Imaging Modality
for Prostate
Cancer Diagnosis
Super-Resolution Microvascular Imaging
MRI-Level Insight at Point of Care
AI-Driven Diagnostic Confidence
Less Grey Imaging is a Med Tech company developing next-generation ultrasound-based imaging for prostate cancer diagnosis.
Founded in 2023 as a spinout from Heriot-Watt University, Edinburgh, we combine ultrasound physics, applied mathematics, and AI to deliver clinically actionable imaging at the point of care.
Pioneering a new standard in prostate cancer diagnosis
Less Grey Imaging is redefining how prostate cancer is detected and diagnosed. Our proprietary platform, ProViu, transforms conventional ultrasound into high-resolution microvascular imaging — enabling clinicians to identify cancer earlier and make confident decisions during the patient visit.
Current diagnostic pathways rely heavily on multiparametric MRI, which is costly, capacity-limited, and can miss up to 28% of clinically significant cancers. In addition, over 35% of patients with a positive MRI result do not have prostate cancer, leading to unnecessary biopsy procedures.
ProViu addresses this gap by delivering MRI-comparable imaging performance using standard ultrasound systems — without the infrastructure, delays, or constraints of traditional imaging workflows.
AI-Powered Image Enhancement
ProViu tracks microbubble contrast agents using standard ultrasound systems to generate super-resolution images of prostate microvasculature. By overcoming the acoustic diffraction limit, it reveals vascular patterns associated with cancer that are invisible to conventional imaging.
Structural Detail Recovery
Our technology reconstructs microvascular structures at up to 20× higher resolution than standard ultrasound, restoring critical diagnostic detail and enabling earlier and more accurate lesion detection.
Automated Quality Assessment
Built-in quality assessment algorithms continuously evaluate image clarity, contrast, and diagnostic reliability — ensuring consistent, high-quality outputs across operators and clinical settings.
Redefining imaging,
improving decisions
