Stress Reduction
Lower is better
-18.0%
change vs baseline
Before56
After46
- t-statistic
- t(369) = 6.98
- p-value
- p < 0.001
- Cohen's d
- 0.36
- BF₁₀
- > 100
Science & Outcomes
The Neuroscience of Autonomic
Our approach is grounded in peer-reviewed research and decades of neuroscience. We translate complex brain science into practical daily habits that drive measurable improvements in student success.
Peer-Reviewed Research
Evidence-Based Protocols
Measurable Outcomes
How It Works: The Science Behind Student Success
The human brain is remarkably adaptable. Through a process called neuroplasticity, our neural pathways strengthen based on repeated behaviors. Autonomic leverages this fundamental principle to help students build the cognitive foundation for academic success.
Habit formation operates through a neurological loop: cue, routine, reward - a loop driven by the dopamine reward response. Our daily 3-minute check-ins create consistent cues that trigger healthy routines, while tracking progress provides the reward signal that reinforces new neural pathways.
Stress recovery is equally critical. When the stress response is chronically activated, it impairs the hippocampus (memory) and prefrontal cortex (decision-making). Our protocols reduce stress, thus allowing these crucial brain regions to function optimally.
Focus training targets the prefrontal cortex and enhances working memory. Combined with improved sleep hygiene—which allows for memory consolidation during deep sleep phases—students experience measurable gains in academic performance.
5 Core Brain Health Metrics
We measure the five key brain health indicators that research proves directly impact student retention, academic performance, and overall well-being.
Sleep Quality
Quality sleep is the foundation of cognitive performance. During deep sleep, the brain consolidates memories, clears metabolic waste, and recharges the brain systems responsible for learning and focus.
Focus & Attention
Sustained attention is a trainable skill. Our protocols target the prefrontal cortex pathways responsible for concentration, reducing mental fatigue and improving academic performance.
Mood & Balance
Emotional regulation directly impacts academic persistence. By tracking mood patterns, we identify early warning signs and provide interventions that build resilience and motivation.
Energy Levels
Mental and physical energy follow predictable rhythms. Understanding these patterns allows students to optimize their study schedules and maintain consistent engagement throughout the semester.
Stress Management
Chronic stress impairs memory formation and decision-making. Our stress recovery protocols help shift the brain out of prolonged stress states, supporting clearer thinking and better cognitive function.
These metrics form the foundation of our predictive retention model, enabling early intervention before academic struggles manifest.
Small Changes, Significant Outcomes
Research shows that incremental daily improvements compound into transformative results. Here's why micro-habits outperform intensive interventions.
The Compound Effect
A 1% improvement in daily habits compounds to 37x improvement over a year. Small, consistent actions rewire neural pathways more effectively than sporadic intensive efforts.
Habit Stacking
Linking new behaviors to existing routines leverages the brain's existing neural architecture. Our 3-minute check-ins integrate seamlessly into students' daily patterns.
Micro-Recovery Windows
Brief stress recovery periods throughout the day prevent cognitive depletion. Even 60-second breathing exercises can reduce cortisol levels by up to 25%.
Neuroplasticity in Action
Consistent daily practice strengthens synaptic connections. After 21 days of regular check-ins, students show measurable improvements in self-awareness and emotional regulation.
Research Partners
We collaborate with leading institutions to advance the science of student success and validate our methodologies.
Advisory Network
Our advisory board includes leading researchers and practitioners in neuroscience, education, and student success.
Dr. Andy Walshe
Human Performance Advisor
Autonomic
Dr. Andy Walshe is a global leader in human performance and applied neuroscience, and former Head of Red Bull High Performance. He has spent his career optimizing performance in elite athletes and high-pressure environments, translating cutting-edge science into real-world results. At Autonomic, he helps shape the platform’s approach to stress, recovery, and cognitive performance at scale.
Dr. Geraldine Hamilton
Scientific Advisor
Autonomic
Dr. Geraldine Hamilton brings world-leading expertise in biotechnology and translational science, and is widely recognized for her pioneering work in organ-on-a-chip technology. During her time at Harvard’s Wyss Institute, she advanced human-relevant models for drug discovery and health research. Bridging academic science and commercial innovation, she guides Autonomic’s scientific direction, ensuring a strong foundation in rigorous, evidence-based neuroscience.
Dr. Olav Krigolson
Head of Neuroscience
Autonomic
Dr. Olav Krigolson is Head of Neuroscience at Autonomic and a world-leading neuroscientist in mobile EEG. He has authored over 100 peer-reviewed publications, with research focused on human decision-making and learning processes. As a professor and Director of the Neuroeconomics Lab at the University of Victoria, his work advances the use of real-time brain data to better understand cognition and behavior. At Autonomic, Dr. Krigolson leads the scientific foundation of the platform, ensuring rigorous integration of neuroscience into product development, data validation, and the company’s broader evidence-generation strategy.
Mark Alldritt
Technical Advisor
Autonomic
With deep expertise at the intersection of engineering, neuroscience, and product development, Mark brings critical insight into the design and deployment of scalable, real-world neurotechnology solutions. He has been closely involved in advancing mobile and accessible brain measurement technologies, helping bridge the gap between research-grade neuroscience and practical, user-facing applications.
Measured Outcomes
Independent peer-reviewed analysis of how Autonomic moves the five core metrics of brain health. Every number visible — no hovering required.
Peer-reviewedn = 370 participants5 Canadian institutionsall p < 0.001
Sleep Quality
Higher is better
+29.8%
change vs baseline
Before49
After64
- t-statistic
- t(369) = 11.39
- p-value
- p < 0.001
- Cohen's d
- 0.59
- BF₁₀
- > 100
Energy Level
Higher is better
+10.0%
change vs baseline
Before56
After62
- t-statistic
- t(358) = 3.64
- p-value
- p < 0.001
- Cohen's d
- 0.19
- BF₁₀
- 37.23
Mood
Higher is better
+25.1%
change vs baseline
Before50
After63
- t-statistic
- t(369) = 10.25
- p-value
- p < 0.001
- Cohen's d
- 0.53
- BF₁₀
- > 100
Focus
Higher is better
+12.7%
change vs baseline
Before58
After66
- t-statistic
- t(369) = 5.81
- p-value
- p < 0.001
- Cohen's d
- 0.30
- BF₁₀
- > 100
Independent analysis by Dr. Olave Krigolson, Professor of Neuroscience at the University of Victoria · April 2026. Inclusion criteria: ≥ 10 sessions and ≥ 25% compliance across University of Victoria, UBC, McGill, Conestoga, and UBC Okanagan.
Data Ethics & Privacy
Student trust is paramount. We maintain the highest standards of data protection and privacy compliance, ensuring that sensitive health information is handled with the utmost care and transparency.
End-to-End Encryption - All data encrypted at rest and in transit
Data Ownership - Institutions retain full ownership of all student data
Student Consent - Granular consent controls with opt-out capabilities
See the Science in Action
Join leading institutions using evidence-based approaches to improve student retention and well-being.