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9 months
Project duration
Outsource
Engagement model
5 Developers
Team size
UK
Client
Project Introduction
The HVAC Telematics and Telemetry System is designed to enable reliable, low-latency communication between HVAC equipment and cloud infrastructure. By leveraging cellular connectivity technologies such as 2G, LTE-M, and NB-IoT, the system ensures stable performance even in environments where Wi-Fi connectivity is limited or unavailable.
The platform supports a wide range of HVAC units, providing capabilities for remote diagnostics, real-time monitoring, and system control. It enables continuous data collection and processing, allowing operators to detect issues early and optimize system performance.
Scope of Project
1. Embedded Development
Carelia delivered embedded firmware development for medical-grade devices, ensuring high reliability, security, and compliance with healthcare standards.
Key capabilities included:
Device Provisioning: Scalable provisioning for individual and fleet medical devices across clinical deployments.
Secure Connectivity: Reliable communication with cloud infrastructure via cellular and Wi-Fi networks, ensuring uninterrupted data exchange.
Device Reliability: Stable firmware architecture designed for continuous operation in clinical environments.
Medical Device Communication: Integration of BLE, Wi-Fi, and custom protocols for seamless interaction between devices, mobile apps, and cloud systems.
Power Optimization: Efficient energy management tailored for wearable and portable medical devices.
User Interaction: Intuitive physical and digital controls designed for both patients and healthcare professionals.
Data Handling: Real-time telemetry, secure data aggregation, and encrypted storage aligned with healthcare data standards.
Automation: Smart operational modes enabling continuous monitoring without manual intervention.
OTA Updates: Secure over-the-air updates for medical devices, ensuring compliance and continuous improvement.
2. Cloud Development
The platform is built using Infrastructure as Code (IaC) principles to ensure scalability, security, and compliance.
- AWS IoT Core for secure device communication and authentication
- Device state management for real-time synchronization
- MQTT protocol for efficient and lightweight data transmission
- Serverless processing (AWS Lambda) and time-series databases for medical data analytics
The system includes secure certificate management and encrypted communication channels to meet healthcare data protection requirements (HIPAA-ready architecture).
3. Mobile App Development
Carelia developed cross-platform mobile applications for iOS and Android, designed for both patients and healthcare providers.
The applications enable secure real-time synchronization with medical devices and cloud systems, supporting:
- Remote patient monitoring
- Device configuration and management
- Access to real-time and historical health data
Interactive dashboards provide clear visualization of medical data, supporting clinical decision-making and improving patient engagement.
All applications are built with strict security and privacy standards to protect sensitive healthcare data.
Project’s Specifics
Results
The Carelia platform delivers a comprehensive IoT-enabled healthcare solution, combining connected medical devices, mobile applications, and cloud infrastructure.
By enabling real-time patient monitoring, secure data exchange, and advanced analytics, the system supports digital healthcare transformation and improves both clinical efficiency and patient outcomes.
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Contact Us
Los Angeles
15442 Ventura blvd, Suite 201, Sherman Oaks, CA 91403
contact@carelia.io
New York
348 W. 57th St., New York, NY 10019
contact@carelia.io