CardioLink Pitch

Drina Shah

CardioLink

Bridging the gap between signals and safety.

Would be the first to tap into autonomic nervous system communications to signal heart attack risks.

CardioLink

Existing Technologies

Most existing technologies (ECG monitors) track cardiac events or rhythm abnormalities (Reveal LINQ), rather than heart attack warnings based on neural data.

SCA vs. Heart Attack

bridging the gap in cardiac care

How can one tap into nervous system communications to get warnings of a sudden cardiac arrest?

Introducing CardioLink

CardioLink aims to interpret nervous system signals to detect changes preceding heart attacks.

• Minimally invasive and simplified insertion procedure.
• Built using MEAs (microelectrode arrays) and nerve cuff electrodes to capture nervous system signals.
• Coatings prevent tissue irritation.

• Would use deep learning AI algorithms.
• Would detect specific neural patterns -- increased sympathetic activity or reduced heart rate variability.
• Through each patient’s unique autonomic activity, system can recognize deviations.

• Wireless data transmission.
• Connected to app-based solution for customized reports, device registration, etc..

CAGR Comparison: Cardiolink vs. competitors

Market Analysis

There's a growing demand for real time, preventive health monitoring devices.

• Many competitors show the feasibility of implantable sensor technology but lack cardiac-focused applications.

25%

Early detection of cardiac issues could reduce healthcare costs by 25%

88%

Healthcare providers will adopt remote patient monitoring in the next 5 years.

70%

SCAs occur consistently outside of hospitals with major time convention.

LinkedIn

dshah414@gatech.edu309-989-4536

THANK YOU!Any questions?

VS

Heart Attacks

Occurs when a clogged artery disrupts blood flow to your heart. A more common cause of a cardiac arrest.

Sudden Cardiac Arrests

• Occurs when rapid, abnormal impulses override your heart's natural rhythm. This is an ELECTRICAL issue.
• Can be triggered from a heart attack.