
Intellicens Neo
Predicting late-onset sepsis in the NICU
11 hours
median lead time before late-onset sepsis is clinically detected
Retrospective analysis · Meeus et al. 2024 · The Journal of Pediatrics
Intellicens Neo is under clinical investigation and is not yet available for clinical use. It has not been CE marked under EU MDR 2017/745 and has not been cleared by the FDA.
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Why earlier detection matters
Physiological changes occur before they become clinically visible
Late-onset sepsis is a bloodstream infection that hits a preterm infant against an immune system that is not ready for it. In the NICU it is common, and it can turn life-threatening within hours.
Treated early, it responds well to antibiotics. The challenge is the diagnosis: the first signals are subtle, spread across several parameters at once, and hard to separate from normal fluctuation.
1 in 5
Preterm infants develops sepsis during the NICU admission [Stoll et al. 2002]
24h
Deterioration patterns are present in the data up to 24h before diagnosis [Griffin & Moorman 2001]
177/day
Monitor alarms per patient in the NICU today. Only 3.6% critical [Li et al. 2018]
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The difference, in one picture
The same admission, twice.
One patient, the last 40 hours before sepsis was clinically detected. Above, what the bedside monitor made visible. Below, what the Neo index made visible on exactly the same data.
Without Intellicens Neo
10-second snapshots
Data stuck in monitors
With Intellicens Neo
Long-term pattern evolution
Remotely accessible
Interactive visualizations
The result?
11 hours
between the index crossing its threshold and the clinical picture arriving. Median, retrospective.
Curves are schematic. Lead time and alarm counts from retrospective validation cohorts, Meeus et al. 2024. Intellicens Neo is under clinical investigation and does not replace bedside assessment.
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From monitor signals to a risk score
Built from the signals your unit already records.
No new sensors. No new hardware. Neo reads what the monitors already stream, and it runs entirely inside the hospital.
01
3-lead ECG sensor
Heart rate
HR variability
02
Pulse-oximeter sensor
SpO₂
03
Clinical observations
EMR
3 routine obs
04
Patient demographics
Gestational age
Birth weight
The output
One risk score every 30 minutes, built from six signals and 28 features.
Every score comes with its reasoning: which parameters are pushing the index up, and by how much.
6
signals per score
28
features per score
30
min
update interval

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The Neo index, explained
One index. Every 30 minutes. Always explainable.
A patient’s clinical picture over time, replayed. Move across the timeline; the readout shows the index and the parameters driving it at that moment.
Illustrative purposes only. Not an actual representation of the model's parameters, weighting or output.
Illustrative replay. Anonymized retrospective data. Not a real patient case.
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Retrospective and external validation
Validated the way it runs in the NICU
Every model alert is evaluated. No data removed. No windows excluded around events. The precision you'd truly experience at the bedside.
11 hours
Median lead time before late-onset sepsis is clinically detected
<
1
False alert per patient per week (Meeus et al. 2024)
5.2M
Individual predictions scored and evaluated retrospectively
(01)
EU
Finalized · Published, Journal of Pediatrics
Development study · UZA, Antwerp
Single-center retrospective cohort · 880 infants, GA <32 weeks · 2.49M predictions, every one evaluated.
81%
Sensitivity
severe sepsis
10.8 hrs
Time gain
median
<1/wk
Alarm rate
(02)
EU
Finalized · Under peer review, 2026
External validation · Erasmus MC & Amsterdam UMC
Multi-center retrospective cohort · 1,165 infants, GA <32 weeks · 2.74M predictions across two independent NICUs.
82%
Sensitivity
severe sepsis
12.1 hrs
Time gain
median
<1/wk
Alarm rate
(03)
EU
Ongoing · completion 2027
Prospective pre- & post-implementation study
Multi-center, two-phase design: blinded vs. standard of care, then post-implementation. Primary endpoints: time-to-antibiotic, clinical safety and efficacy.
±700 VLBW
Enrollment
50 episodes
Powered for
2027
Completion
(04)
US
Planned · Q3 2026
Prospective blinded study · 2 US sites
Prospective blinded clinical study at 2 US neonatal sites, building the US evidence base. Expected completion early 2027.
2 US sites
Setting
Blinded
Design
Early 2027
Completion

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Deployment inside your hospital network
Patient data stays within your hospital network.
Neo runs on a virtual machine inside your hospital, within your own security perimeter, and opens in the browser your team already uses. It reads your monitors over HL7 and your EMR over FHIR.
On-premise by design
Hosted on a virtual machine inside your hospital. No patient data or intellectual property ever leaves your network.
Easy installation
We handle the installation, configure it with your team and train your staff.
Runs in the browser
On a computer in your unit or at the bedside. No new hardware.
Data mapping handled
Sensor-agnostic. We connect to your monitors, your interoperability layer and your EMR.
