Sona from the world-leading National Physical Laboratory (NPL), aims to revolutionise breast cancer screening with the world’s first ultrasound-based breast density assessment and monitoring technology, that does not require imaging or trained radiologists.
Patented, novel ultrasound sensor-platform technology
Sona's ground-breaking technology enables healthcare systems to provide timely and personalised screening through simple, safe and low-cost access to breast density information, which is currently limited by age and use of traditional mammograms.
Unlike traditional methods that rely on X-rays, which pose risks due to radiation exposure, sona's patented solution leverages novel ultrasound sensor-platform technology to provide safer, more sensitive breast density assessments without the need for imaging or trained radiologists.
Early cancer detection is key to saving lives, and sona's unique innovation will ensure women are offered the right forms of screening at the right time.
Why breast density matters
Approximately 70% of breast cancers are detected in women with dense breasts, however, most women do not know their breast density.
Nearly half of women have high breast density and it changes over time. High breast density both increases breast cancer risk (by up to a factor of 6) and causes cancers to be missed on screening mammograms.
sona's simple, low-cost desktop device, easily deployed in local GP clinics and primary care sites, delivers quick, reliable breast density readings.
Sona's mission
Our mission at sona is to provide all women with a safer, earlier and more accessible way to monitor their breast health. We are taking a significant step towards bringing our simple, low-cost desktop device to clinics and communities, ensuring that breast density detection is no longer limited by age or access to traditional mammograms.
We believe this lifesaving innovation will create a new standard and empower women of all ages and backgrounds to take control of their breast health in a way that’s never been possible before.