We design intelligent embedded systems that blend AI, real-time sensing, and automation — for smarter, faster, safer systems.
We deploy microcontrollers and edge processors that collect and interpret real-world signals like temperature, ECG, motion, vibration, and more — directly at the sensor level.
Using MATLAB and Simulink, we simulate fault prediction, control systems, and automation flows before any hardware goes into the field.
We connect distributed devices to real-time dashboards for 24/7 visibility using MQTT, Grafana, and cloud services
We use vision AI, posture recognition, and embedded systems to enable fall detection and automated alerts for safety-critical environments.
We integrate high-level logic with industrial PLC systems to drive motors, alarms, and medical interfaces reliably..
A full view of the system pipeline — from sensor to decision — showing how data flows through our intelligent infrastructure stack.
From grid resilience to patient safety, our stack is optimized for real-world deployment where uptime, reliability, and responsiveness matter most.