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SIMStation Go: Preliminary Market Comparison NIH Clinical Center Simulation Program | Working document for internal review
| Factor |
| SIMStation Go |
| Laerdal SimCapture |
| Elevate LearningSpace UltraPortable |
| Mangold Portable AV Debriefing |
| Primary use |
| Purpose-built mobile AV system for professional simulation and in-situ training. |
| Healthcare simulation capture/debriefing platform; cloud and on-premise product families exist. |
| Portable healthcare simulation AV/capture platform. |
| Portable medical simulation recording/debriefing system for in-situ use. |
| Portability / in-situ |
| High. Manufacturer describes one-case transport, one-person operation, rapid setup, and wireless operation. |
| Portable/mobile options exist, but network requirements vary by configuration. |
| UltraPortable hardware is designed for mobile use. |
| High. Rugged portable cases; rapid deployment for in-situ training. |
| Video / patient-monitor capability |
| NIH quote: 2 PoE cameras, POV headcam, microphone, speaker, and patient-monitor capture device. |
| Cameras/audio supported; SimCapture documentation includes patient-monitor capture and capture-node workflows. |
| Can capture simulator signals; UltraPortable includes a USB frame grabber for waveform display capture. |
| Typically synchronized HD cameras; manufacturer describes direct patient-monitor/medical-device integration. |
| Control / debriefing |
| NIH quote includes control tablet, debrief/transmission/media tablet, viewing-station tablet, and control server. |
| Control/debrief workstations and cloud-based review supported, depending on configuration. |
| LearningSpace provides recording/control/debriefing functions; configuration dependent. |
| Recording, live markers/comments, playback and debriefing supported. |
| Network / IT architecture |
| Strong potential NIH advantage. NIH quote includes a control server, 2 Wi-Fi access points and a simulation switch. Manufacturer states Go can be used as a standalone solution and uses its own wireless design. Confirm in writing that routine recording/debriefing requires no NIH enterprise network or public internet. |
| Cloud configuration has substantial network dependencies: customer IT involvement/site-readiness review; 1 Gb uplink recommended; AWS-hosted services; outbound ports; Simulation Center VLAN; PoE networking. Mobile Camera also has firewall/port requirements. |
| Potentially favorable, but needs vendor confirmation for the full NIH workflow. UltraPortable includes its own USB Wi-Fi adapter and dedicated Ethernet connection to simulators; waveform capture can occur through the included frame grabber. Public documentation reviewed does not establish that all recording/debriefing functions can operate fully independent of enterprise network/cloud. |
| Strong. Manufacturer explicitly states portable system has built-in storage/local processing and can operate without a network connection or external infrastructure. |
| Local storage / processing |
| Control server included in NIH quote. Representative reportedly described local session storage; exact capacity (e.g., ~100 sessions) should be confirmed in writing before use in JOFOC. |
| Capture Node records locally as part of the workflow, but SimCapture Cloud uploads recorded video to AWS; cloud architecture requires external connectivity. |
| Not confirmed from the public documentation reviewed. |
| Explicitly built-in storage and local processing; portable system can operate offline. |
| Potential NIH IT burden |
| Potentially low if vendor confirms fully self-contained routine operation. Could reduce need for enterprise Wi-Fi/LAN configuration for cameras and recording infrastructure. |
| Potentially high for Cloud deployment because of VLAN, PoE, outbound internet, WebRTC/firewall ports, AWS connectivity and IT/site-readiness requirements. This does not mean the system is incompatible with NIH. |
| Potentially moderate/low for simulator connectivity; full AV/debriefing network burden requires vendor confirmation. |
| Potentially low for portable/offline workflow because external network infrastructure is not required. |
| Support / service |
| Dedicated U.S./Canada support hours; NIH quote includes software updates, security patches, remote maintenance, phone/email support; year 1 included, then $1,850/year. Delivery and detailed training included. |
| Established support and implementation resources; cloud installation includes project planning/site-readiness and networking review. |
| Vendor support available; exact support package/cost should be confirmed for comparable configuration. |
| Direct manufacturer support; U.S.-specific support model and response times should be confirmed. |
| Demonstrated in NIH CC environment |
| Yes. Team completed virtual demonstration and later on-site evaluation/testing in the NIH Clinical Center simulation laboratory. |
| Not known. |
| Not known. |
| Not known. |
| Preliminary advantage / concern |
| Integrated portable package; demonstrated locally; potential self-contained network architecture; included patient-monitor capture; known acquisition and support costs. Network independence should be vendor-confirmed. |
| Very capable competitor, but Cloud architecture may create greater NIH network/security coordination burden. Need to compare a truly equivalent portable configuration. |
| Potentially competitive portable architecture; more technical confirmation needed regarding fully independent operation, storage, and full AV workflow. |
| Strong network-independent competitor. Ron’s research is important to establish why SIMStation was preferred over this or comparable alternatives. |
Interpretation note. Network independence may be an important NIH operational requirement, but public information indicates it is not unique to SIMStation. The final Point B should therefore rely on the combination of requirements and Ron’s actual market research rather than on a single feature.
