Advita Ortho’s GPS surgical navigation platform has supported more than 100,000 joint replacement procedures worldwide, building one of the largest datasets in surgical navigation. This milestone strengthens the foundation of Advita’s AI One platform, which uses de-identified, intraoperative data to analyze surgical performance and workflow.
After each procedure, the GPS data is uploaded into AI One, where planned and checked cut parameters in terms of orientation and position, as well as workflow information captured during surgery, are used to generate postoperative reports. As this dataset continues to grow, the aggregated data can help provide insights into surgical workflows and performance characteristics across a large population of procedures.
Part of Advita’s Active Intelligence ecosystem, GPS supports knee, shoulder and ankle arthroplasty, bringing intra-operative data across multiple joints into the unified AI One platform.
“This milestone reflects continued progress in establishing a robust intraoperative data foundation,” said Richard Friedman, MD, FRCSC, Advita’s Chief Medical Officer. “This work supports objective understanding of surgical execution and helps translate large-scale analysis into practical value for surgeons.”
Advita Ortho's GPS surgical navigation platform has supported more than 100,000 joint replacement procedures worldwide, building one of the largest datasets in surgical navigation. This milestone strengthens the foundation of Advita's AI One platform, which uses de-identified, intraoperative data to analyze surgical performance and workflow. ...
Advita Ortho’s GPS surgical navigation platform has supported more than 100,000 joint replacement procedures worldwide, building one of the largest datasets in surgical navigation. This milestone strengthens the foundation of Advita’s AI One platform, which uses de-identified, intraoperative data to analyze surgical performance and workflow.
After each procedure, the GPS data is uploaded into AI One, where planned and checked cut parameters in terms of orientation and position, as well as workflow information captured during surgery, are used to generate postoperative reports. As this dataset continues to grow, the aggregated data can help provide insights into surgical workflows and performance characteristics across a large population of procedures.
Part of Advita’s Active Intelligence ecosystem, GPS supports knee, shoulder and ankle arthroplasty, bringing intra-operative data across multiple joints into the unified AI One platform.
“This milestone reflects continued progress in establishing a robust intraoperative data foundation,” said Richard Friedman, MD, FRCSC, Advita’s Chief Medical Officer. “This work supports objective understanding of surgical execution and helps translate large-scale analysis into practical value for surgeons.”
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