Navari have developed a unique, patent-pending technology enabling intraoperative augmented reality (AR) guidance during minimally invasive procedures. With our technology, we enhance the ability of surgeons, setting new standards for today’s cancer treatment.

Making minimally invasive surgery the first hand choice

We are dedicated towards shaping the future of cancer treatment through minimally invasive techniques like robotic- and laparoscopic surgery. Our mission is to broaden the availability of these advanced surgical methods, which are currently underutilized despite offering substantial clinical advantages over traditional open surgery. A key obstacle to their widespread adoption is the challenge of limited visualization during these procedures, which complicates precise navigation. We are committed to addressing this challenge by building a novel AR-tool, making these innovative and less invasive cancer treatments accessible to more patients.

Why minimally invasive surgery?

42% less risk 1

Patients who undergo minimally invasive surgical procedures have a 42% lower risk of post-operative complications compared to those who undergo open surgery

3 days shorter hospital stay 2

In average, patients undergoing minimally invasive surgery are discharged from the hospital after 4 days, compared to the 7-day average stay for open surgery.

Half the recovery time 3

Patients who undergo minimally invasive procedures are 50% more likely to feel fully recovered after 12 months than those who undergo open surgery.

60% of all cancer patients undergo surgical intervention

Cancer is the second-leading cause of death, accounting for 10 million deaths and 18% of all fatalities worldwide. The incidence of cancer is expected to increase with more than 50% from 2020 to 2040. Consequently, cancer remains a significant and growing global health concern. Over the years, advancements in medical science have undoubtedly improved the prognosis and survival rates for many types of cancer. However, the rapid increase in cancer incidence places a significant burden on healthcare systems globally. There is a substantial need for new technologies and tools to meet this demand, as well as an increasing demand from patients for better and more safe procedures.

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