Where ScienceMeets Recovery
You operate at the highest level. Your nervous system is carrying the cost. Protocol NSR-2026 measures what burnout does to your biology — and precisely reverses it.
NSR-2026
A 12-week longitudinal internal pilot observing measurable change in biomarkers following targeted parasympathetic activation — across biomarker recovery, sleep architecture, and autonomic nervous system resilience.
Baseline Mapping
47-marker biomarker panel. Continuous HRV monitoring. Sleep architecture assessment. Cortisol awakening response profiling.
Intervention
Targeted parasympathetic activation through sensory deprivation, contrast therapy, and AI-guided breathwork protocols.
Measurement
Weekly biometric check-ins. Real-time autonomic data streaming. Subjective wellbeing scoring. Inflammatory marker tracking.
Analysis
Cross-correlation of biomarker shifts with autonomic metrics. Personalized recovery profiles. Publication-ready data sets.
Figures reflect internal pilot observations and are not registered-trial data. Results may vary. Not a medical treatment.
Measurable
Transformation
We do not measure wellness by how people feel. We measure it by what their biology reveals. Every participant in our Protocol NSR-2026 internal pilot undergoes continuous biometric monitoring — producing research-grade data sets that document measurable change in biomarkers over time.
Root mean square of successive differences — primary measure of parasympathetic tone.
Percentage of total sleep time spent in slow-wave restorative sleep.
Cortisol awakening response — a key indicator of chronic stress load.
Subjective recovery index correlated with HRV and sleep quality metrics.
Illustrative biomarker changes from aggregate internal pilot observations — not registered-trial data. Results may vary. Not a medical treatment.
Natasha Berness
The first AI-enabled wellness disruptor
Natasha Berness founded SoliVana Research Institute on a singular conviction: that the future of human health lies not in treating symptoms, but in understanding and optimizing the autonomic nervous system at scale.
With a background spanning clinical wellness operations, biomarker analytics, and AI systems architecture, Natasha is pioneering a new category of precision recovery — one that treats the nervous system as the master regulator of human performance, longevity, and resilience.
Under her leadership, SoliVana has developed Protocol NSR-2026, the first longitudinal study to integrate real-time AI analysis with continuous HRV monitoring, sensory deprivation therapy, and comprehensive biomarker mapping — producing data sets that are both clinically rigorous and commercially transformative.
Her vision: a world where nervous system optimization is as accessible, measurable, and personalized as bloodwork.
The Biology Doesn't Lie
Early observations from NSR-2026 internal pilot (n=34). Profiles below are illustrative composites — not real named individuals.
“After eight weeks my HRV baseline shifted in a way I could feel every morning before I even looked at my watch. This is not wellness tourism — it is precision recovery.”
“I came in skeptical. I left with data. My cortisol awakening response normalized within six weeks. The parasympathetic shift is real, and it is measurable.”
“The AI-guided protocols adapted to my biometric patterns in real time. I have never experienced a recovery intervention this personalized, this precise.”
Illustrative composites based on aggregate internal pilot observations. Individual results vary. Protocol NSR-2026 is not a medical treatment.
Insights
June 30, 2026 · 9 min read
Longevity Through Autonomic Optimization
June 12, 2026 · 7 min read
AI-Guided Breathwork Protocols
June 18, 2026 · 9 min read
Inflammatory Markers & Nervous System Health
June 10, 2026 · 9 min read
Float Therapy and Neuroplasticity
Whitepapers & Outcome Data
Anonymized client outcome datasets available to journalists, HR leaders, and corporate wellness researchers.
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Connect With Natasha
Whether you are an investor, a research partner, a TED producer, or simply curious about the future of nervous system optimization — Natasha welcomes the conversation.