Pre loader

Announcement: SciChart-Powered Medical Dashboards for Neonatal Care Receives FDA Clearance, Interface Design Award & $17.5m Funding

Categories

Announcement: SciChart-Powered Medical Dashboards for Neonatal Care Receives FDA Clearance, Interface Design Award & $17.5m Funding

SciChart is proud to announce the integration of its advanced JavaScript React Charts and Android Charts into Sibel Health’s ANNE® One platform, a telehealth system for vital signs monitoring designed for neonatal care.

Securing FDA 510(k) clearance, the platform underscores SciChart’s role in delivering flexible, functional medical dashboards. Its intuitive interface earned the Red Dot Award for Interface Design. The SciChart-enabled platform has since secured $17.5 million in funding, including a grant from the Bill & Melinda Gates Foundation, to advance maternal and neonatal monitoring in low- and middle-income countries.

About Anne One, SciChart & Telehealth

The ANNE® One platform leverages wearable sensors to provide continuous, real-time monitoring of vital physiological parameters. This includes heart rate and respiration, tailored for the unique needs of neonatal patients.

With the integration of SciChart’s JavaScript React healthcare dashboards, clinicians can access precise waveform charts that visualize ECG and respiration waveforms with unparalleled accuracy. These visualizations empower healthcare providers to make critical decisions quickly and effectively in both clinical and telehealth settings.


About: SciChart real-time ECG/EKG chart as part of our core medical chart offering.

Supporting Innovation and Securing Funding through Medical Dashboards Performance Optimizations

SciChart’s efficient rendering engine is optimized for low CPU and GPU usage, significantly reducing the computational overhead required to render high-quality, real-time visualizations. These optimizations minimize power consumption and hardware requirements. This means the medical dashboards can be deployed on cost-effective devices without compromising performance or accuracy.

By lowering the barriers associated with high-performance computing, SciChart supports scalable and affordable implementations. This makes it particularly effective for large-scale deployments in low- and middle-income countries, where lower-cost hardware increases accessibility and facilitates widespread adoption. This also minimizes overhead on complex embedded hardware in other markets.

Through these capabilities, SciChart enables organizations to deliver innovative solutions, improve usability, and achieve critical funding benchmarks while maintaining affordability and scalability.

Enhancing Interface Design, Functionality, and Aesthetics with Plugin-Based API Architecture

SciChart’s plugin-based architecture allows developers to create custom layouts, drill down into specific requirements, and design complex, linked charts tailored to enterprise needs. The ChartModifier API provides modular tools for behaviors like zooming, panning, tooltips, and selection.

Developers can use default behaviors to accelerate development or create custom interactions to address unique UX or accessibility needs. This flexibility enables the development of intuitive, user-controlled dashboards that simplify interfaces, reduce training requirements, and support seamless large-scale rollouts.

These capabilities were instrumental in achieving a design that balances clinical precision with usability, contributing to the platform’s recognition with the prestigious Red Dot Award for Interface Design. This combination of extensibility, customization, and user-centric design underscores SciChart’s role in driving innovation in healthcare dashboards.

Supporting FDA Clearance for Medical Applications

SciChart’s architecture and capabilities meet the stringent demands of FDA clearance for medical devices. The platform supports compliance with critical considerations for data handling, accuracy, usability, and data protection.

1. Data Handling

SciChart’s high-performance rendering ensures real-time, low-latency data visualization for clinical applications. Additionally, robust error management will be implemented to detect and handle anomalies, preserving data integrity during processing.

2. Accuracy

High-resolution charts ensure accurate representation of medical data through precise visualizations. Built-in and custom algorithms undergo rigorous testing to ensure consistent outputs through validated algorithms.

3. Usability

The API supports customizable interfaces for the creation of intuitive dashboards that align with user needs and clinical workflows. By integrating human factors, the development of user-friendly and accessible visualizations help minimize errors. Rich interactivity, including zooming, panning, and annotations, further enhances user engagement and data understanding.

4. Data Protection

Support for encryption and protocol ensures that all patient data transmission and storage is handled with the utmost security and confidentiality.

Medical Grade Charting

SciChart is a global leader in high-performance data visualizations, providing solutions trusted by industries requiring precision and reliability. In fact, SciChart’s software is used by 90% of top medical device companies globally.

Built on proprietary rendering technology our medical-grade charts are integrated across sectors and help secure FDA clearance, as well as ISO accreditation.

Learn MoreContact Us

Read More About SciChart’s Support for Pioneering Medical Devices

By Sheldon Vestey | Jan 17, 2025
Chief Commercial Officer at SciChart, with a background in Biochemistry & Genetics and serving as a Government Scientific Grant Assessor. Focuses on business development, building key partnerships, advancing customer innovations, leading educational programs, and managing reseller networks.

Leave a Reply