Case Studies

End-to-end development of an FDA 510(k) cleared wearable ECG monitor with 14-day battery life, achieving 99.2% arrhythmia detection accuracy and enabling remote monitoring for 50,000+ cardiac patients.

Design and deployment of a solar-powered precision agriculture IoT system across 5,000 acres, enabling data-driven irrigation and fertilization that increased crop yield by 40% while reducing water consumption by 35%.

Implementation of a comprehensive digital twin platform for a 50-story commercial complex, enabling real-time simulation, predictive analytics, and autonomous building operations that reduced energy consumption by 42% and maintenance costs by 55%.

Design and deployment of a fleet of 200+ autonomous mobile robots (AMRs) with on-device TinyML navigation and coordination, transforming a traditional warehouse into a fully automated fulfillment center with 340% throughput improvement.

Design and tape-out of a custom RISC-V based AI accelerator SoC achieving 10 TOPS/W efficiency for TinyML workloads, enabling always-on voice, vision, and sensor fusion in battery-powered wearables and IoT devices.

Development and deployment of a 5G-enabled telematics platform across 3,500+ commercial vehicles, enabling real-time monitoring, predictive maintenance, driver behavior analytics, and autonomous route optimization that reduced fuel costs by 28% and accidents by 67%.

Design and deployment of 8,000+ battery-free energy harvesting sensors for structural health monitoring of bridges, tunnels, and highways, achieving 20-year maintenance-free operation while detecting potential failures 6 months in advance.

Development of a versatile pet tracking device supporting four connectivity technologies - BLE beacon for indoor tracking, 4G LTE for real-time urban tracking, 2G fallback for extended coverage, and LoRa for rural/remote areas. Achieved 45-day battery life with IP68 waterproofing.

Development of an FDA-compliant smart urinometer for ICU and post-surgical patients that automatically measures urine output, flow rate, and color analysis. Eliminates manual hourly measurements, reduces nursing workload by 40%, and provides early detection of acute kidney injury (AKI).

Development of a rugged smart watch for police officers featuring SpO2, heart rate, body temperature, environmental sensors (temperature, humidity, air quality), GPS tracking, and SOS alert system. Deployed to 15,000+ officers for real-time health monitoring and emergency response.

Development of an affordable EMG-controlled robotic prosthetic arm with machine learning-based gesture recognition. The system interprets muscle signals to enable natural hand movements, achieving 94% gesture accuracy with < 100ms latency, transforming lives of upper-limb amputees.

Development of an FDA-compliant automated inhaled Nitric Oxide (iNO) therapy system for NICUs treating newborns with persistent pulmonary hypertension. Features precise gas delivery, real-time monitoring, cloud connectivity for remote oversight, and comprehensive safety systems. Reduces iNO therapy costs by 60% while improving treatment outcomes.

Development of an FDA-compliant AI-powered oxygen therapy system that automatically adjusts FiO2 levels based on real-time SpO2 monitoring and predictive algorithms. Reduces oxygen consumption by 35%, prevents hyperoxia-related complications, and decreases nursing workload while maintaining optimal patient oxygenation.