Virtual Critical Care

Several key strategic alliances set MIC apart from others in the space by aligning with companies including Intel, Dell, and Cisco. Key features include the fact that Sickbay™:

• Runs on the latest Intel technologies, including Xeon processors, storage solutions such as Optane, and Intel-optimized python libraries to accelerate ML and AI research for physiologic waveform and other time-series data sets. This also demonstrates MIC’s ability to integrate and process data from varied sources in different formats.
• Uses Intel’s hyperconverged, tiered storage architectures enables efficient cost versus performance deployments.
• Is validated on the latest server hardware from Dell, as well as long-term storage solutions such as Isilon and PowerStore. Sickbay’s vICU and vTele apps are best viewed on Dell’s large-scale displays, providing a seamless and elegant web-based workflow.
• Leverages the existing Cisco networking architecture at hospitals for medical device integration. This revolutionary new design:
• eliminates the need for expensive, dedicated computer hardware to be installed and maintained at every bed in a hospital,
• allows a hospital to rapidly deploy and scale data collection from diverse medical devices, and
• ensures that clinical staff can access near-real-time waveforms synchronized across medical devices rather than having to rely on poorly sampled, discrete vitals from current device connectivity solutions.