Ensure Medical Device Interoperability with Hospitals’ Legacy Systems
Hospital operators and medical device manufacturers in Europe, the U.S., Canada, and Japan are adopting the new IEEE 11073 SDC (service-oriented device connectivity) standard allowing the transmission of data between medical devices
Development and support of applications stack for the new ARM-based processors
A semiconductor manufacturer sought Auriga's assistance in creating firmware and drivers for a one-of-a-kind, inventive processor. Download a case study and learn how our client reduced time-to-market one year earlier than planned and gained recognition within the Linux community.
Alarm Fatigue: Medical Device Interoperability for Quiet ICU
Nearly every medical device in modern hospitals is outfitted with an alarm – patient monitors, infusion pumps, ventilators, pulse oximeters, sequential compression devices, beds, and more.
A proven vendor of embedded solutions for aerospace, military, industrial process control and telecom, contracted Auriga to provide maintenance and support services for a UNIX-like DO-178B compliant proprietary real-time operating system (RTOS).
A US-based embedded and RTOS vendor challenged Auriga with design, development and maintenance of virtualization platform to support embedded, real-time, safety critical, and security critical solutions.
Worldwide silicon vendor tasked our team to develop numerous device models for Simics hardware simulation platform and provide the customer with level 2/3 Support without real HW prototype.
A EU-based medical device start-up focusing on optical imaging solutions tasked Auriga to develop visualization system for a smart catheter used in life-critical cardiac surgery.
US-based carrier of cashless payment solutions for self-serve retail market chose Auriga to automate regression testing for its flagship solution to improve system robustness and speed time to market for new releases.
A US-based semiconductor company contracted with Auriga to provide support for the entire application stack from bootloader and Linux to JVM and Hadoop - for their new multicore ARMv8 CPU family.
An embedded solutions provider for aerospace, military, industrial process control and telecom, tasked Auriga to develop and enhance their UNIX-like DO-178B compliant proprietary real-time operating system (RTOS).
Leader in embedded OSes and development tools for real-time and embedded system applications tasked Auriga to develop an embedded Linux RTOS distribution for small consumer-type devices as well as large-scale, multi-CPU systems.
Auriga developed a fully functional simulation system to serve as the evaluation platform for new features development for syringe and large volume infusion pumps.