The FDA update for women with dense breasts.

The FDA has released new legislation requiring providers to screen specificially for dense breasts.

Read the update
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BeSound
Technology

BeSound is developing advanced ultrasound with proprietary, real-time, AI-assisted analysis

Near-infrared light allows for the visualization of vascular structures and oxygenation of surrounding tissue, revealing malignancies.

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Woman holding ultrasound device for breast cancer screening & imaging

The world demands better breast cancer detection tools

Women have waited a long time for better breast cancer detection tools. Mammography, the current standard, has not changed significantly for the last 30 years and misses 40% of all cancers in women with dense breasts.02

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Benign breast tumor with traditional ultrasound showing no obvious visual indicators
Benign breast tumor with visual indicators from an advanced breast ultrasound
Benign Tumor
Benign Tumor
Traditional Ultrasound
Advanced Ultrasound
Malignant breast tumor image with no visual indicators taken by a traditional ultrasound
Malignant breast cancer tumor with strong visual indicators taken by an advanced ultrasound
Benign Tumor
Malignant Tumor
Traditional Ultrasound
Advanced Ultrasound

*Medical images provided by partner company, Seno Medical

Woman holding ultrasound device for breast cancer screening & imaging
Answering the call

Earlier breast cancer detection.
Less missed cancers.

BeSound is working to deliver advanced ultrasound with proprietary, real-time, AI-assisted analysis

A better, safer, more cost-effective way to detect cancer in women with dense breasts, helping women everywhere lead healthier lives.*

How does it work?

Discovered in the 1800s by Alexander Graham Bell and adapted by our partner company with FDA approval, Photoacoustic imaging (advanced ultrasound) has been around for years.

01
Near-infrared light and ultrasound waves are emitted

Similar to a pulse oximeter on your finger.

02
Oxygenation and vascularity information are obtained

Another image is constructed from this data.

03
Detailed summaries and classifications of regions are made by our AI

Based on the latest cutting-edge models.

04
The image is reviewed by a radiologist who writes a final report

Before finalizing and sending results to the patient.

Understanding the difference

Technology comparison

No ionizing radiation
No invasive contrast dye
No painful squeeze
High resolution
Effective for dense breasts
Low cost
Accessible
Short wait time
Convenient location
Mammography
No ionizing radiation
No invasive contrast dye
No painful squeeze
High resolution
Effective for dense breasts
Low cost
Accessible
Short wait time
Convenient location
Ultrasound
No ionizing radiation
No invasive contrast dye
No painful squeeze
High resolution
Effective for dense breasts
Low cost
Accessible
Short wait time
Convenient location
MRI
No ionizing radiation
No invasive contrast dye
No painful squeeze
High resolution
Effective for dense breasts
Low cost
Accessible
Short wait time
Convenient location
Advanced Ultrasound*
No ionizing radiation
No invasive contrast dye
No painful squeeze
High resolution
Effective for dense breasts
Low cost
Accessible
Accessible
Convenient location

*BeSound ultrasound technology is under development and is subject to ongoing testing. BeSound technology has not been authorized by any regulatory authority for commercial sale.

BeSound is coming soon!

Be among the first to experience a revolutionary approach to breast cancer detection. Sign up for our waitlist today to receive exclusive early access.

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