of-the-art ISU technology in conjunction with Google Cloud’s leading machine learning technologies and cloud architecture,” Anthony Fernando, Asensus Surgical president and CEO told the press. “For several years, we have been pioneering digital surgical capabilities to provide surgeons with novel, real-time intraoperative digital tools and clinical intelligence. This collaboration to better capture clinical performance data and apply augmented intelligence capabilities to provide clinical insight, will ultimately drive consistently superior outcomes for patients.”
The ISU real-time intra-op surgical image analytics platform leverages augmented intelligence to reduce surgical variability and offers tools to reduce cognitive fatigue, while collecting data related to the procedure. Asensus will enable customer access portals and performance dashboards, and Google Cloud’s secure cloud data architecture will capture the data.
Asensus will leverage Google Cloud’s ML tech to analyze the data and glean clinical intelligence that can be used by surgeons and hospitals, as well as continuously improve the ISU software for better intra-op clinical insight.
“Asensus’ expertise in real-time intraoperative tools combined with our expertise in secure data-capture and machine learning will give surgeons advanced insights to help them in their important work,” said Aashima Gupta, Global Director of Healthcare for Google Cloud. “We are bringing our shared commitment to developing powerful tools for surgeons and healthcare providers around the world, ultimately enabling them to offer more effective, digitally-enabled care to patients worldwide."
PGS may help surgeons perform more accurately and efficiently, help avoid complications, and improve outcomes.
“We are thrilled to be collaborating with Google Cloud to realize and scale our Performance Guidance Surgery capabilities, by leveraging the data collected by our state-of-the-art ISU technology in conjunction with Google Cloud’s leading machine learning technologies and cloud architecture,” Anthony Fernando, Asensus Surgical president and CEO told the press. “For several years, we have been pioneering digital surgical capabilities to provide surgeons with novel, real-time intraoperative digital tools and clinical intelligence. This collaboration to better capture clinical performance data and apply augmented intelligence capabilities to provide clinical insight, will ultimately drive consistently superior outcomes for patients.”
The ISU real-time intra-op surgical image analytics platform leverages augmented intelligence to reduce surgical variability and offers tools to reduce cognitive fatigue, while collecting data related to the procedure. Asensus will enable customer access portals and performance dashboards, and Google Cloud’s secure cloud data architecture will capture the data.
Asensus will leverage Google Cloud’s ML tech to analyze the data and glean clinical intelligence that can be used by surgeons and hospitals, as well as continuously improve the ISU software for better intra-op clinical insight.
“Asensus’ expertise in real-time intraoperative tools combined with our expertise in secure data-capture and machine learning will give surgeons advanced insights to help them in their important work,” said Aashima Gupta, Global Director of Healthcare for Google Cloud. “We are bringing our shared commitment to developing powerful tools for surgeons and healthcare providers around the world, ultimately enabling them to offer more effective, digitally-enabled care to patients worldwide."