Medical Device Software and IoT Integration Platforms

Development of a native mobile application complemented by a backend system that enables remote device control, data monitoring, notifications, and automation rules. The system should support integration with external voice assistants and provide detailed usage analytics.

Design an automated deployment pipeline that provisions infrastructure, deploys, configures, tests, and manages versions of the healthcare platform in the cloud environment, ensuring rapid, stable, and consistent rollouts and updates.

A comprehensive embedded software system enabling high-resolution video capturing, remote camera control, data management, and system integration tailored for medical device applications.

Development of embedded software for portable medical devices supporting secure communication, data logging, telemetry, connectivity management, and compliance with healthcare standards.

Design and develop a comprehensive system enabling remote health monitoring, real-time data collection, secure communication, and online consultations leveraging certified Bluetooth devices.

Development of an integrated platform facilitating secure real-time data acquisition from medical devices, enabling rapid alerts for clinical response, and supporting flexible data management workflows.

A comprehensive, web and mobile-accessible platform for testing, calibrating, and quality controlling imaging devices, integrated with specialized image analysis algorithms.

A comprehensive platform designed to track, analyze, and display vital health parameters in real-time, with multi-user access and seamless device integration.

Design and develop an IoT-enabled, user-friendly emergency communication hub incorporating wireless connectivity (Bluetooth Low Energy, WiFi, Dual SIM), simplified control interface, and reliable backend integration.

A comprehensive platform integrating IoT devices, backend systems, and user interfaces to monitor hygiene consumables usage, ensuring data security via separation of user and system databases, and delivering real-time analytics.

Development of a portable, wireless biomedical data recorder supporting real-time signal acquisition, multi-channel EEG recording, video integration from multiple cameras, and secure data management through an intuitive mobile app.

A comprehensive platform comprising a web interface for healthcare providers and a mobile app for patients, capable of securely connecting to IoT-enabled medical devices via Bluetooth, managing data synchronization, and supporting real-time device tracking and usage analytics.