AI in HealthTech: ECG Diagnosis in 40 Seconds and with 99.3% Accuracy

The company provides a complex cardiovascular information solution (CVIS). It offers fully integrated hemodynamic monitoring and ECG management.
Cardiology
  • Duration
    6 months
  • Team
    9 engineers
  • Company Solution
    Cardiovascular Information Solution (CVIS)
  • Industry
    Healthtech
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Project Goal

The client intended to enable seamless data exchange between ECG devices and hospital information systems, reduce diagnostic delays, and minimize human errors in interpreting ECG results.

The Challenge

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    Manual ECG Interpretation

    All the ECG results had to be reviewed by physicians manually, which prolonged diagnosis time and increased the possibility of human error.
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    No Standardization across Devices

    The hospital network used different ECG machines from multiple vendors. Each of them possessed its own data format and communication protocol.
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    Disconnected Hospital Systems

    Patient data used to be scattered across multiple platforms, making it harder to maintain a unified source of truth and synchronize records.
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    HIPAA Compliance Complexity

    Any new system had to meet strict data privacy, access control, and audit requirements without compromising usability or speed.
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Our Solution

To address the identified challenges, we involved a team of nine professionals, namely one Project Manager, two AI/Machine Learning Engineers, two Data Scientists, two Backend Developers, one Frontend Developer, and one QA Engineer.

What We Did

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Automated Diagnosis Logic

Developed an automated diagnosis generation algorithm. It interprets ECG signals and outputs human-readable conclusions with high precision.

AI Document Classification

Seamless Device Integration

Integrated with a wide range of ECG machines commonly used in US hospitals, including Mortara, GE MAC5000, and other DICOM-compatible devices.

Data Extraction by Invoice Type

Full ECG Study Coverage

Built support for multiple ECG study types, such as Rest, Stress, and Holter, to ensure clinical versatility.

Support for Multiple ECG Studies

Smooth Data Exchange

Implemented HL7 interfaces. They enabled smooth patient data exchange across various hospital systems and networks.

Seamless Data Exchange

Hands-Free Reporting

Eliminated repetitive data entry by designing a centralized CVIS platform. Owing to it, waveforms and procedural data now automatically fill out the final reports.

HIPAA Compliance

HIPAA Compliance

Embedded HIPAA-compliant workflows across all stages of diagnosis, data exchange, and storage.

Business Impact

  • 01

    High Diagnostic Accuracy

    AI-powered diagnosis system minimized human error and achieved 99.3% accuracy.

  • 02

    50 Minutes to 40 Seconds

    What used to take physicians 40 to 50 minutes now happens in under a minute, speeding up the diagnosis process.

  • 03

    Multi-Device Integration

    Thanks to a variety of ECG machines and format integration, the system is now flexible and ready to grow with hospital needs.

Technologies Used

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AI-Powered Diagnostics

  • Custom AI Algorithms

    Custom AI Algorithms

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Medical Device Integration

  • DICOM Support

    DICOM Support

  • Mortara & GE MAC5000 Compatibility

    Mortara & GE MAC5000 Compatibility

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Healthcare Data Interoperability

  • HL7 Interface

    HL7 Interface

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Compliance & Data Security

  • HIPAA-Compliant Architecture

    HIPAA-Compliant Architecture

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Workflow Automation

  • Custom Backend Logic

    Custom Backend Logic

  • Automated Report Population

    Automated Report Population

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