Medical Device Software and IoT Integration Platforms

A scalable, secure, and highly available cloud-based IoT platform capable of managing device data, enabling rapid application deployment, and providing remote management and monitoring capabilities.

A comprehensive platform facilitating real-time device data collection, management, and control through bidirectional communication, supporting multi-device integration, centralized configuration, and automated reporting.

Design a flexible, high-performance SaaS platform that unites vendors and technicians, automates equipment audits, provides remote device calibration, and facilitates real-time communication and data access.

Development of an integrated system comprising a patient-facing device, mobile app, and clinician dashboard, with backend workflows supporting continuous data collection, processing, and secure reporting.

Design and develop a secure, scalable platform that provides continuous hardware monitoring, workflow management, predictive maintenance capabilities, and integration with diagnostic devices using IoT and real-time data processing.

Development of an integrated system for continuous data collection, real-time tracking, customizable user interfaces, and predictive health analytics, supporting proactive patient care.

The platform must facilitate real-time visualization of biosignals with 3D activity modeling, synchronized video streaming, and predictive alerts. Users should be able to manage smart clothing devices, view live and historical data, and track outdoor workouts via maps.

Development of an end-to-end IoT platform integrating connected devices with cloud infrastructure to enable real-time monitoring, alerting, and scalable data management.

The system must offer comprehensive device oversight, including static data management, real-time data acquisition, configurable parameter adjustments, and seamless device control over both network and Bluetooth connections for disinfection units.

Development of a comprehensive, configurable web-based interface and backend system that tracks device statuses, provides statistical reports, and predicts device fill levels using ML algorithms. Enables data collection from NFC-enabled devices via mobile applications, with automated report generation.

A comprehensive IoT-enabled platform providing wireless connectivity, data visualization, alert notifications, and device configuration to facilitate real-time environmental monitoring in regulated facilities.