Powering Virtual NursingThrough Embedded Systems Innovation

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Key Improvements and Benefits

Real-Time Device Insights Enhanced remote care experience aligned with HIPAA standards.

Improved Patient Privacy Metric streaming and observability tools drive proactive support and maintenance.

Scalability and Stability Embedded platform supports multiple hardware configurations and continuous evolution.

Background

A virtual care technology leader deploys in-room hospital devices that enable virtual nursing across diverse hardware profiles. These deployments demand robust privacy features and real-time observability to ensure secure, efficient support for remote clinical workflows.

Challenge

The company required specialized embedded expertise to optimize the performance of their virtual nursing devices and expand audio capabilities with strict HIPAA compliance for remote interactions. Enhancing device observability was crucial for effective remote support, alongside ensuring seamless scalability across their diverse range of hardware platforms.

The Solution

Bravo LT partnered with the client to design, implement, and maintain embedded Java services for virtual nursing devices. Our team contributed across the full development lifecycle, delivering embedded systems innovation with a focus on reliability, compliance, and future scalability.

• Developed embedded observability using Grafana Alloy on ARM chips for real-time

  monitoring.

• Implemented advanced telemetry (OTEL, DBus) for streamlined troubleshooting.

• JNI-based system integrations with native

  libraries like ALSA (C/C++ services).

• Provided robust system support across multiple hardware configurations.

• Ensured hardware portability for future platform adaptability.

Technologies Used

Embedded Java Services, JNI (C/C++), Grafana Alloy, ARM Chips, OTEL, DBus

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