Healthcare
Fewer service-line disruptions. Surveys you are ready for. A plan your CFO will sign.
Life-safety systems have one job. We help your team know when each one is approaching the edge, so failure does not show up first as clinical disruption.
Pressure-sensitive zones, OR airflow, pharmacy temperature thresholds.
Generator capacity, ATS switching time, fuel reserve, load shed protocols.
O₂ pressure, vacuum system integrity, manifold condition, outlet testing.
Hospitals are not just managing repair costs. They are managing care continuity, regulatory pressure, and operating windows so narrow that every infrastructure decision carries weight.
How long a degrading life-safety system can go unseen without active monitoring.
Days of quiet drift before anyone notices. In a hospital, that window is how emergencies start.
The cost exposure of a single critical infrastructure failure in a hospital.
The repair bill is only part of it. Clinical disruption, regulatory scrutiny, and reputational cost multiply the number.
Hospitals run around the clock. Maintenance windows barely exist.
Your team needs to know which systems need action before constant occupancy and narrow access force the timing.
Joint Commission demands documentation and traceability for every infrastructure decision.
The decision was defensible. The problem was that nobody could reconstruct why it was made that way.
Give the team a clearer
risk story for every stakeholder.
typical time for a degrading system to go undetected without active condition monitoring
Rank systems by consequence to patient care, not just probability of failure.
A generator that serves the ICU has a different risk profile than one that powers administrative offices. Rivolq helps teams surface that difference before a failure makes it obvious.
Most CMMS platforms surface equipment age and last-service date. Rivolq adds consequence: what clinical operations depend on this system, what happens if it fails tonight, and how quickly backup systems would be overwhelmed.
Life-Safety Monitoring
Where hospitals usually need a clearer decision frame first.
These are the systems where condition alone is not enough. Teams need a clearer picture of what depends on what, what the consequence is, and how soon.
Backup Power
Generators and electrical dependencies
Aging backup power often looks manageable until weather, drainage, switchgear, or testing gaps compound the exposure. The ICU cannot negotiate.
Environmental Control
HVAC and air-handling chains
Cooling, ventilation, and pressure-sensitive zones create risk that age alone cannot capture. ORs and pharmacies tolerate zero drift.
Water and Utilities
Systems with a wider blast radius
Water, steam, and utility issues rarely stay localized. If the dependencies are poorly understood, one repair becomes wing-wide disruption.
Medical Gas Systems
O₂, vacuum, and manifold infrastructure
Medical gas touches every clinical area. A pressure failure or manifold fault is rarely contained, and the documentation burden around them is significant.
Hospital facility questions, answered.
Common questions from healthcare facility, plant operations, and capital planning teams evaluating Rivolq.
Does Rivolq help with Joint Commission and CMS survey readiness?
Yes. Every risk score, work order, and capital decision in Rivolq carries an audit trail, so when a surveyor asks why a system was repaired, deferred, or replaced, your team can reconstruct the reasoning with dates, conditions, and supporting evidence. The reporting is built to be defensible to Joint Commission, CMS, and bond auditors rather than reconstructed after the fact.
Which hospital systems does Rivolq monitor for failure risk?
Rivolq scores the life-safety and clinical-critical systems hospitals worry about most: emergency power (generators, automatic transfer switches, fuel reserves), HVAC and air handling for pressure-sensitive zones like ORs and pharmacies, medical gas (oxygen, vacuum, manifolds), and water and utility chains whose failures rarely stay localized. Scoring combines age, condition, maintenance history, and how each asset depends on others.
Does Rivolq replace our existing hospital CMMS?
It does not have to. Rivolq includes a full CMMS for work orders, preventive maintenance, parts, and assets, but it can also sit on top of the system you already run by importing your asset register and work history. Many teams start by layering risk intelligence and capital planning over their current operations before consolidating.
How does Rivolq help us defend capital timing to the CFO?
Rivolq turns facility condition data into a ranked, dollar-quantified capital plan that shows which systems are most likely to fail next, what failure would cost in repair and clinical disruption, and where each dollar goes furthest. The output is a board-ready request your CFO can sign rather than a wish list.
How long does a hospital pilot take?
A scoped pilot typically runs about 90 days from the first facility to a capital plan you can take to leadership. Pilots usually start with one hospital or one critical system so the workflow is proven on real assets before expanding across the portfolio.
Reading for healthcare infrastructure decisions.
Articles that help hospital teams explain the cost of waiting, build a sharper story for leadership on timing, and understand what a scoped first-facility pilot should actually deliver.
Go deeper in the Help Center
How facilities teams build PM coverage for critical equipment, read predictive risk signals, and prepare evidence leadership can act on.
Build a Practical Preventive Maintenance Program
Start your PM program with critical assets, pick the right trigger type, and understand why a scheduled PM might not generate.
IntelligenceHow the Predictive Engine Works
The predictive engine spots equipment needing earlier attention by finding patterns in asset, history, and risk data, but never replaces judgment.
IntelligenceHow Executive Reports Work
Executive reports translate operational and intelligence data into leadership-ready summaries that highlight risk, backlog, and the next decision.
Start with one hospital, one plant, or one critical system.
We map your infrastructure, talk through the systems that keep leadership up at night, and show how we would frame the first decision.
