Artisight has raised $40 million and built one of the most widely covered "smart hospital" platforms on the market — cameras and sensors in patient rooms feeding AI across operating room documentation, virtual nursing, patient engagement, and safety monitoring all at once. For a health system evaluating ambient AI, that breadth is genuinely appealing.
It also raises the question underneath most searches comparing the two: are you buying a platform that does many things, or a system built specifically to solve fall and pressure injury prevention?
Ambient vision AI is a category of healthcare monitoring technology that uses on-device sensors — such as LiDAR and computer vision — to continuously observe a patient room and automatically flag clinically meaningful events. Both VirtuSense and Artisight fall under this category, but they've made different choices about scope, sensing hardware, and what problem they're built to solve first.
The short version: VirtuSense's VSTOne is purpose-built for fall and pressure injury prevention, using LiDAR sensors that never produce a viewable image of the patient. Artisight is a broader smart hospital platform, built on cameras and a multi-sensor network, that extends into OR documentation, virtual nursing, and patient engagement, with safety monitoring as one part of that platform. Every claim about Artisight below is sourced from its own published materials so you can verify it yourself.
Artisight is designed to do many things at once across a hospital room; VSTOne is designed to do one thing — fall and pressure injury prevention — as completely as possible.
Per its own site, Artisight's Smart Hospital Platform combines cameras, microphones, and a multi-sensor network to support operating room documentation directly into the EHR, virtual nursing, patient engagement tools, and safety monitoring, all under a subscription that bundles hardware, software, updates, and AI. It's built on non-proprietary, open-market cameras and speakers, which Artisight positions as a way to avoid vendor lock-in on hardware.
VSTOne takes the opposite approach: a single-purpose sensor, mounted over the bed, doing one job. That difference matters for two reasons. A broader platform means more systems to configure, train staff on, and maintain across use cases you may not need yet. A narrower platform means faster, simpler deployment focused on the outcome you're actually trying to move: fewer falls, fewer pressure injuries.
Artisight uses cameras; VSTOne uses LiDAR, which generates a 3D point cloud rather than a photorealistic image.
Artisight states it has achieved independent HIPAA certification for its AI training and deployment process, and describes a "proprietary streaming architecture" designed to avoid public cloud video risks. That's a meaningful security investment, and worth taking at face value. But the underlying sensor is still a camera — meaning a viewable image of the patient exists somewhere in the pipeline, even if Artisight's infrastructure is built to protect it in transit and storage.
VSTOne's LiDAR sensor never produces a viewable image of the patient in the first place. There's no video to protect, because there's no video. For a hospital weighing HIPAA exposure, that's a structural difference in what data exists to begin with, not just how well a vendor protects the data it collects.
Artisight's published case studies and newsroom center on fall prevention, operating room documentation, and virtual nursing — pressure injury prevention isn't presented as a headline capability on its site as of this writing.
That gap matters more now that CMS's Hospital Harm – Pressure Injury eCQM requires hospitals to report pressure injury data pulled directly from the EHR (see our earlier post on what that mandate requires). VSTOne monitors for both fall risk and pressure injury risk from the same overhead sensor. A hospital solving for both today is choosing between one platform that covers both, or layering a second point solution on top of a smart hospital platform built for other use cases first.
Artisight has reported strong results in its own category: its Smart Hospital Platform has been associated with fall rate reductions of up to 78% and hours of nursing time saved per shift, according to its own newsroom and Modern Healthcare's 2025 Best in Business recognition. Its operating room solution separately reports a 16x return on investment. Those are legitimate, well-documented numbers for a platform built to do many things at once.
Northwell Health has reported a 4x ROI from its VSTOne deployment, driven specifically by fewer falls and reduced reliance on one-to-one sitter staffing — a result from a platform built to do one thing. Both companies can point to real outcomes; the difference is what each platform was built to prioritize first.
Q: What is a good alternative to Artisight for fall prevention specifically? A: VirtuSense's VSTOne is a purpose-built ambient AI alternative focused specifically on fall and pressure injury prevention, using LiDAR instead of cameras. Where Artisight is a broad smart hospital platform spanning OR documentation, virtual nursing, and patient engagement, VSTOne is scoped to do one job as completely as possible.
Q: How does VirtuSense compare to Artisight's Smart Hospital Platform? A: Artisight is a multi-use-case platform built on cameras and a sensor network, covering safety monitoring, OR documentation, virtual nursing, and patient engagement under one subscription. VirtuSense's VSTOne is a single-purpose, LiDAR-based platform built specifically for fall and pressure injury prevention, with no viewable patient image ever generated.
Q: Does Artisight monitor for pressure injury risk? A: Based on its published case studies and site content, Artisight's platform centers on fall prevention, OR documentation, and virtual nursing. Pressure injury prevention isn't presented as a headline capability. VSTOne monitors for both fall and pressure injury risk from the same sensor.
Q: Is Artisight or VirtuSense more HIPAA compliant? A: Artisight states it has independent HIPAA certification and a proprietary streaming architecture built to avoid public cloud video risks, though its underlying sensors are cameras that do capture video. VSTOne uses LiDAR, which generates a 3D point cloud instead of a photorealistic image, meaning there's no viewable video of the patient to protect in the first place.
Artisight and VirtuSense are both real, well-documented players in ambient AI for hospitals — the choice isn't about which is "better" in the abstract, it's about what you're solving for. Artisight has built a broad, well-funded smart hospital platform spanning safety, documentation, and patient engagement. VirtuSense's VSTOne was built from the ground up to do one thing — fall and pressure injury prevention — without a viewable patient image ever entering the system.
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For more on the CMS pressure injury requirements referenced above, see our post on the Hospital Harm – Pressure Injury eCQM mandate.
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