Serenis is a vendor-neutral software platform that continuously assesses, verifies, and predicts the resilience of a healthcare facility's critical power chain — turning a once-a-year inspection into live, ongoing assurance.
French facilities must switch vital equipment to backup power in under half a second, hold at least 48 hours of autonomy, and test their generators on a fixed cadence. Accredited bodies confirm all of this — but only on the days they are on site.
COFRAC-accredited bodies such as APAVE and DEKRA confirm the installation is ready — on the few days they visit. For the rest of the year the chain runs unverified.
Equipment that passes a periodic test can still fail under real load on the day it is needed. The weak point is timing, not hardware.
Responsibility for the safety supply rests with the head of the establishment, who carries the legal and personal liability yet has no continuous proof that the chain will hold.
Two brief microcuts hit the grid. The generators started, but the plant controller went into safety mode and blocked distribution to the building. An operating theatre lost normal power during surgery.
During a night-time outage, neither of the two backup networks nor the three generators started. Around 720 patients were on site, dozens in intensive care; the most critical were evacuated.
Serenis is delivered as a single platform in three layers. A facility can start with the first alone and add the others as it sees the value — which lowers the barrier to the first purchase and builds the expansion path into the product itself.
Replaces manual test record-keeping with an automatic compliance log and an audit-ready dossier. It removes a tedious administrative burden, protects the establishment director, and pays for itself early — so it asks for no large upfront decision.
Available Q4 2026Models the whole chain, verifies readiness continuously against the rules and the equipment's limits, locates the weak link wherever it sits, and predicts failure as connected sites build the dataset.
Q4 2026 monitoring · prediction matures from 2027As facilities add battery storage and solar, Serenis coordinates these non-critical assets within the same reliability model — so new equipment strengthens resilience instead of adding complexity.
Later phaseModels every link from the grid to the vital socket and finds the weak point wherever it sits.
Verifies the chain against the rules every second, not on a handful of test days. Prediction is added as the dataset grows.
Links each circuit to the service it feeds, so the answer reads in patient terms — which departments stay powered, and for how long.
Records every test, switchover, and anomaly and assembles the audit-ready evidence on its own — no manual logbook.
Coordinates non-critical storage and solar within the same reliability model, so new assets strengthen resilience.
Explore the live digital twin and trigger a grid loss to watch the chain respond.
Serenis observes, verifies, and predicts. It is not in the safety-power control loop and does not control the safety supply. Orchestration touches only non-critical storage and solar — so the platform stays outside the safety-critical perimeter by design.
Serenis builds a digital twin of the facility's power chain and simulates its behaviour under real full-load conditions. Trigger a grid loss below and watch the transfer switch select backup power, while the platform tracks which clinical services stay online.
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// Live view — the whole chain is verified continuously against the rules and the equipment's limits. Weak link: none detected. // Grid lost. The transfer switch selected backup power in under 0.5s. Vital services remain powered; non-critical loads are shed to extend autonomy.
The view above is an illustrative model. On a real site Serenis reads the facility's existing telemetry and adds light, non-intrusive sensors only where blind spots exist, notably on the switchover chain.
A pilot starts on one or two sites, which limits integration risk and earns the trust of medical and technical teams before any wider rollout. Because the platform observes rather than controls, it never sits between the generator and the patient.
Illustrative — industry contextSerenis is built from four elements that competitors cannot simply buy. Together they compound — the more sites connect, the sharper the model becomes.
A digital twin of the protected power chain, simulated under real full-load conditions. It turns telemetry from across the chain into one predictive view of resilience.
A second model weights each circuit and service by its importance to patient safety, so reliability is always read through clinical risk. This is where engineering meets medicine, and clinicians co-design it.
A longitudinal record of real backup-power behaviour in French facilities — switchover events, auto-start failures, battery-degradation curves, load profiles. It cannot be bought, and it compounds with every connected site.
To ground the clinical and reliability claims in independent testing, Serenis is establishing a planned validation partnership with a French engineering school or a hospital biomedical-engineering department.
The need is not discretionary. French facilities must secure their power supply by law, under two regimes, so the spend recurs every month and every year — for thousands of sites, regardless of the economic climate.
The plan ties product milestones to the commercial and data milestones that justify each stage, so technical progress and market progress advance together.
Whole-chain monitoring, rules-based readiness verification, and the automatic regulatory dossier ship. First pilots run with a private-clinic group and an elderly-care group.
Monitoring · dossier · pilotsThe clinical-continuity map goes live and the predictive reliability model matures as connected sites build the dataset. First sale to a private hospital or clinic group.
Prediction · first saleOrchestration of non-critical storage and solar enters service. Serenis scales across operator networks, then public tenders and territorial hospital groups, and adjacent European markets.
Orchestration · scale · EUEach founder leads a distinct part of the problem, and each role is independently substantial.
A physician (MBBS) and, since 2015, founder and CEO of her own reproductive and family-health clinic, with a certificate in Leadership and Management in Health from the University of Washington. She leads clinical direction and institutional credibility — the criticality map, the risk weights, and the degraded-mode protocols.
Clinical direction
More than fifteen years operating power systems at major energy sites — commissioning power stations, running power-management systems, instrumentation, SCADA, and industrial health and safety. She owns site deployment and integration, and the reliability of the sensor layer and data pipeline.
Operations & reliability
A digital-marketing and hospitality entrepreneur who owns a marketing company and a four-star hotel and runs operations across several countries. He leads sales to clinic groups and large care operators, partnerships, brand, and the land-and-expand motion that drives growth.
Commercial & growthAround the founders, Serenis is building its core engineering, clinical, and commercial team in France, led by a Chief Technology Officer.
For facilities and operators, insurers, partners, and press. Tell us about your sites and we'll arrange a briefing.
We'll be in touch shortly. You can also reach us directly at info@serenis-hq.com.