SmartClinity's architecture combines embedded sensing, microcontroller intelligence, wireless connectivity, and cloud infrastructure — engineered to function reliably within demanding clinical environments.
The SmartClinity clamp integrates two independent sensing modalities — enabling simultaneous measurement of fluid dynamics and fluid quality from outside the tube, without any contact with the clinical fluid stream.
The ESP32-C3 — a compact 32-bit RISC-V microcontroller — serves as the computational and communication core of the SmartClinity device. It orchestrates sensor data acquisition, local processing, and wireless data transmission.
Connects seamlessly to existing hospital Wi-Fi infrastructure. No additional network hardware required for deployment.
Lightweight publish-subscribe messaging enables real-time data streaming from device to cloud with minimal overhead and high reliability.
All data transmission operates over TLS-encrypted channels. Clinical data remains protected from acquisition to storage.
Data acquired at the device is streamed via MQTT to the cloud ingestion layer, where it is processed, stored, and surfaced through the clinical dashboard — with threshold-based alerting and full audit traceability.
View platform details →As clinical data accumulates across devices and institutions, SmartClinity will progressively layer AI-enabled analytics into the platform — moving from monitoring to prediction, and from alerts to actionable clinical intelligence.
Explore the two clinical applications built on the SmartClinity platform.