Built for demanding industries.
We focus on two markets where failure simply isn't an option: medical devices that require regulatory compliance, and industrial equipment built for harsh environments.
Industrial
We specialize in engineering robust, reliable solutions tailored specifically for mission-critical applications in harsh industrial environments. Our ruggedized hardware seamlessly integrates a diverse array of advanced sensors and resilient microelectronic components. Our firmware capabilities include real-time operating systems (RTOS) on STM32, NXP, and Microchip platforms; edge-native AI for on-device predictive analytics; and secure, hardened Linux deployments using Yocto and Buildroot. We also provide industrial-grade wireless connectivity solutions, including LTE-M for wide-area coverage, Wi-Fi for high-throughput requirements, and custom sub-GHz RF for dense industrial facilities. These vertically integrated systems are customized to address your toughest operational challenges, enhancing efficiency, reliability, and resilience.
Industrial Solutions We Developed
Vibration Sensor
We designed the electronics and developed the firmware for a high-precision MEMS vibration sensor equipped with triaxial motion sensing, built-in FFT spectral analysis, and user-defined alarm thresholds, delivering dependable, real-time predictive maintenance insights for industrial applications. An optional wireless capability enables remote data acquisition and monitoring.
Flow Meter
We developed electronics and firmware for a high-accuracy flow meter specifically tailored for agricultural control applications, delivering precision measurement and advanced configurability. This robust device offers real-time monitoring of flow rates, clearly displayed through an intuitive and user-friendly interface.
Optical Sensor
We engineer advanced intelligent photoelectric sensors specifically designed for demanding industrial environments. Leveraging precision infrared technology, this sensor accurately assesses the optical properties of liquids, and delivers essential data for an industrial process monitoring application. Measurement data is transmitted reliably via a standard 4-20mA current loop interface.
Medical
We specialize in developing ISO 60601-compliant microelectronics and safety-critical embedded firmware tailored for medical applications. From ultra-low-power solutions optimized for implantable devices to robust RTOS-driven architectures for patient monitoring systems, our software engineering practices adhere to IEC 62304 design and lifecycle standards. Collaborating seamlessly within our customers' ISO 13485 quality systems, we also offer expertise in ISO 14971 risk assessment to streamline your certification process.
Medical Solutions We Developed
Intervertebral Disc Implant
We designed the microelectronics and embedded firmware for an artificial disc. This implant incorporates embedded diagnostics that continuously monitor device integrity, providing early alerts for potential displacement or subsidence issues. The implant includes an ultra-low-power microcontroller capable of real-time motion sensing, and bi-directional telemetry using the MICS communication standard. The system includes an inductive coupling solution to wirelessly recharge its integrated Lithium-Ion battery.
Patient Monitor
We developed a robust network communication module for a patient monitoring system deployed in hospital environments. This mission-critical device supports both Ethernet and Wi-Fi connectivity, providing seamless and reliable access to remote drug libraries essential for infusion therapy.
Blood Pressure Monitor
We wrote the firmware for an acute-care hemodynamic monitoring device. This is a specialized oscillometric blood pressure system utilizing a pressure cuff placed around the patient's finger. This advanced system continuously measures and reports systolic and diastolic blood pressure, providing accurate, real-time insights critical for patient care.