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Andur SRL Case Study:Cutting HealthcareMonitoring Effort by 40%

See how AppsRhino built a BLE healthcare monitoring platform for Andur SRL, reducing manual monitoring effort by 40% and doubling data reliability.

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40%
Manual monitoring effort reduced
2X
Data reliability improvement
30%
Fewer readmissions

How Andur SRL Cut Healthcare Monitoring Effort by 40% with BLE

AppsRhino built a resilient BLE healthcare monitoring gateway for Andur SRL — doubling data reliability and reducing manual monitoring effort by 40% through continuous, automated patient data capture.

Client recordAndur SRL Case Study: Cutting Healthcare Monitoring Effort by 40%Others
Industry
Healthcare and Remote Monitoring
Size
20+ team members
Country of origin
Italy
Countries served
Italy (BLE healthcare monitoring focus)
Solution used
Custom BLE healthcare monitoring platform
Flagship solution
BLE Monitoring Platform

Turning Fragmented Device Data Into Reliable Patient Monitoring

Andur SRL set out to build a health monitoring platform that captures real-time patient data, ensures accurate timestamps, and supports multiple BLE devices. Fragmented data collection, manual processes, and integration complexity stood in the way.

Our Implementation Journey with Andur SRL

  1. Autonomous gateway in Android (Kotlin)

    We built autonomous gateway applications in Kotlin for continuous health data capture without manual intervention.

  2. BLE stack integration

    A dedicated BLE stack enabled seamless integration with multiple Bluetooth healthcare devices for reliable real-time monitoring.

  3. Offline storage with Room DB

    Room DB provided structured local storage essential for offline health data persistence and synchronization.

  4. Custom server for secure ingestion

    A custom server handled secure data ingestion and processing, enabling structured transmission across monitoring endpoints.

A Resilient, Healthcare-Ready Monitoring Gateway

AppsRhino delivered a resilient, healthcare-ready monitoring gateway enabling continuous data capture and reliable transmission — supporting BLE healthcare monitoring through consistent pipelines for accurate patient monitoring.

Andur SRL Case Study: Cutting Healthcare Monitoring Effort by 40%
24/7 autonomous gateway
Seamless BLE device integration
Confidence-based timestamping
Multi-protocol data delivery
Remote gateway configuration
Crash-resistant, scalable architecture

24/7 autonomous gateway

An Android-based gateway enables continuous health data capture without requiring manual attention.

Seamless BLE device integration

Multiple Bluetooth healthcare devices are supported across different environments through a unified BLE stack.

Confidence-based timestamping

Health data synchronization relies on confidence-based timestamping to keep records accurate and trustworthy.

Multi-protocol data delivery

Secure data delivery via MQTT, HTTPS, and SFTP endpoints supports flexible, secure transmission.

Remote gateway configuration

Centralized control lets teams configure and manage all deployed healthcare gateways remotely.

Crash-resistant, scalable architecture

The system is built to operate reliably at enterprise scale, even under network disruption.

Want to build a BLE healthcare monitoring platform of your own?

Capabilities & Integrations Powering Andur SRL

CAPABILITYSYSTEM

Android (Kotlin)

Built the autonomous gateway application for continuous, unattended data capture

Explore our healthcare app development services →

Measurable Gains in Reliability and Efficiency

Data reliability
Manual, fragmented collection2X improvement in health data reliability through automated BLE capture
Manual monitoring effort
High, manual processes40% reduction in manual monitoring effort
BLE device adoption
Limited50%+ of healthcare devices leveraging Bluetooth Low Energy for continuous monitoring
Readmissions
BaselineUp to 30% fewer readmissions associated with remote patient monitoring adoption

Key results:

  • 2X improvement in health data reliability through automated BLE data capture
  • 40% reduction in manual monitoring effort using BLE-based healthcare systems
  • 50%+ of healthcare devices leveraging Bluetooth Low Energy for continuous monitoring
  • Up to 30% fewer readmissions associated with remote patient monitoring adoption

From Fragmented Data to Continuous, Reliable Monitoring

Moving from manual device syncing to an autonomous, 24/7 gateway fundamentally changed how reliably patient data could be captured, without requiring constant human oversight.

Andur SRL's monitoring platform now gives clinicians and care teams a more complete, trustworthy view of patient data — without adding operational burden.

Impact we created

  • Replaced manual syncing with continuous, autonomous data capture
  • Built in resilience against network drops and data loss
  • Enabled centralized management of a growing device fleet

Why AppsRhino

Andur SRL chose AppsRhino for building resilient, BLE-ready healthcare monitoring platforms enabling reliable patient data capture, continuous device connectivity, and scalable deployments.

  • BLE gateway engineering expertise

    Designed BLE gateways enabling continuous communication and accurate data capture.

  • Healthcare monitoring expertise

    Applicable across healthcare and remote patient monitoring at enterprise clinical scale.

  • Resilient gateway system design

    Ensured data integrity during network disruptions and BLE monitoring operations.

  • Scalable monitoring infrastructure

    Prepared infrastructure for large-scale deployments supporting expanding Bluetooth healthcare networks.

  • Dedicated engineering support

    Provided continuous optimization, updates, and technical guidance as requirements evolved.

"Their team worked closely with us, stayed responsive throughout development, and adapted well to real-world constraints, delivering a system that continues to perform consistently after deployment."
Andur SRL Team

Ready to Build Your Own BLE Healthcare Monitoring Platform?

Frequently asked questions.

What problem was Andur SRL trying to solve?

Andur SRL needed a health monitoring platform that could capture real-time patient data reliably, support multiple BLE devices, and remove the manual effort and data-loss risk that came with fragmented, manual monitoring processes.

How does the platform handle network disruptions?

Through a resilient, crash-resistant gateway architecture with local offline storage, ensuring data isn't lost during network drops and syncs once connectivity resumes.

What is confidence-based timestamping?

A method of timestamping health data that improves synchronization accuracy, helping ensure records are reliable for clinical use.

What technology powers Andur SRL's platform?

An Android (Kotlin) gateway application, a dedicated BLE stack, Room DB for local storage, and a custom server for secure data ingestion, with EHR APIs and cloud storage supporting integrations.

What results has Andur SRL seen from its BLE monitoring platform?

A 2X improvement in data reliability, a 40% reduction in manual monitoring effort, and results associated with up to 30% fewer readmissions among remotely monitored patients.

Why did Andur SRL choose AppsRhino as its development partner?

For AppsRhino's BLE gateway engineering expertise, healthcare monitoring experience, and ability to build resilient, compliance-ready systems for regulated environments.