CardiAI
Supporting Patients at Home with Convenient Healthcare Solutions

Patients prefer accessing their blood tests and other diagnostic reports without recurring trips to a care center. Despite the improved accessibility of the latest home healthcare solutions, problems like invalid interpretations and misdiagnosis still hinder clinical decision making and timely diagnosis. This, combined with the limited capabilities of most healthcare data management software, forces doctors to manually collect patient information from disparate silos and analyze it before delivering a final interpretation to relevant caregivers that comply with the latest healthcare guidelines.

Bypassing these hurdles to effective digital patient monitoring is CardiAI, a leading-edge developer with a patient centric innovation approach to creating efficient and convenient healthcare devices. CardiAI’s flagship product is the 24-hour ambulatory blood pressure (BP) monitor, BPAro, which automatically reads and interprets BP variations and other health information recorded across existing apps, systems, and EMRs. BPAro’s interpretations follow industry-set guidelines that allow doctors to gain actionable insights into a patient’s condition without worrying about the reliability and accuracy of the information.

BPAro is a clinically validated, automated, cloud-based device that interprets patient reports and induces a flow in the dissemination of information, leveraging HL7 standard connectivity to EMRs. Through its BPAro mobile application, CardiAI enables caregivers to bring clinical value while saving time through automatic and instant interpretations and detailed reports transmitted directly to internet-connected devices.

“Irrespective of the type of EMR system, telemedicine application, or MedTech product a health facility has deployed, BPAro seamlessly integrates with the technologies to improve their information communication,” says Dr. Anmol Kapoor, founder and CEO of CardiAI.

Capable of recording seven days’ worth of health data, BPAro regularly collects patients’ BP variations and heart rates to determine the risk of developing strokes or heart diseases. The device also collects data on a patient’s sleep apnea issues, BP drops round-the-clock, weight changes, underlying conditions (like diabetes), and history of heart failure or disease to generate and analyze accurate monitoring reports. From a caregiver’s perspective, BPAro performs rapid diagnostic tests using AI and machine learning to monitor patient parameters. Apart from rapid tests, BPAro delivers real-time clinical interpretations with deep insights into a patient’s daily and average heart rate over a week for effective diagnosis.

Irrespective of the type of EMR system, telemedicine application, or MedTech product a health facility has deployed, BPAro seamlessly integrates with these technologies to improve their information communication

In the coming months, CardiAI plans to launch its Troponin & NT-BroBNB blood testing device and blood test marker to address the increasing demand for in-home, swift, validated, and automated patient care solutions. CardiAI positions these products as critical biomarkers in cardiology that deliver convenient blood testing for patients with heart problems and increased anti-pro BNB levels, allowing them to self-employ accurate diagnostic tests anywhere. CardiAI’s team of medical professionals, medicine specialists, cardiology experts, biomedical technologists, engineers, and scientists continually test its innovative technological abilities. Together, the team analyzes end-user experience, validations, approvals, tests, and real-time feedback to facilitate rapid innovation and advanced product improvements without compromising the overall efficiency of care delivery.

CardiAI aims to improve healthcare quality by developing and delivering medical devices capable of addressing prevalent hurdles while adapting to incoming challenges. Moving forward, CardiAI plans to develop battery powered patient monitoring products that will increase the safety of operations and allow users to utilize medical devices with ease