We use a high resolution thermal screening device to take the temperature of the breast tissue.

Thermalytix AI algorithms detect subtle temperature abnormalities, such as:

• abnormal blood vessel patterns

• unusual heat signatures

These subtleties human interpretations might miss.

The AI analyses 400,000 temperature points per image, providing:

• consistent

• quantitaive risk score

• non-subjective

• eliminates human error

Thermalytix AI algorithms are trained on:

• large datasets of thermal images

• corresponding reports of radiological imaging (Mammography and Ultrasound)

• patients presenting breast abnormalities/cancer

The AI engine is able to recognize complex patterns linked to malignancy, and also reduce the number of false positives. The AI algorithms learns to adapt over time, improving with more data and diverse patient populations from different geographies.

This AI engine is able to recognise complex patterns linked to malignancy

• Non-invasive

  • Radiation-free

  • Pain-free

    • No contact required

    • Through a remote- controlled thermal camera

• High Accuracy

  • Eliminates human error

  • AI learning machine that will reduce false positives

• All ages

  • Screening works for women aged 18 to 80+ years. It does not depend upon the age or breast density.

Thermalytix is not conventional thermography. While thermography relies on manual image interpretation, Thermalytix uses AI-driven analysis of precise temperature maps reviewed by trained radiologists.

With up to 50× greater thermal sensitivity (0.02°C vs. 1°C), Thermalytix can detect abnormalities earlier—often before they become visible on traditional imaging—leading to better clinical outcomes.

Mammography:

• Radiation exposure

• Overdiagnosis risk

• Less effective in dense breast tissue

• Can lead to unnecessary treatment

Thermalytix:

• Safe, painless, no radiation

• Detects physiolocial changes

• May identify risk patterns

• Accessible to those 18+ regardless of the density of their breast tissue